Nearshore providers are located in the same region as the client, for example, there can be a client in the US and a company in Latin America.&nbsp; The similar language and cultural alignment enables seamless integration into your existing engineering teams.&nbsp;&nbsp;
&nbsp;
Engineers work in the same time zones as their US counterparts. The full workday overlap allows clients to schedule real-time meetings and have fruitful interactions with their extended teams as needed without having to plan a day in advance. Time zone alignment reduces the 24-hour on call schedule necessary when working with teams half a world away.
&nbsp;&nbsp;&nbsp;
&nbsp;
Latin America&rsquo;s proximity to the United States simplifies travel and reduces jet lag, making regular in person sessions an simpler process.&nbsp;
&nbsp;
Nearshore teams are trained in Agile development methodologies and work as part of your existing scrum teams, so no additional management is required.&nbsp;&nbsp;
&nbsp;
Engineers are proficient in English.&nbsp; There are no communication gaps between the client and their extended development team and are able to understand project requirements and deadlines and seamlessly collaborate with their US based teams to work towards a common goal.&nbsp;&nbsp;
&nbsp;
To reduce risk and ensure success, you should always partner with experienced, trusted nearshore partner.&nbsp;<a href="https://www.jalasoft.com/our-services" target="_blank">JalaSoft</a>&nbsp;has more than 20 years of experience providing talented engineers to companies around the globe across a variety of industries.&nbsp; We have earned our stellar reputation providing unparalleled service, one engagement at a time, one year at a time.&nbsp;
&nbsp;
If you want to know more about Jalasoft or see if our services are a good fit for your company, we invite you to <a href="#7BB0VcCrEVId2MSBGIZhUF">contact us</a> in our form below.

Outsourcing is essential to drastically reduce costs of labor and increase the pool of available candidates with the skill sets necessary to help drive product development.  

Nearshore Vs. Offshore outsoursing

Offshore vs Nearshore - Which software development strategy is best for your business? 

The total cost of poor software quality in the U.S. is estimated to be 2.08 trillion USD, Consortium for Information &amp; Software Quality&rsquo;s (CISQ) <a href="https://www.it-cisq.org/pdf/CPSQ-2020-report.pdf" target="_blank" rel="noindex nofollow">The Cost of Poor Software Quality in the US: A 2020 Report</a> reveals.
&nbsp;
The challenges of producing high-quality software are endless. And when businesses make mistakes or oversights, the effects can be exorbitantly expensive, not to mention damaging to their brands and reputations.&nbsp;
&nbsp;
A comprehensive software testing strategy is one critical measure organizations that produce technology can employ to curb problems before they escalate &mdash; and wreak havoc on their businesses.&nbsp;
&nbsp;
<h2>The Benefits of QA Testing</h2>
&nbsp;
Quality assurance (QA) testing is an important series of practices software development companies must undertake to ensure that their products are as free of defects and optimal as possible. While it is impossible to guarantee the absence of bugs entirely, with a strong QA team in place, you can minimize their presence and deliver exceptional software.
&nbsp;
There are plenty of benefits to crafting a thorough QA strategy, such as:
&nbsp;
<ul>
<li>Ensuring that you get ahead of problems before they interfere with your product&rsquo;s functionality, usability, and performance</li>
<li>Improving the user experience</li>
<li>Saving time and money later on, as fixing issues late in the development cycle is more expensive</li>
<li>Cutting costs that creep in when the software fails later on</li>
<li>Ramping up security and preventing threats and attacks</li>
<li>Strengthening your brand and reputation as a business</li>
</ul>
&nbsp;
<h2>Automation vs. Manual Testing</h2>
&nbsp;
QA testing is divided into automated vs. manual. Each approach has its advantages and drawbacks, and usually, a balanced combination of the two methods is necessary. Automation, however, is becoming even more central to the testing process &mdash; according to the 2021 <a href="https://www.forbes.com/sites/forbestechcouncil/2021/06/23/what-can-we-learn-from-the-state-of-testing-in-2021/?sh=3d79017e6fe0" target="_blank">State of Testing Report</a>, 97% of respondents say functional test automation is either important or very important.
&nbsp;
Manual testing involves human professionals who execute tests through a hands-on approach. They must perform them one at a time, delving deep into the software to identify errors and bugs, as well as other issues like performance. This is a time-consuming process, but when experienced professionals are at the helm, they will be thorough.&nbsp;
&nbsp;
Meanwhile, test automation requires scripting, before the professional sets the tests to run automatically, without interruption or intervention. This takes far less time to complete than a manual approach. Usually, however, it is more costly and demands strong coding skills to create the tests, along with additional tools and maintenance.
&nbsp;
Different types of tests lend themselves to each of the two approaches, and that&rsquo;s why both manual testing and automation are often implemented.
&nbsp;
<h2>Types of Software Testing</h2>
&nbsp;
Broadly, software testing can be categorized as either functional or non-functional. There are many different types of testing, and they include:
&nbsp;
<h3>1. Unit Testing</h3>
&nbsp;
Unit testing is a low-level approach typically completed by the software developer. It involves testing small components &mdash; units &mdash; during the development phase. After it is carried out, the engineer will address any problems or defects immediately, preventing the issue from escalating or interfering with the rest of the product.
&nbsp;
<h3>2. Integration</h3>
&nbsp;
Integration testing ensures that modules function well together. The test verifies that they are grouped together logically. As a bundle, they are assessed, so that the QA team can verify that there are no issues regarding the data flow, communication, routine, interface, interactions, or system as a whole.&nbsp;
&nbsp;
<h3>3. End to End</h3>
&nbsp;
This comprehensive series of tests assess the functionality and performance of the entire program. It involves replicating real conditions and expected user behavior to assess flows, responses, performance, and other features and qualities of the product. Essentially, the tester is completing the user journey as the consumer would.
&nbsp;
<h3>4. Acceptance</h3>
&nbsp;
Acceptance testing is similar to end to end in that it simulates real conditions, and aims to validate that all main requirements are met. It is carried out after the other tests in the QA process take place &mdash; and it is completed by actual end users, who are being closely observed by the QA and development team. That way, the team can see any issues with the software first-hand, noting any causes for concern as real potential users interact with the product prior to release.
&nbsp;
<h3>5. Performance</h3>
&nbsp;
Performance testing is a non-functional assessment that analyzes how the system behaves in a variety of circumstances, including extreme loads. The QA team must evaluate whether the program can accommodate stress to its system and how quickly it is able to act when faced with both anticipated and unexpected scenarios. Ultimately, it should be able to act normally and quickly in a variety of conditions, without its performance being affected.
&nbsp;
<h3>6. Security</h3>
&nbsp;
Security testing is an important type of non-functional testing that assesses whether the software or program is safe from malicious threats and attacks. During the tests, professionals &mdash; sometimes white-hat hackers or ethical hackers &mdash; will attempt to hack the system to expose potential vulnerabilities, so that the developers can patch them prior to the product&rsquo;s ultimate release.
&nbsp;
<h3>7. Regression</h3>
&nbsp;
Once the software developers have implemented changes to the program, they need to see whether the alterations &mdash; carried out to address previous defects or to add functionality&mdash; have affected the program&rsquo;s existing functionality and features. Regression tests evaluate whether the system is continuing to behave as it should be after the implementation of fixes.
&nbsp;
<h3>8. Smoke</h3>
&nbsp;
Through Smoke testing, the QA engineer assesses the most important aspects and features of the program or system to ensure that all the critical components are working correctly and running smoothly. Usually focused on covering the happy paths and main success scenarios. You can think of it as a precursor to more extensive and expensive testing, a check to assess whether the application requires further evaluation or if any issues are critical enough to interfere with the functionality of the product prior to release.
&nbsp;
<h2>The Jalasoft Approach</h2>
&nbsp;
At Jalasoft, half of our experienced engineers specialize in QA and test automation. They are authorities in the space, bringing their vast expertise to ensure that we meet your requirements and help you achieve your goals. We will work closely with you to craft a QA strategy that addresses your needs and supports your entire software development process.
 <a href="https://www2.jalasoft.com/contact">Contact us</a> to learn more about Jalasoft's approach and how we can help you reach your goals.

Different types of tests lend themselves to each of the two approaches, and that’s why both manual testing and automation are often implemented. Let's talk about it

What Is Software Testing Everything You Need to Know

What Is Software Testing?: Everything You Need to Know

Often users face issues with new websites, such as broken code, bad design, and non-functional buttons. Problems like these create a bad brand impression and cause the bounce rate to go up. For B2C/B2B businesses, such issues can directly affect the bottom line.&nbsp;
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However, there is a test through which businesses can see how their website works on different browsers. It's called a cross-browser test, and it allows businesses to check browser-specific compatibility issues before launching.&nbsp;
&nbsp;
Cross-browser testing is a non-functional QA process that checks how your code performs across different browsers (Google Chrome, Safari, Microsoft Edge, Mozilla Firefox) and screens (Phones, Smart TVs, laptops, tablets, and desktops).&nbsp;
&nbsp;
This test is performed both before and after the website is developed. This allows the companies to manage the risk and cost associated with <a href="https://www.interaction-design.org/literature/topics/ux-design" target="_blank">UX </a>changes and ensure that the website works reasonably well across all browsers. Apart from this, this test also evaluates the user-friendliness of your application/tool.
&nbsp;
So what are the steps involved in cross-browser testing? Let&rsquo;s have a look.&nbsp;
&nbsp;
<h2>1. Setting up the groundwork&nbsp;</h2>
First, you need to set up a foundation for your test. This includes choosing a browser and a basic test to understand how your tool/website works under the most favorable circumstances. Once this test is run, you can proceed to the next step.&nbsp;
&nbsp;
<h2>2. Test Design:</h2>
After performing the first step, you need to create a test design. This means creating a plan to cover different aspects of the cross-browser testing, such as&nbsp;
&nbsp;
<ul>
<li aria-level="1">
<h3>Website components</h3>
</li>
</ul>
You need to check the basic functionality of your website/tool and the components attached to it, such as links, chatbots, and submenus.&nbsp;
&nbsp;
<ul>
<li aria-level="1">
<h3>Backend</h3>
</li>
</ul>
Your website should have a robust backend architecture to support your functionality. This includes testing server-side infrastructure and APIs. You also must ensure that your database is configured and cookies are handled correctly.&nbsp;
&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">
<h3>Front-end/Responsiveness</h3>
</li>
</ul>
Your website/tool should be able to fit different screen sizes (such as desktops, smartphones, and laptops) without loss of quality. This test ensures that all your front-end components, such as texts, fonts, images, etc., work perfectly and adhere to your desired layout.
&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">
<h3>Accessibility</h3>
</li>
</ul>
&nbsp;
You should ensure that your website is accessible and follows the WCAG guidelines for accessibility. Disabled/disadvantaged people should be able to use your product without facing any experience gaps.&nbsp;
&nbsp;
For businesses that need expertise in cross-browser testing, <a href="https://www.jalasoft.com/our-services/software-quality-assurance" target="_blank">Jalasoft </a>has over 20 years of experience in software development and testing. They provide a wide range of software testing services and customized solutions to test your tool within the defined parameters and guidelines.&nbsp;
&nbsp;
<h2>3. Test Procedure</h2>
Cross-browser testing can be done manually or through automation. In the automated way, the QA team writes test scripts for running automated tests on your tool/website. This method allows testers to run multiple test-case iterations across browsers in parallel.&nbsp;
&nbsp;
In manual testing, the testers write test cases and run them manually, one by one. This is done until all the tests are completed.&nbsp;
&nbsp;
Even though manual testing is more time-consuming than automated, it has its advantages. It is more reliable and easy to learn. You don't need extensive training and tools to perform tests this way.&nbsp;
&nbsp;
Furthermore, if an automated test finds an error, it will stop execution and throw an exception. In contrast, a manual tester will continue testing even after finding errors, as manual testing allows for observation and deduction. Manual testing is also useful in situations where creative testing is required, such as when performing UI/UX testing.&nbsp;&nbsp;
&nbsp;
<h2>4. Choosing tools and infrastructure</h2>
Once you have decided on your project's scope, you need to set up your test infrastructure. For this, you can either use a testing tool or set up your own device/simulator.&nbsp;
&nbsp;
Simulators are an inexpensive solution for cross-browser testing. However, they are not fully reliable, nor are they scalable.&nbsp;
&nbsp;
There are many manual testing tools available in the market that you can use for your QA.&nbsp;
&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">
<h3>Bitbar by SmartBear</h3>
</li>
</ul>
Formerly known as cross-browser testing, this is one of the most popular manual testing tools available in the market. Many organizations worldwide, such as VISA, Mozilla, and CVS, use this tool for their QA strategies.&nbsp;
&nbsp;
This tool allows you to scale your testing through CI/CD pipeline deployment. You also have the flexibility to choose your testing framework and language.&nbsp;
&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">
<h3>Lambdatest&nbsp;</h3>
</li>
</ul>
This manual testing cloud allows its users to execute tests across 3000+ browsers. It can also perform live testing and testing at scale (through emulators and simulators). Testers can also use this tool to capture screenshots automatically, which is useful for analysis and reporting.&nbsp;
&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">
<h3>Browserling</h3>
</li>
</ul>
This QA testing tool allows you to manually test your website on their cloud. Through this tool, testers can quickly render test pages and perform live checks of their website. This tool is highly useful when you have to perform a test quickly.&nbsp;
&nbsp;
<h2>5. Test execution&nbsp;</h2>
After defining the testing methodology and choosing the infrastructure, it's time to perform the actual testing. Normally testers use popular browsers such as Chrome and Firefox for their initial tests. Once those are successful, testers move on to other browsers.
&nbsp;
After they complete testing, the QA team conducts extensive reporting and analysis. These reports are necessary for developers to understand what changes are required in the code for the next release.&nbsp;
&nbsp;
<h2>Conclusion</h2>
Cross-browser testing is an amazing tool that allows you to verify your application/website in multiple environments. In addition, it allows developers to fix device implementation and UX issues proactively and cost-effectively.&nbsp;
&nbsp;
Cross-browser testing can be done manually or through automation. Both ways have their own advantages and disadvantages. As a business owner, it's your responsibility to understand the pros and cons of both ways and implement the one that best suits your requirements.&nbsp;

Cross-browser testing is a type of QA test that determine how your website works across different browsers. Even though websites might work on different browsers, you need to ensure that it works and allows your users to find what they are looking for. 

cross browser testing

What is Cross-Browser testing? 

<blockquote>
&ldquo;We don&rsquo;t have time to train junior developers.&rdquo;
</blockquote>
&nbsp;
<blockquote>
&ldquo;Our project is too important to depend on inexperienced developers.&rdquo;
</blockquote>
&nbsp;
<blockquote>
&ldquo;We&rsquo;ll wait until our business has matured before we hire entry-level workers.&rdquo;
</blockquote>
&nbsp;
These are common reasons businesses give for why they won&rsquo;t hire junior developers. And it only seems natural that during a tech boom, when software companies are seeing tremendous growth, these organizations want to rely on experienced, qualified talent to help them stay ahead of the curve.
&nbsp;
We&rsquo;re with you. Unfortunately, and as a result of a weak educational system in computer science, most junior engineers are truly far from being capable of contributing to a development team. This is why for the past 20+ years we&rsquo;ve invested in education, from top talent in the industry to the top 2% candidates in LatAm granting them with integral scholarships on a variety of training programs that range from 3 months to 4 years. Engineers we train don&rsquo;t graduate as juniors; we call them Athletes.&nbsp;
&nbsp;
We have addressed the most common gaps from a regular junior in the industry, leveling the bar way up. Athletes engage in intensive, full-time, project-based programs that cover state-of-the-art programming practices, design, patterns, coding branches, unit testing, DevOps adherent, Agile practices, teamwork, and much more; our athletes will have seamless integration with your teams and won&rsquo;t need babysitting. They will appreciate your mentorship as they continue to grow professionally.&nbsp;&nbsp;
&nbsp;
At a time when the software development professional is growing at a rate of 22% &mdash; much faster than average, according to the U.S. <a href="https://www.bls.gov/ooh/computer-and-information-technology/software-developers.htm" target="_blank">Bureau of Labor Statistics </a>(BLS) &mdash; organizations should be considering different types of talent, as well as different pipelines.&nbsp;
&nbsp;
<h2>Advantages of working with our Athletes&nbsp;</h2>
&nbsp;
One of the most obvious advantages of hiring athlete engineers is that they are less expensive than senior engineers. While senior professionals expect to earn salaries well into six figures, entry-level professionals understand that more money comes with more experience.
&nbsp;
But the benefits aren&rsquo;t limited to cost-effectiveness. You will also face less competition from top companies &mdash; athlete engineers are highly talented and have a much lesser attrition rate. Most of our athletes have a commitment with us for at least one year. Additionally, as they will grow with you and your company, and because you have taken somewhat of a chance on them, they could very well feel loyal to you and will stick around longer than a more experienced professional might. One day, you could have a former low-level employee leading your team!
&nbsp;
<h2>Advantages of working with senior developers</h2>
&nbsp;
Of course, senior developers bring value to their businesses, too. They have years of experience, and they have proven their expertise through their high-quality work. They bring knowledge, strong skills, and specializations to your team.&nbsp;
&nbsp;
In return, they naturally expect higher salaries. But for many companies, they are well worth the investment given the talent they offer. And, chances are, they&rsquo;re fielding offers from your competitors, so it only stands to reason that you will need to entice them to stay with you for the long haul.
&nbsp;
Senior developers who have been with your business for a long period also have knowledge specific to your enterprise, which is extremely helpful in terms of understanding your company culture, your products, and work methods and styles. They can serve as a resource to newer hires and understand what makes your business tick. Many gain leadership skills and other qualifications along the way.
&nbsp;
There is one more quality that senior developers bring to your team that is worth noting: mentorship.&nbsp;
&nbsp;
When you have knowledgeable, experienced developers on your team, they can serve as mentors to your junior developers. They will show them the ropes and help them become accustomed to your procedures. They can also offer them career guidance, teaching them how to become exceptional developers and work with professionals with different roles and skill sets.
&nbsp;
<h2>Why &ldquo;mixed&rdquo; teams are the answer</h2>
&nbsp;
Even with the obvious advantages both senior software developers and junior developers bring to your business, you should not rely on one group over the other &mdash; instead, the best teams have a blend of both athletes and senior developers. This is ideal for startups, small businesses, and large businesses alike.
&nbsp;
Why is that the case?&nbsp;
&nbsp;
First, think about collaboration. This is critical for any organization, no more so than in software development. Software developers of all levels need to work well with one another and with the other professionals on their teams. When you have professionals with varying levels of experience working together, you can expect fewer ego clashes &mdash; senior developers are seen as the go-to individuals, while junior team members are more likely to be deferential to their more experienced counterparts.
&nbsp;
Meanwhile, as we have underscored, athlete developers can learn from the senior developers, who will act as mentors to them. They can be on hand to train them, as well as coach them and provide guidance. Senior developers are unlikely to stay with your company forever, and by showing their less experienced counterparts the ropes, they are, in effect, helping them grow into solid professionals who can one day take the reins.
&nbsp;
In addition, to support this there is the perspective angle to consider. Any business leader knows that if you rely too much on people from the same background, age group, or demographics, you will fail to meet the needs of a global market. By welcoming people with varying degrees of experience and expertise to your company, you are bringing in a range of beliefs, ideas, and work styles.
&nbsp;
What does all that mean? Better products and services. Software development is about innovation and creativity, and by blending approaches, skills &mdash;&nbsp;and, yes, levels of experience, you are becoming more adept and effective at brainstorming ideas and developing better products, meeting the needs of an ever-changing, diverse market and audience.
&nbsp;
&nbsp;

By welcoming people with varying degrees of experience and expertise to your company, you are bringing in a range of beliefs, ideas, and work styles.

Bringing Junior and Senior Software Developers Together Why You Should Embrace a Mixed-Team Approach

Bringing Junior and Senior Software Developers Together: Why You Should Embrace a Mixed-Team Approach

<h2>The Value of Human Expertise: Why Manual Testing Remains Essential in the Digital Age</h2>
 
There is a sentiment in the market today that expresses a "We can do without Manual Testing" viewpoint. It might be to reduce costs, or in more simple terms, a narrative that "we are all testers, save you some time and potential headache, but the sentiment is not entirely true. The manual test position may look different, it may not be couched in the same explicit form of days past, but the necessity of manual, or exploratory testing remains as strong as ever.
 
Over the years, Quality Assurance has evolved to not only being a role within the software development cycle but to being an essential thread within the project team. We are all responsible for the quality of the product we are working on: Development, Automation, DevOps and of course Manual Testers.
 
QA has evolved from focusing on whether or not the application is working to seeing the product from different perspectives and contexts. Understanding the end user's needs, feelings, and emotions to evaluate the product is essential. Representing the end user requires us to comprehend beyond the requirements created by the Product Owner or the company's needs.
 
Manual testers understand the organization's business processes, have in-depth knowledge of the product and its capabilities, and function as fully-fledged end users interacting with the application. Hence, providing a point of view not only of the bugs but also of the market, the competition, and product functionality.
 
<img src="https://drive.google.com/uc?export=view&id=1VqNXg3gHhYRT2IqabFhbSwUYhe2h7tHm" alt="offshore engineering" /> 
 
 
<h2>Bridging the Gap: How Manual Testing Enhances Automated Processes in Quality Assurance</h2>
 
Automated testing is definitely consuming the discussion space today. Everyone wants to automate and, by doing so, believe they can do away with the more manual positions. Our response to this is twofold.
 
We agree that automated testing is crucial when testing repetitive and complex tasks or regression tests. It’s faster, more accurate, and can be done at any time of day. However, automation doesn’t incorporate what and why of testing. Manual testing brings critical thinking, curiosity, creativity, and human observation into the equation. We would advocate that the best outcome is to do both effectively.
 
By allowing automation to take over the more repetitive tasks, QAs can focus on aspects such as exploratory behavior, usability, ad-hoc testing, and other areas. Together, automation allows the team to quickly react to the validation of changes in functionality in any part of the application. And the QAs can find different ways to understand their product better, challenge UX and intention of use as an end user, and effectively ensure they provide the best possible experience for their final users.
 
<img src="https://drive.google.com/uc?export=view&id=1h7XgP8yUkaHVMWmEMMHHxtk9usNdfKJ9" alt="offshore engineering" /> 
 
 
<h2>The Human Touch in Testing: Unleashing the Power of Manual Testing for Superior Results</h2>
 
At Jalasoft, we involve QA at the beginning of the software development life cycle for various reasons. Testers need time to become product domain experts. Time so they can understand requirements but also study them and see beyond the explicit and into the implicit and the omitted.
 
Testers need to study personas, scenarios, and variable combinations, amongst others, to author test cases. In addition, they need time to study marketing claims and competitors in the domain to understand the product's value proposition. Testers need to be involved in team meetings when requirements are being discussed, and user stories are being discovered and introduced in the backlog.
 
Testers must actively ask questions from day one, ensuring backlog items are testable. As soon as a piece of software is ready to be tested, a tester needs to be ready to test it.
 
Contact us today to explore how our comprehensive Manual Testing Services can elevate the quality and success of your software projects. Let's work together to exceed your expectations.

</body>
</html>

Jalasoft outsourced teams add tremendous value to technology projects of all types.

Is Manual Testing Still Relevant in Today's Tech Landscape? 

Debunking the Myth: Is Manual Testing Still Relevant in Today's Tech Landscape? 

<h2>What is nearshore software development?</h2> 

Nearshore software development refers to the process of outsourcing software development projects to companies or teams located in nearby countries. This approach offers a cost-effective alternative to in-house development and allows businesses to access highly skilled professionals at an affordable price. 

Moreover, the proximity of the vendor and client results in minimal time differences, enabling seamless communication.
 
<h2>What are nearshore development companies?</h2>
Nearshore development companies are organizations that offer software development services to clients in nearby countries and locations. These companies have a proven track record of delivering high-quality software products to their clients and are often well-established in the industry.
 
<h2>Why do businesses nearshore?</h2>
Businesses opt for nearshore outsourcing for several reasons, the main one being cost-effectiveness. Nearshore developers offer access to a skilled labor pool at a lower cost compared to in-house development or offshore outsourcing. 
 
Additionally, nearshore developers are easy to work with due to a lack of language barriers and can seamlessly integrate into the client's existing hierarchy. There are several other benefits to nearshore outsourcing, as discussed further.
 
<h2>What are the different software outsourcing options available to businesses?</h2>

Software outsourcing has many obvious advantages, such as cost-savings, overhead reduction, and unlimited access to a skilled team. However, depending on your business requirements, there are three outsourcing options to choose from. Let's have a look at the options.
 
<ul>
 <li>Offshore Outsourcing: This approach involves outsourcing your software requirements to a company or contractor in another country. In this process, there is a substantial distance and time-zone difference between the client and the vendor.</li> 
 
 <li>Nearshore Outsourcing: This approach involves hiring a company or contractor located in a nearby country. In this process, the distance and the time-zone difference between the vendor and the client are minimal.</li>
 
 <li>Onshore Outsourcing: This approach involves hiring a company or contractor within the same country.</li>
</ul>
 
 
<h2>Why should businesses choose nearshore software development?</h2>

There are several advantages of nearshore outsourcing over other outsourcing approaches, such as:
 
<h3>Time and culture similarities</h3> 

Nearshore outsourcing partners are often located near the client, meaning that the time difference between them is negligible. This allows for better collaboration between the development team and the client since there is a full workday overlap.
 
Additionally, nearshore development vendors share a similar culture, values, and work protocols as the client, enabling seamless integration into the client's hierarchy. Furthermore, since they are highly proficient in English, there is no language barrier between the vendor and client; thus, allowing for efficient communication and understanding of each other's perspective. 
 

<h3>Reduced Costs</h3> 

Nearshore outsourcing partners typically charge much less than onshore vendors or in-house development teams. In addition, they often cover expenses associated with project onboarding such as software licenses, workstations, electricity, office equipment and more. As a result, clients enjoy considerable savings in their development cost when working with nearshore providers. 
 
Furthermore, the client doesn't have to worry about project scaling. They can scale their team up or down without worrying about candidate selection,<a href="https://en.wikipedia.org/wiki/Knowledge_transfer" target="_blank" rel="noindex nofollow"> knowledge transfer</a>, and payroll. 
 
 <h3>Access to a wider pool of talent</h3> 

 Nearshore development allows you access to a bigger talent pool. This increases the flexibility of your development team and provides you with access to niche Engineers to fill the skill gaps in your company. 
 
 What's more, nearshore developers are trained experts who are adept at handling project requirements. This reduces the risk associated with software development and ensures the project has no technical debt. 
 
 <h3>Business continuity and maintenance</h3>

 Many nearshore vendors offer robust SLA contracts featuring on-site maintenance 99% availability disaster recovery <a href="https://www.techtarget.com/searchdisasterrecovery/definition/disaster-recovery" target="_blank" rel="noindex nofollow">(DR)</a> ,and backup facilities. This allows for business continuity during natural disasters or system failures ensuring that client operations remain uninterrupted.
 
 <h3>Data security</h3>

 With software outsourcing there is always a concern about data & IP security Sometimes stakeholders feel uncomfortable sharing sensitive data with their outsourcing vendors since it’s difficult to manage access & implement security standards with outsourcing vendors. Near shore out sourcing grants clients greater control over their data & IP access Near shore Vendors typically abide by stringent data sharing guidelines & use Non Discloser Agreements (NDAs)to guarantee protection of sensitive information & IPs. 
 
 <H3>Transparency And Project Control </H3>

 Near Shore out sourcing grants businesses ability to access experienced personnel who possess expertise necessary to tackle complex business requirements.This allows businesses to produce high quality products maximising profitability. Moreover, near shore vendors have hierarchical structure with project managers delivery leaders consultants providing visibility& transparency in operations.This enables businesses to keep close tabs on developments processes and initiate modifications as per individual needs if required schedule physical meetings vendor since they’re located nearby. 
 
 
<h2>Nearshore Development with JalaSoft</h2> 

Software outsourcing allows businesses to create quality products while significantly reducing the risk associated with developing new software at a scale. If used correctly, software outsourcing can be highly beneficial for businesses looking to streamline their operations and reduce development costs. 
 
However, you must conduct extensive research before choosing a nearshore outsourcing vendor. You should always vet your vendors and make sure that they have the necessary resources and infrastructure to support your project. We should also have relevant industry experience and expertise to handle your project. 
 
JalaSoft is a LATAM-based <a href="https://www.jalasoft.com/our-services">software outsourcing company</a> whose goal is to create innovative, cutting-edge software solutions suited to the individual needs of our clients. Over 20 years, we have provided value to hundreds of clients and are a pioneer in the world of nearshore development. 
 
We work closely with clients to build functional applications through an agile-first methodology. Due to our unique vision and high client success, we are featured on<a href="https://clutch.co/profile/jalasoft#summary" target="_blank" rel="noindex nofollow"> Clutch as a 5-star service provider</a>. If you're looking for a strategic nearshore partner,<a href="https://www.jalasoft.com/contact"> click here</a>.

Save costs with nearshore outsourcing. Discover the benefits of working with nearby vendors, including specialized teams and quality control. Read more here! 

benefits of nearshoring

What Are the Benefits of Nearshore Software Development?  

Offshore engineering is a strategic process in which businesses <a href="https://www.jalasoft.com/our-services"> hire dedicated software engineers</a> from remote locations to build projects for their in-house use. The development teams are located in these remote locations and offer their services at a lower cost than onshore partners. The engineers work as full-time employees of the organization but from an off-site location.
 
Different aspects of a project, such as product development, research and development, UI design, etc., can be outsourced through offshore engineering. This allows business owners to save time and resources while accessing specialized expertise at a more affordable price.
 
Offshore engineering is distinct from onshore engineering, in which businesses outsource software projects to vendors outside the organization, who are typically located in the same geographical area as the business.
 
<img src="https://drive.google.com/uc?export=view&id=1PuktduC2Ibdc4ug4swCOSMQk6wKNWFVk" alt="offshore engineering" /> 
<h2>Who are Offshore Engineers?</h2>

Offshore engineers are professional, trained engineers who provide engineering services to clients from different geographical locations. These engineers are full-time employees of an organization and can be tasked with working on individual modules or the entire project.
 
<h2>What Types of Industries Use Offshore Engineering?</h2>
[subscribe]
Offshore engineering is used by businesses that need specialized professionals for their projects. It allows businesses to create a global team and expand their operations at a lower cost. Various industries, including healthcare, fintech, energy, e-commerce, and IT, use offshore engineering to support their development.
 

<h2>Benefits of Offshore Engineering</h2>

Offshore engineering has become an increasingly popular option for businesses looking to enhance their operations and achieve their goals more efficiently. By leveraging the expertise of dedicated software engineers from remote locations, organizations can tap into a pool of skilled talent while enjoying several key benefits.
 
<h3>Cost savings:</h3>

One of the main reasons for adopting this method is cost savings. The cost of living in offshore locations is typically lower than in onshore locations. This allows businesses to <a href="https://www.jalasoft.com/our-services/on-demand-software-outsourcing"> hire qualified full-time engineers </a> at a significantly lower cost.
 
Additionally, businesses can also save on overhead costs, as offshore teams come equipped with their own infrastructure. Finally, they also save on training and knowledge transfer costs, as offshore engineers are already skilled professionals with multiple years of experience.
 
<h3>Reduce time to market:</h3>

One of the key advantages is a reduction in time to market. By utilizing offshore resources, organizations are able to work on projects in a continuous manner, 24 hours a day, 7 days a week. This eliminates downtime and reduces the time required to complete a project. The result of this continuous project development is increased productivity, allowing organizations to complete projects faster and bring their products or services to market more quickly.
 

<h3>Access to specialized skills:</h3>

Offshore engineering allows organizations to access a wide range of specialized skills and expertise that may not be readily available in their local market. However, it is very likely they can find the same skills locally, but they will need to conduct the search and it will certainly be more expensive.
 
Since offshore engineers are knowledgeable professionals with industry experience and skills, this technique enables businesses to access skilled individuals with expertise in different aspects of software development.
 
While offshore engineering provides businesses with access to specialized skills and expertise that may not be readily available in their local market, the onboarding speed of offshore engineers can sometimes be slower than hiring locally. Additionally, it is possible to find the same skillset locally, but conducting a search for such professionals can be time-consuming and more expensive. Nonetheless, offshore engineers are knowledgeable professionals with industry experience and skills that enable businesses to access skilled individuals with expertise in different aspects of software development. Therefore, organizations need to weigh the benefits and drawbacks of offshore engineering before deciding whether or not it is the right choice for their needs.
 
<h3>Improved business:</h3>

Offshore engineering allows in-house teams to focus on core business objectives, leaving the extra work to offshore teams. This ensures project quality, reduces risk, and enables the internal teams to focus on their priorities.
 
Furthermore, offshore engineering enables the company to enter a new market without the need to set up any new infrastructure. This is a good way to expand business presence and test local markets.
 
<h3>Increased productivity:</h3>

The continuous development of projects that is made possible through offshore engineering results in increased efficiency and productivity. This allows organizations to achieve more in less time, since they can hire a greater number of professionals with the same budget.
 
<h3>Flexibility:</h3>

Offshore engineering provides businesses with the flexibility to scale their operations up or down as needed, allowing them to better manage their resources and meet the demands of their business.
 
<img src="https://drive.google.com/uc?export=view&id=1HF-pH3llP0uZqby7EVcxU5r5WrDaZb9f" alt="offshoring benefits and risks" /> 
<h2>Key challenges of offshore engineering</h2>

Despite the many advantages that offshore engineering offers to organizations looking to reduce costs and expand into new markets, there are still some key challenges that must be overcome. These challenges can include communication difficulties, cultural differences, time zone differences, and managing remote teams effectively.
 
<h3>No workday overlap</h3>

If the in-house and the offshore team are located in totally different time zones, there is very little workday overlap. This can be problematic since it creates collaboration issues and causes project delays. Ideally, there should be a few hours of workday overlap where both teams can discuss project issues and collaborate with each other.
 
<h3>Cultural difference</h3>

Even though the in-house and offshore teams work for the same business unit, they can have vastly different cultures. This can lead to communication challenges and misleading, which can hamper productivity.
 
<h3>Holidays</h3>

Since these two teams are located in different countries, they may have different public and national holidays, which can hamper project schedules.
 
<h3>Reliance on communication tools</h3>

Even if the in-house and offshore teams understand the same language, they have to rely heavily on communication tools such as Teams and Slack to facilitate communication. Disruption of such tools can significantly affect team efficiency and impact development.
 
Jalasoft engineers’ time-zones are aligned with our client’s, a have with minimal to none cultural differences, working diligently to plan capacity accordingly so that all projects are managed effectively. Communication is always key as each project has a dedicated core manager for personalized attention.
 
<h2>Points to Discuss Before You Offshore Your Software Engineering Project</h2>

Are you considering outsourcing your software engineering project to an offshore team? Before making this crucial decision, there are several factors to consider ensuring project success and minimize potential risks. To ensure a smooth process and meet your business needs, it is important to discuss key points with your offshore partner. Don't leave anything to chance, take the time to carefully plan and prepare for your offshore software engineering project.
 
Given the unique challenges of collaborating with remote workers, it's crucial to be mindful that there is a period of adjustment when onboarding them, and to allow sufficient time for both the in-house and offshore teams to learn how to work together effectively.
 
<h3>Business needs and project goals</h3>
Before working on a software project, the client should clearly list their business requirements to the vendor. This helps the offshore team choose tech stacks and onboard relevant professionals to the development team. The client should also discuss the project vision and goals since it allows the offshore team to develop a development strategy.
 
<h3>Quality standards</h3>
They are necessary to measure project success and understand whether the team is on the right track.
 
<h3>Communication</h3>
It is necessary to ensure that the in-house and offshore teams have clear communication channels to discuss issues and share project updates. Alternate communication channels should also be established to ensure the tool disruption doesn't cause project delays.
 
<h3>Project priorities</h3>
The management should discuss project priorities with the offshore team to ensure that the team focuses on what matters most. Priority selection is also necessary to devise the development strategy and set up the roadmap for project development.
 
<h2>Top Offshore Engineering Destinations</h2>

Since there are so many options to choose from, figuring out an offshore location can be confusing. Here's a list of top locations (along with countries) that you can choose from for offshoring your development.
 
<h3>Asia</h3>
Asian countries have become increasingly popular choices for outsourcing software development projects and operations. Many top offshoring countries are located in Asia, such as India, China, Malaysia, Vietnam, and the Philippines.
 
<h3>LATAM</h3>
Latin America has become the preferred destination for US software projects, thanks to its increased popularity. Leading countries like Mexico, Chile, Costa Rica, Bolivia, and Colombia offer exceptional skills in this field. Jala leads the charge in LATAM technology outsourcing, directing development services for over two decades with competitive prices and high quality. With their experience and trajectory in the sector, Jala has positioned itself as a relevant player in the Latin American technology industry.
 
<h3>Europe</h3>
Central and Eastern Europe are one of the most favorable IT locations in the world. Countries such as Poland, Romania, Ukraine, and the Czech Republic are popular offshoring destinations for clients.
 
What a journey! We understand it may have been tough, but with offshore engineering gaining more attention from both public and private companies, you may now consider investing your time and energy into its success. As experts in Jalasoft, we provide you with the best resources and our experience to succeed in this field. So, if you have any questions or inquiries about what we do, feel free to <a href="https://www.jalasoft.com/contact">contact us today </a> and learn more about how we can help you reach your goals!

Unlock the full potential of your business with offshore engineering. Access highly skilled professionals at a lower cost with top offshoring destinations in Asia, LATAM, and Europe. Make your next software project a success!

benefits of offshoring and outsourcing

Test What is Offshore Engineering? Pros, Cons, Top Countries Test

Offshore engineering is a strategic process in which businesses <a href="https://www.jalasoft.com/our-services"> hire dedicated software engineers</a> from remote locations to build projects for their in-house use. The development teams are located in these remote locations and offer their services at a lower cost than onshore partners. The engineers work as full-time employees of the organization but from an off-site location.
 
Different aspects of a project, such as product development, research and development, UI design, etc., can be outsourced through offshore engineering. This allows business owners to save time and resources while accessing specialized expertise at a more affordable price.
 
Offshore engineering is distinct from onshore engineering, in which businesses outsource software projects to vendors outside the organization, who are typically located in the same geographical area as the business.
 
<img src="https://drive.google.com/uc?export=view&id=1PuktduC2Ibdc4ug4swCOSMQk6wKNWFVk" alt="offshore engineering" /> 
<h2>Who are Offshore Engineers?</h2>

Offshore engineers are professional, trained engineers who provide engineering services to clients from different geographical locations. These engineers are full-time employees of an organization and can be tasked with working on individual modules or the entire project.
 
<h2>What Types of Industries Use Offshore Engineering?</h2>

Offshore engineering is used by businesses that need specialized professionals for their projects. It allows businesses to create a global team and expand their operations at a lower cost. Various industries, including healthcare, fintech, energy, e-commerce, and IT, use offshore engineering to support their development.
 
<h2>Benefits of Offshore Engineering</h2>

Offshore engineering has become an increasingly popular option for businesses looking to enhance their operations and achieve their goals more efficiently. By leveraging the expertise of dedicated software engineers from remote locations, organizations can tap into a pool of skilled talent while enjoying several key benefits.
 
<h3>Cost savings:</h3>

One of the main reasons for adopting this method is cost savings. The cost of living in offshore locations is typically lower than in onshore locations. This allows businesses to <a href="https://www.jalasoft.com/our-services/on-demand-software-outsourcing"> hire qualified full-time engineers </a> at a significantly lower cost.
 
Additionally, businesses can also save on overhead costs, as offshore teams come equipped with their own infrastructure. Finally, they also save on training and knowledge transfer costs, as offshore engineers are already skilled professionals with multiple years of experience.
 
<h3>Reduce time to market:</h3>

One of the key advantages is a reduction in time to market. By utilizing offshore resources, organizations are able to work on projects in a continuous manner, 24 hours a day, 7 days a week. This eliminates downtime and reduces the time required to complete a project. The result of this continuous project development is increased productivity, allowing organizations to complete projects faster and bring their products or services to market more quickly.
 
<h3>Access to specialized skills:</h3>

Offshore engineering allows organizations to access a wide range of specialized skills and expertise that may not be readily available in their local market. However, it is very likely they can find the same skills locally, but they will need to conduct the search and it will certainly be more expensive.
 
Since offshore engineers are knowledgeable professionals with industry experience and skills, this technique enables businesses to access skilled individuals with expertise in different aspects of software development.
 
While offshore engineering provides businesses with access to specialized skills and expertise that may not be readily available in their local market, the onboarding speed of offshore engineers can sometimes be slower than hiring locally. Additionally, it is possible to find the same skillset locally, but conducting a search for such professionals can be time-consuming and more expensive. Nonetheless, offshore engineers are knowledgeable professionals with industry experience and skills that enable businesses to access skilled individuals with expertise in different aspects of software development. Therefore, organizations need to weigh the benefits and drawbacks of offshore engineering before deciding whether or not it is the right choice for their needs.
 
<h3>Improved business:</h3>

Offshore engineering allows in-house teams to focus on core business objectives, leaving the extra work to offshore teams. This ensures project quality, reduces risk, and enables the internal teams to focus on their priorities.
 
Furthermore, offshore engineering enables the company to enter a new market without the need to set up any new infrastructure. This is a good way to expand business presence and test local markets.
 
<h3>Increased productivity:</h3>

The continuous development of projects that is made possible through offshore engineering results in increased efficiency and productivity. This allows organizations to achieve more in less time, since they can hire a greater number of professionals with the same budget.
 
<h3>Flexibility:</h3>

Offshore engineering provides businesses with the flexibility to scale their operations up or down as needed, allowing them to better manage their resources and meet the demands of their business.
 
<img src="https://drive.google.com/uc?export=view&id=1HF-pH3llP0uZqby7EVcxU5r5WrDaZb9f" alt="offshoring benefits and risks" /> 
<h2>Key challenges of offshore engineering</h2>

Despite the many advantages that offshore engineering offers to organizations looking to reduce costs and expand into new markets, there are still some key challenges that must be overcome. These challenges can include communication difficulties, cultural differences, time zone differences, and managing remote teams effectively.
 
<h3>No workday overlap</h3>

If the in-house and the offshore team are located in totally different time zones, there is very little workday overlap. This can be problematic since it creates collaboration issues and causes project delays. Ideally, there should be a few hours of workday overlap where both teams can discuss project issues and collaborate with each other.
 
<h3>Cultural difference</h3>

Even though the in-house and offshore teams work for the same business unit, they can have vastly different cultures. This can lead to communication challenges and misleading, which can hamper productivity.
 
<h3>Holidays</h3>

Since these two teams are located in different countries, they may have different public and national holidays, which can hamper project schedules.
 
<h3>Reliance on communication tools</h3>

Even if the in-house and offshore teams understand the same language, they have to rely heavily on communication tools such as Teams and Slack to facilitate communication. Disruption of such tools can significantly affect team efficiency and impact development.
 
Jalasoft engineers’ time-zones are aligned with our client’s, a have with minimal to none cultural differences, working diligently to plan capacity accordingly so that all projects are managed effectively. Communication is always key as each project has a dedicated core manager for personalized attention.
 
<h2>Points to Discuss Before You Offshore Your Software Engineering Project</h2>

Are you considering outsourcing your software engineering project to an offshore team? Before making this crucial decision, there are several factors to consider ensuring project success and minimize potential risks. To ensure a smooth process and meet your business needs, it is important to discuss key points with your offshore partner. Don't leave anything to chance, take the time to carefully plan and prepare for your offshore software engineering project.
 
Given the unique challenges of collaborating with remote workers, it's crucial to be mindful that there is a period of adjustment when onboarding them, and to allow sufficient time for both the in-house and offshore teams to learn how to work together effectively.
 
<h3>Business needs and project goals</h3>
Before working on a software project, the client should clearly list their business requirements to the vendor. This helps the offshore team choose tech stacks and onboard relevant professionals to the development team. The client should also discuss the project vision and goals since it allows the offshore team to develop a development strategy.
 
<h3>Quality standards</h3>
They are necessary to measure project success and understand whether the team is on the right track.
 
<h3>Communication</h3>
It is necessary to ensure that the in-house and offshore teams have clear communication channels to discuss issues and share project updates. Alternate communication channels should also be established to ensure the tool disruption doesn't cause project delays.
 
<h3>Project priorities</h3>
The management should discuss project priorities with the offshore team to ensure that the team focuses on what matters most. Priority selection is also necessary to devise the development strategy and set up the roadmap for project development.
 
<h2>Top Offshore Engineering Destinations</h2>

Since there are so many options to choose from, figuring out an offshore location can be confusing. Here's a list of top locations (along with countries) that you can choose from for offshoring your development.
 
<h3>Asia</h3>
Asian countries have become increasingly popular choices for outsourcing software development projects and operations. Many top offshoring countries are located in Asia, such as India, China, Malaysia, Vietnam, and the Philippines.
 
<h3>LATAM</h3>
Latin America has become the preferred destination for US software projects, thanks to its increased popularity. Leading countries like Mexico, Chile, Costa Rica, Bolivia, and Colombia offer exceptional skills in this field. Jala leads the charge in LATAM technology outsourcing, directing development services for over two decades with competitive prices and high quality. With their experience and trajectory in the sector, Jala has positioned itself as a relevant player in the Latin American technology industry.
 
<h3>Europe</h3>
Central and Eastern Europe are one of the most favorable IT locations in the world. Countries such as Poland, Romania, Ukraine, and the Czech Republic are popular offshoring destinations for clients.
 
What a journey! We understand it may have been tough, but with offshore engineering gaining more attention from both public and private companies, you may now consider investing your time and energy into its success. As experts in Jalasoft, we provide you with the best resources and our experience to succeed in this field. So, if you have any questions or inquiries about what we do, feel free to <a href="https://www.jalasoft.com/contact">contact us today </a> and learn more about how we can help you reach your goals!

What is Offshore Engineering? Pros, Cons, Top Countries 

DevOps help organizations&nbsp; improving their ability to deliver software products through collaboration and shared responsibility. Many major companies use it to enhance their projects, propel business innovation and improve customer satisfaction.&nbsp;
&nbsp;
As per <a href="https://www.globenewswire.com/en/news-release/2021/07/20/2265754/0/en/2021-State-of-DevOps-Report-Finds-It-s-Not-Tech-but-Culture-that-Keeps-Teams-Stuck-in-the-Middle-of-their-DevOps-Evolution.html" target="_blank">this report</a>, 83% of the tech decision-makers reported that implementing DevOps led to higher business values. DevOps allowed them to adapt to changing markets and drive better results. It also helped them manage complex systems effectively while preserving compliance.
&nbsp;
However, implementing DevOps is challenging. Managers have to resolve many cultural and development issues before moving ahead. You must also keep your infrastructure, resources, and priorities in mind while developing a DevOps roadmap. Not taking a measured approach to DevOps can lead to an implementation failure.&nbsp;
&nbsp;
<h2>So why do some organizations fail at implementing DevOps?&nbsp;</h2>
&nbsp;
There are many reasons why some organizations fail at executing a DevOps strategy. Here are some common bottlenecks businesses face and what you can do to prevent them.&nbsp;
&nbsp;
<ol>
<li>
<h3>Resistance to Devops-specific tools</h3>
&nbsp;
There are so many different tools that businesses use for development, testing, and deployment. Often developers, support staff, and admins get accustomed to a specific set of tools and are unwilling to part with them.&nbsp;
&nbsp;
In such situations, introducing new DevOps tools can be challenging. Often teams are reluctant to use new tools and products. Even if they use them, they might not pick them up quickly and efficiently.&nbsp;
&nbsp;
Businesses can use automation pipelines to solve this issue. Automation pipelines and version control tools help you streamline your workload and improve communication between different teams. You can also do an all-hands meeting to provide training and <a href="https://en.wikipedia.org/wiki/Knowledge_transfer" target="_blank">knowledge transfer</a> for the tools before implementing them.&nbsp;
&nbsp;
</li>
<li>
<h3>Changing the conventional thinking</h3>
&nbsp;
In many organizations, developers, QA engineers, and admins are used to certain work cultures. They have a dev vs. ops mentality, i.e., developers develop code, and operators maintain the production environment. Since their goals are not aligned, they don't see the value of implementing a DevOps strategy or changing their existing processes. Not just employees - sometimes even managers are not ready to accept these changes.
&nbsp;
The solution to this problem is to get everyone focused on shared goals. You should change your team's way of thinking, i.e., developers and operators both need to think about development and serviceability while working. You also have to facilitate communication to ensure an uninterrupted flow of information between both teams.
&nbsp;
 </li>
<li>
<h3>No Plan for DevOps</h3>
&nbsp;
Since DevOps is a relatively new concept, many businesses still struggle with its understanding. Managers still have doubts about its adoption, limitations, and infrastructure requirements. An unclear execution strategy can lead to process-oriented integration challenges.&nbsp;
&nbsp;
The solution to this problem is to create a regulation plan within a DevOps strategy. DevOps transformations don't happen overnight; the implementation has to be gradual. You can also hire professionals with experience/specialization in DevOps. Nearshore development companies such as <a href="https://www2.jalasoft.com/our-services/devops" target="_blank">Jalasoft </a>provide excellent resources for DevOps development and consulting.&nbsp; 
&nbsp;
</li>
<li>
<h3>Changing Security</h3>
&nbsp;
DevOps strategies often require businesses to implement new tools and services in their infrastructure. Since DevOps works on automating different parts of the pipelines, this can lead to security issues such as exposure of secret keys or infrastructure misconfiguration. Cybersecurity flaws open your system to unintended access and exploits.&nbsp;
&nbsp;
To tackle such problems, you should hire experienced security experts who know and understand the DevOps environment. They can help strategize security clearances and set up accesses for your team members based on their credentials. They can also check your system for weaknesses through cybersecurity tests, such as penetration testing and vulnerability scanning.&nbsp;
&nbsp;
You can also invest in security automation to protect your data and software from access. For example, some companies use the DevSecOps model for extra protection.&nbsp;
&nbsp;
</li>
<li>
<h3>Use of Legacy Systems</h3>
&nbsp;
Many organizations still use legacy systems for their business processes. Legacy systems often have performance and compatibility issues. They also have stability issues (lots of system downtime), and there's a lack of tools and talent to support them.&nbsp;
&nbsp;
To counter such issues, businesses have started migrating legacy systems to DevOps microservices. Microservices allow you to build and deploy scalable applications. They are also independently deployed, which leads to better resiliency and productivity.&nbsp; 
</li>
<li>
<h3>Failure to adopt DevOps Metrics</h3>
&nbsp;
It's important for managers and executives to measure the effect of DevOps implementation. This is also important to identify issues with collaboration and integration. You should know if your DevOps strategy is working or not.&nbsp;
&nbsp;
You should define a few specific metrics for DevOps success, such as speed, throughput, scalability, and resource allocation. <a href="https://www.investopedia.com/terms/k/kpi.asp" target="_blank">KPI </a>metrics are a good starting point for any stakeholder who wishes to understand if their implementation works.&nbsp;
&nbsp;
However, you shouldn't set unrealistic goals for your teams. DevOps transition is a complicated process that takes time and effort to succeed. Furthermore, the bigger your company, the longer this transition will take.
&nbsp;
</li>
</ol>
<h2>Conclusion</h2>
&nbsp;
Changing an organization's development approach to DevOps can be a difficult process. Managers may face pushback from their teams as well as from management. In addition, a failed DevOps strategy can lead to increased system complexity and costs.&nbsp;
&nbsp;
However, if done right, DevOps can be one of the best decisions you can take as a technology manager. It enhances communication and allows you to adapt your project to market requirements.&nbsp;
&nbsp;
Executives should not consider DevOps a silver bullet that solves all their problems. It has its own challenges, as listed above. However, in success, implementing DevOps can reduce costs, increase system efficiency and improve customer experience. It'll also make your development easier and more scalable.&nbsp;
&nbsp;
Excerpt: DevOps is a measured approach for improving the software development life cycle through CI/CD methodologies. However, before you implement DevOps, you must first change your organization's thinking about DevOps. Let's explore some of the challenges businesses face while implementing a DevOps strategy and what they can do about them.&nbsp;

Implementing DevOps is challenging. Managers have to resolve many cultural and development issues before moving ahead.  What they have to do? Keep reading.

Devops-challenges-companies-face-jalasoft-article

Top 6 DevOps challenges companies face (and what  you can do about them)

React Native is an open-source application development framework developed by Facebook. It allows developers to build iOS and Android applications using native components instead of web ones. Through React Native, developers can change JavaScript code into native components like images, text, and views.
&nbsp;
React framework can also turn Android and iOS components into native ones. This allows engineers to use these components to create an actual native application instead of a shell-based web application.&nbsp;
&nbsp;
React Native had many debugging options for developers. The most popular one is Chrome debuggers, which allows developers to debug javascript code in the browser itself. You can also use custom javascript debuggers such as <a href="https://github.com/infinitered/reactotron" target="_blank">Reactotron</a> and Logbox for code inspection and native debugging.&nbsp;
&nbsp;
You can also deploy and test your application on React Native simulators. The simulators for iOS and Android are react-native run-ios and react-native run-android, respectively. You can also add advanced UI functionality to your application, such as parent-child views, SafeArea views, and style props.&nbsp;
&nbsp;
<h2>How does this framework actually work?&nbsp;</h2>
&nbsp;
React Native connects the platform and the application so that changes in the Javascript code trigger a React event. These events listen, normalize and re-emit the changes to the corresponding React components, which are then reflected at the front end of their application. React's bridge system then transfers these components' hierarchy into the device view.
&nbsp;
React uses two threads, main and native. The main thread handles the UI/UX aspects of the applications, such as front-end elements and gestures. The native thread executes the JavaScript code, which handles the business aspects of the application. This thread runs the code through a Javascript engine and handles the functional parts of the application.&nbsp;
&nbsp;
<h2>The React bridge</h2>
&nbsp;
React bridge handles the communication between these two threads. It has the following features.&nbsp;
&nbsp;
<h3>Asynchronous&nbsp;</h3>
&nbsp;
React bridge is a bi-directional, asynchronous communication channel that ensures that both threads don't transfer data simultaneously. It's a non-blocking way to transmit JSON messages through asynchronous commands.&nbsp;&nbsp;
&nbsp;
<h3>Batched</h3>
&nbsp;
React bridge sends messages to the native platform in batches, i.e., data is transferred without human interaction. Messages are also bunched together before the transfer, which ensures that the available resources are used efficiently.&nbsp;
&nbsp;
<h3>Serialized</h3>
&nbsp;
React bridge serializes the data, i.e., breaking it down into a stream of bytes before transmission. When these deconstructed bits reach their destination, they are reconstructed as per their serial numbers.&nbsp;
&nbsp;
These steps simplify the data transfer and ensure threads do not change the data while communicating.&nbsp;
&nbsp;
The main thread loads the javascript liberties at the start of the application and then sends the data to another thread for calculations. A Document Object Model (DOM) is created for rendering, and the data is sent to the shadow thread through a method called diffing.&nbsp;
&nbsp;
Finally, the Shadow thread sends the data and parameters to the UI thread after performing a series of calculations for the rendered data. The UI thread then uses this information to create a layout, onto which the main threads publish the final output.&nbsp;
&nbsp;
<h2>Why should you use React Native?&nbsp;</h2>
&nbsp;
React Native is an amazing <a href="https://en.wikipedia.org/wiki/Minimum_viable_product" target="_blank">MVP </a>solution for applications with a client-server architecture. You can also use it to build business applications. <a href="https://reactnative.dev/showcase" target="_blank">Many tech giants</a> such as Google, Facebook, Uber, and Tesla use it for its robustness and flexibility.&nbsp;&nbsp;
&nbsp;
Some of the advantages of using React native are:
&nbsp;
<ol style="list-style-type: lower-alpha;">
<li>
<h3>Cross-platform development</h3>
&nbsp;
React components can wrap the existing Javascript code into native components to create a fully native application. This allows engineers to reuse code for cross-platform application development.&nbsp;
&nbsp;
Organizations that use React Native save time and development effort since they don't need to create and debug applications for different platforms.&nbsp;
&nbsp;
</li>
<li>
<h3>Responsiveness</h3>
&nbsp;
Applications built on React Native are highly responsive (React Native-based iOS and android screens can run at 60 frames per second). This ensures that the final UI is fast and efficient. This framework also allows you to monitor performance and optimize memory through console logs.&nbsp;
&nbsp;&nbsp;
The framework also has a lot of custom functions that designers can use to provide UX for their users. For example, you can customize UI components such as aspect ratio, image and font scales, border width, etc. You can also use the Flexbox algorithm method for layering one-dimensional view items on top of each other.&nbsp;
&nbsp;
</li>
<li>
<h3>Easy to learn and understand</h3>
&nbsp;
Since the framework runs on Javascript, its syntax is easy to understand and work with. In addition, since Native components reflect the changes in your Javascript modules, you don't have to re-compile and re-deploy your code every time you change your codebase. This function is called hot-reload.&nbsp;
&nbsp;
Furthermore, you don't have to write and test individual scripts for native functions. Instead, you can directly call native functions and visualize how your final front-end will look with your compiled changes.&nbsp;
&nbsp;
</li>
<li>
<h3>A vibrant ecosystem of libraries and scripts</h3>
&nbsp;
React Native has many libraries and scripts you can directly implement in your codebase. For example, libraries such as redux can store the state of your application and allow you to dispatch actions for the applications, such as reloading, undo/redo, and data fetch.&nbsp;
&nbsp;
</li>
<li>
<h3>Community Support&nbsp;</h3>
&nbsp;
The React Native community is a very engaging and powerful forum for problem discussion. It has many engaging posts and discussion threads that novice developers can use if they get stuck on any issue. In addition, the community regularly creates core changes for use cases and edge cases.&nbsp;
&nbsp;
&nbsp;
You can also hire a development partner such as Jalasoft for handling your app development. <a href="https://www2.jalasoft.com/" target="_blank">Jalasoft </a>is an award-winning development company that helps businesses optimize their processes through world-class, custom software solutions.
</li>
</ol>
&nbsp;
<h2>Conclusion</h2>
&nbsp;
React Native is a highly responsive, open-source framework that allows you to easily develop cross-platform applications. Its speed and flexibility make code sharing effortless. Using it, developers can deploy live updates to your play store applications.&nbsp;
&nbsp;
Facebook is working on many updates for React Native, such as compatibility automation and priority queues. The company also intends to deploy features such as new threading models and turbo modules for managing bridge calls and simplifying synchronous data transfer. With rich features and frequent updates, this framework becomes a necessary tool in every developer's arsenal who wishes to build MVP solutions for enterprises.&nbsp;
&nbsp;
Excerpt: React native is an open-source framework for developing javascript based React applications. It uses API and modules to develop native views from Javascript code and is extremely useful for creating cross-functional MVP and enterprise products.&nbsp;&nbsp;

Through React Native, developers can change JavaScript code into native components such as images, text and views. What are the challenges around this? Read on to learn more.

react-native-full-article-jalasoft

What is React Native and how it works

Nearshore <a href="https://www.jalasoft.com/our-services/software-development"> software development </a> is the process of optimizing your development strategy by outsourcing it to professionals and vendors in nearby countries. It involves delegating your business processes or certain tasks to software vendors near you’re the headquarters of your organization.
 
Nearshore offers several advantages such as having access to resources with similar culture and time zones, enhanced quality control, and cost savings resulting from lower labor costs. Furthermore, most nearshore vendors possess specialized teams of experts acquainted with solving intricate business needs.
 
<h2>Different Ways to Outsource Development</h2> 

There are three common outsourcing approaches used by companies to drive development: nearshore, onshore, and offshore. Nearshore outsourcing, as mentioned above, is the process of outsourcing your software development to vendors in nearby countries. Meanwhile, offshore outsourcing entails outsourcing work to a vendor located in a distant country or region. 

Lastly, onshore outsourcing is the process of obtaining development services from someone outside your organization but within the same country.
 
<h2>Why Consider Nearshore Software Services</h2> 

There are many advantages to choosing nearshoring for your business. The main reason companies nearshore is because it is more cost-efficient than using vendors in your own country or hiring an <a href="https://www.jalasoft.com/">  in-house development team </a>. This is because the fees charged by nearshore development vendors are usually much less than onshore vendors.
 
<h2>Advantages of Nearshore Software Outsourcing</h2> 

Nearshore developers are highly competent professionals who know how to deliver. Working with such qualified engineers ensures project success and reduces quality issues in the final product. 

There could be a small-time difference between the client and the vendor, if any, which makes it easier to interact and schedule meetings on regular working hours. They are also culturally similar to the client, so there are very few collaboration issues between them. If required, you can always schedule face-to-face meetings with the vendor. 

Moreover, since they both speak English fluently, the vendor and the customer can efficiently understand each other and work together towards a single goal. Effective communication between the two teams also allows stakeholders to maintain visibility and control the project flow. Additionally, with a full workday overlap, the nearshore vendor has a quicker response time compared to offshore vendors.
 
<h2>Disadvantages of Nearshore Software Services</h2> 

Even though nearshoring is a great development technique with several advantages, there are a few disadvantages too. Firstly, even though nearshore outsourcing is less costly than onshore outsourcing/ in-house development, it can be more expensive than offshore outsourcing. 
 
Secondly, this type of development causes you to be too dependent on a vendor's location. It means that you become limited by the talent pool of your nearshore vendor's location. This can be problematic if the developers you hire don't have the required expertise to handle your project. 
 
Thirdly, even though nearshore developers are culturally similar to you, they may still have different national and public holidays. This can disrupt your project schedule and delay your deadlines. Furthermore, if there's a natural calamity in your vendor's location, it hinders your development progress unless the vendor has a disaster recovery protocol in place.
 
<h2>How to make nearshore outsourcing more effective and trustworthy?</h2> 

You need to clearly define the scope of your work along with your success metrics. This will allow service delivery leaders to guide their teams toward a common goal and measure the project's success. 
 
You should also use performance tracking tools such as <a href="https://www.atlassian.com/software/jira" target="_blank" rel="noindex nofollow">Jira</a>, <a href="https://get.assembla.com/" target="_blank" rel="noindex nofollow"> Assembla</a>, or ServiceNow to monitor productivity. To do this, break the task into chunks and create individual tickets for them. 
 
Tracking individual tickets will improve project visibility and enable you to control the project direction. You can also set up an internal review with the development team to discuss project priorities and adjust the scope of work if required. 
 
Communication is the key to nearshore outsourcing. You need to set up clear lines of communication between the development team and you to ensure project success. This is also required to ensure that any queries (related to project understanding, data, and domain expertise) are resolved on time.
 
<h2>What are some of the key factors you should consider when choosing a nearshore software development partner?</h2> 

There are a few things you should keep in mind before hiring a nearshore vendor. 
 
<h3>Expectations and cost of the project</h3> 

 As discussed above, it's important to have a clear conversation with the outsourcing vendor about the project expectations and goals. This includes both the functional and non-functional requirements of your project.
 Furthermore, you should also discuss the <a href="https://www.businessnewsdaily.com/5498-direct-costs-indirect-costs.html" target="_blank" rel="noindex nofollow">direct and indirect costs</a> associated with your project with the vendor. These terms must be defined in an SLA agreement and should be signed by both parties. 
 
<h3>Cultural compatibility</h3> 

 You should always choose a nearshore vendor that is culturally compatible with your organization and team. They should also speak the same language as you. 
 
 This will reduce the communication gaps between your team and the outsourcing vendor and enable them to effectively communicate their progress. This will also help you maintain project visibility and reduce miscommunication issues. 
 
 <h3>Ability to deliver</h3> 

 Before choosing a nearshore vendor, you should thoroughly research them to ensure they have the required expertise and infrastructure to complete your project. They should also have a good reputation and presence in your location.
 
<h2>Benefits of nearshore software development at Jalasoft</h2> 

You should always conduct thorough research on nearshore vendors before selecting one. You should also look at reviews and client testimonials to see if we have good project deliverability metrics. 
 
Jalasoft is a leading outsourcing firm with our HQ in Bolivia and talented Engineers from all across LATAM for nearshore software development. With over 20 years of experience in software development and delivery, we have worked with some of the biggest clients in the industry. 
 
We specialize in software development, QA and test automation, DevOps services, and other on-demand services such as data science, blockchain, and cloud computing. With a team of 1000+ engineers, we are a pioneer in the field of project outsourcing and staff augmentation. You can have a look at the full range of services we provide by clicking <a href="https://www.jalasoft.com/our-services">here</a>.

Nearshore software development is a popular outsourcing option that allows businesses to work with skilled professionals in nearby countries. Learn more about how it works and its advantages

nearshore software development services

What is nearshore software development? 

<h2>What is Staff Augmentation?</h2>
 
Staff augmentation is the practice of hiring outside professionals to work on specific projects. Qualified professionals from a trusted staffing firm join the internal team to bring in additional expertise.
 
Engineering Staff Augmentation, in particular, refers to the process where software development teams bring in experienced technical personnel on an as-needed basis to enhance, extend or complement their existing workforce.
&nbsp;
This approach can lower project expenses and introduce niche expertise to the team. It's important to note that staff augmentation differs from outsourcing. In outsourcing, the entire project or a part of it is given to external developers, whereas in staff augmentation, technical professionals from the staffing firm become integrated into the in-house team.
&nbsp;
<h2>How Does Staff Augmentation Benefit Companies?</h2>
&nbsp;
Staff augmentation enables companies to expand their workforce by incorporating skilled professionals into their current staff. This approach eliminates the hassle of traditional hiring processes, such as shortlisting resumes or negotiating salaries, and reduces the risks and costs associated with hiring new employees. Additionally, companies save on infrastructure expenses, such as electricity, office equipment, and internet costs. The integration of the augmentation professionals into the client's existing structure makes it easier for managers to oversee their work and manage their deliverables.
&nbsp;
<h2>How Does Staff Augmentation Work?</h2>
&nbsp;
The process of staff augmentation involves several steps, including:
&nbsp;
<h3>1. Identifying the business need</h3>
The company first identifies the specific problem or business use case that requires additional help. They may also identify a use case that requires external expertise.
&nbsp;
<h3>2. Searching for a staffing partner</h3>
After establishing the requirements, the company then searches for a staff augmentation partner with the required expertise to handle the project. This step includes setting up meetings with different staffing partners.
&nbsp;
<h3>3. Shortlisting</h3>
After shortlisting staffing vendors, technical interviews are conducted to assess the expertise and domain knowledge of the professionals. This step may also include relevant skill assessments and background verification of the candidates.
&nbsp;
<h3>4. Project onboarding</h3>
After selecting the candidates, companies conduct onboarding and on-the-job training sessions for them. The selected individuals are also introduced to the project manager and the rest of the team.
&nbsp;
<h3>5. Monitoring</h3>
Once the staffed developers have been added to the original team, they are assigned individual tasks and monitored by the project manager who assesses their performance.
&nbsp;

<img src="https://drive.google.com/uc?export=view&id=1-VmFo5w25Pw9PPQ6HnKdJNWKosgx7nUU" alt="staff augmentation "/>
<h2>When to Use a Staff Augmentation Service?</h2>
&nbsp;
Businesses use staff augmentation for <a href="https://www.jalasoft.com/blog/staff-augmentation-all-you-need-to-know"> different use cases </a>, such as completing short-term projects or a specific part of a project. It can also be used to manage the client's workload while the company hires a full-time employee. Staff augmentation is also an effective risk management solution, as it allows businesses to scale the development team without a long-term commitment. Organizations can also use it for managing seasonal workloads or when they are facing tight deadlines.
&nbsp;
<h2>What are the Challenges of Staff Augmentation?</h2>
&nbsp;
Even though staff augmentation is an amazing way to build a product, it has a few challenges too. Let's have a look at the few issues companies may face while augmenting their staff.
&nbsp;
<h3>1. Time zone alignment</h3>
If the staffed Engineers are in a different geographical location from the client, managing their schedules can be difficult due to time zone differences.
&nbsp;
<h3>2. Accountability</h3>
Since the project manager approves the staffing vendor, the accountability for project completion also lies with them. Hence, a trustworthy vendor is necessary.
&nbsp;
<h3>3. Communication</h3>
Sometimes, project managers may face communication issues while working with remote staffing partners, which can affect the team dynamic and delay project deadlines.
&nbsp;
<h2>What is the Difference Between Staff Augmentation vs. Consulting?</h2>
&nbsp;
Staff augmentation and consulting are two strategies that businesses use to bring technical expertise to their team. However, they are very different from each other.
&nbsp;
As discussed above, staff augmentation is the process of hiring experienced individuals from outside your company to work on specific projects. These professionals become a part of the client's team and are managed by the client's management.
&nbsp;
Consulting is the process of hiring external experts for advice to solve a specific business problem. Consultants are external mentors that guide the client with specialized knowledge and expertise and are not part of the client's hierarchy. Their communication is also limited to the necessary stakeholders.
&nbsp;
Staff augmentation is used when a company needs outside help to complete a project using existing protocols, while consulting is used when the organization needs technical expertise to tackle a challenging business problem from scratch.
&nbsp;
<h2>Staff Augmentation with Jalasoft</h2>
&nbsp;
Finding the right Partner is difficult. There are very few staffing partners in the market who have the right experience and domain knowledge to <a href="https://www.jalasoft.com/our-services"> augment software development projects</a>.
&nbsp;
Jalasoft is a nearshore staff augmentation partner that has been helping businesses augment our software development teams since 2001. We have 20+ years of <a href="https://www.jalasoft.com/about-us"> experience </a> in staff augmentation engineering services and have assisted businesses worldwide by augmenting teams with top professionals.
&nbsp;
Jalasoft looks for long-term partnerships based on trust and results, offering services at a lower cost. Our engineers are adaptable and bring the required experience to the table. Besides that, Jalasoft engineers also offer time-zone alignment.
&nbsp;
Our professionals employ robust agile-first methodologies and iterative development to deliver projects on time and with exceptional quality. To learn more about our staff augmentation services, visit <a href="https://www.jalasoft.com/our-services"> this link </a>.

Maximize your company's success with our complete guide to staff augmentation. Learn the benefits and differences from consulting. Get started now! 

staff augmentation

What Is Staff Augmentation? The Complete Guide 

&nbsp;According to the <a href="https://digital.ai/press-releases/15th-state-of-agile-report-shows-notable-rise-in-agile-adoption-across-the" target="_blank">15th State of Agile Report</a>, which provides key insights on techniques and practices in the approach, adoption of Agile in software development teams rose from 37% to 86% between 2020 and 2021.&nbsp;
 
This is probably in part due to the pandemic and its impact on work styles, but it is also a testament to the many benefits Agile brings to teams of all kinds. In fact, it is no longer confined to development teams &mdash; a range of other industries follow the approach in their project management processes, from marketing and advertising to finance to healthcare.
 
<h2>Why Was Agile Created?</h2>
 
In 2000, a group of 17 software developers convened to discuss how they could improve upon popular methodologies for delivering software at the time. Waterfall was the main approach during the 1990s, but many professionals in the field felt that a speedier, more flexible style was necessary.&nbsp;
 
The 17 developers agreed that rapid feedback and fewer delays in delivery were critical for improving the standard software development process. Shortly thereafter, they created the Manifesto for Agile Software Development. The Manifesto outlines four key values:
 
<ol>
<li> Individuals and interactions over processes and tools</li>
<li> Working software over comprehensive documentation</li>
<li> Customer collaboration over contract negotiation</li>
<li> Responding to change over following a plan</li>
</ol>
 
The Agile Manifesto also lists 12 principles, which serve as the foundation of the philosophy:
&nbsp;
<ol>
<li style="list-style-type: none;">
<ol>
<li> The highest priority is to satisfy the customer through early and continuous delivery of valuable software.</li>
<li> The project team welcomes changing requirements, even late in development. Agile processes harness change for the customer&rsquo;s competitive advantage.</li>
<li> Deliver working software frequently, from a couple of weeks to a couple of months, with a preference for the shorter timescale.</li>
<li> Business people and developers must work together daily throughout the project.</li>
<li> The process builds projects around motivated individuals, giving them the environment and support they need, and trusting them to get the job done.</li>
<li> A face-to-face conversation is the most efficient and effective method of conveying information to and within a development team.</li>
<li> Working software is the most important measure of progress.</li>
<li> Agile processes promote sustainable development. The sponsors, developers, and users should maintain a constant pace indefinitely.</li>
<li> Pay continuous attention to technical excellence, and good design enhances agility.</li>
<li> Simplicity is essential. This is the art of maximizing the amount of work not done.</li>
<li> Self-organizing teams produce the best architectures, requirements, and designs.</li>
<li> At regular intervals, the team reflects on how to become more effective and adjusts its behavior accordingly.</li>
</ol>
</li>
</ol>
 
Agile quickly dethroned Waterfall and was the basis of numerous &ldquo;spinoff&rdquo; methodologies, such as Scrum and Kanban.
 
<h2>Why Is the Approach so Popular?</h2>
 
<h3>Quick Project Turnaround</h3>
 
Because teams work in shorter cycles to complete different pieces of the project, the process reduces time to market. This is critical for software development, where businesses must always stay ahead of the competition and work quickly to ensure their product remains relevant &mdash; the market is ever-changing and evolving.
 
Teams will also realize gains more quickly, deriving value from their projects in a shorter period of time thanks to faster delivery.
 
<h3>More Client Involvement and Greater Satisfaction</h3>
 
Agile depends on feedback from consumers. Clients are able to deliver comments in real-time, ensuring they are incorporated into the final product. This is far easier than with more traditional approaches, which tend to be less flexible and seek to gather feedback later on, when more the work has been already completed. Ultimately, this leads to greater client satisfaction.
 
<h3>Fewer Risks</h3>
 
With Agile, you are better equipped to identify issues earlier on in the software development process, which means that overall, the software development lifecycle (SDLC) is a less risky process. You won&rsquo;t go in too deep before realizing there is a problem that needs to be resolved, and you will be able to nip it in the bud immediately.
 
Moreover, quality and customer satisfaction are more predictable due to constant customer feedback and a focus on continuous improvement.&nbsp;
 
<h3>Better Teamwork</h3>
 
Employing an Agile approach can also lead to better teamwork, team mentality, and team dynamics &mdash; thereby making for a more cohesive organization. Agile enhances the culture and contributes to stronger morale. People feel like they are working toward a larger purpose. What&rsquo;s more, the approach means increased productivity, which, in turn, also means stronger working relationships and a more solid team.
 
<h3>Increased Flexibility</h3>
 
In contrast to other methods, particularly the rigid Waterfall, Agile is highly flexible. This is critical for software projects, which can change in terms of scope, requirements, customer needs and demands, company changes, and circumstances outside of our control.
 
Thanks to Agile, teams can adapt quickly and pivot whenever a new circumstance or condition arises with minimal disruption.&nbsp;
 
<h3>Higher Success Rates</h3>
 
Ultimately, project success rates are higher when you use an Agile methodology. The approach has fewer failure rates than its many alternatives &mdash; many of which had existed long before Agile was conceptualized. A focus on continuous improvement means that teams are always looking for ways to boost projects and improve their approaches, as well as deliver higher-quality software.&nbsp;
 
<h2>How Jalasoft Uses Agile</h2>
 
Constant feedback cycles are critical for delivering great products. That&rsquo;s why we employ an Agile mindset and approach at Jalasoft.&nbsp;
 
Following an iterative approach, we combine planning, sprints, demos, and retrospectives to leverage Agile for your projects. All of our engineers are versed in Agile, and they will use this mindset to ensure collaboration and continuous improvement, amplifying your products and delivering them to market quickly and efficiently.&nbsp;
 
At Jalasoft, our engineers integrate with our clients' teams as one scrum team. This is how we adopt their agile methodologies, and participate as active agile contributors.&nbsp;
 
We work against acceptance criteria, sprint objectives, and strive to show the objectives achieved in each demo. This active participation in retrospectives allows us to grow together sprint after sprint.
 <a href="#7BB0VcCrEVId2MSBGIZhUF">Contact us</a>&nbsp;to learn more about Jalasoft's approach and how we can help you reach your goals.

Today, Agile is the way teams build technology. High standards. Quality products. Lasting relationships. Collaboration. These are the hallmarks of a great software development company. How Jalasoft gets involved? Keep reading!

Agile Methodologies

How we work with agile Methodologies

QA outsourcing is the practice of appointing an independent testing partner to handle an organization's software testing and QA requirements. This process has many advantages, such as faster time-to-market, improved project quality, and access to premium expertise.&nbsp;
 
According to this report, IT sourcing spending can reach <a href="https://explodingtopics.com/blog/outsourcing-stats" target="_blank">$731 billion by 2023</a>. QA Outsourcing has been one of the most common IT trends in the last few years. It allows businesses to improve their scalability and efficiency without loss of quality.&nbsp;
 
Depending on your requirements, there are two different strategies for QA outsourcing, nearshore QA outsourcing and offshore QA outsourcing (nearshore vs. offshore QA). Offshore QA is the practice of outsourcing your QA requirements to a vendor in a different geographical location than your own. In contrast, nearshore QA is the process of outsourcing your QA requirements to a neighboring country.&nbsp;&nbsp;&nbsp;
 
Even though many leaders realize the benefits of nearshore QA, they hesitate to implement it for their businesses. One of the biggest reasons for this is that there are certain myths associated with QA outsourcing. Let's have a look at a few common myths and debunk them&nbsp;&nbsp;
 
<ol>
<h2>1. Nearshore QA is only for big businesses&nbsp;</h2>
</ol>
 
Many leaders feel that Nearshore QA is prohibitively expensive. Hence it is only useful for large organizations that have a big budget to run such an operation. It&rsquo;s a complete myth.&nbsp;
 
Even though QA outsourcing requires an initial investment, it is one of the most effective ways to reduce your project's overall costs and optimize your QA budget. Furthermore, many vendors can customize their payment plans according to your requirements and budget. This allows businesses to hire talented and experienced QA professionals at a fraction of the cost.&nbsp;&nbsp;
 
<h2>2. Language and Cultural barriers</h2>
 
Oftentimes, since QA outsourcing teams don't reside in the same geographical location as the client, there are language and cultural barriers between the two parties.
 
This is not the case with nearshore QA partners, who follow similar values and protocols as US clients. This allows them to seamlessly integrate within the existing chain of command. They are also very fluent in English, which reduces communication gaps between the two parties and allows them to collaborate efficiently.&nbsp;
 
<h2>3. Automation</h2>
 
Oftentimes, leaders feel that with the emergence of QA automation tools, it is possible to do the QA process in-house. This is wrong.&nbsp;&nbsp;
 
The truth is that even though automation tools help a lot, they cannot do everything themselves. As a result, QA vendors must use manual and automated techniques to complete their tests. Of course, certain tests can be fully automated, such as exploratory and regression tests.&nbsp;
 
However, automated tools cannot perform tests for UI/UX and build quality. You need experienced QA professionals to handle such tests manually.&nbsp;&nbsp;
 
<h2>4. Data Loss.</h2>
 
Many companies think sharing data with a nearshore vendor can cause data breaches, leading to the loss of confidential data. They fear that outsourcing can also lead to intellectual property (IP) loss.&nbsp;
 
This is false, as all trusted nearshore QA partners sign nondisclosure (NDA) and confidentiality agreements prior to entering an outsourcing contract. What's more, they also comply with data protection standards and guidelines such as <a href="https://gdpr-info.eu/" target="_blank">GDPR </a>and OECD. So with trusted nearshore QA partners such as <a href="https://www.jalasoft.com/" target="_blank">Jalasoft</a>, you can rest assured that your IP and data are safe.
 
<h2>5. Loss of control&nbsp;</h2>
 
Most businesses feel that with outsourcing, they would have to relinquish control over their project. They worry that since they cannot physically see the team, they would not have any idea about project progress and task completion.&nbsp;
 
This is wrong, as all nearshore vendors sign a Service level agreement (<a href="https://en.wikipedia.org/wiki/Service-level_agreement" target="_blank">SLA</a>) before taking on a QA outsourcing project. It is a service contract that describes, in detail, all the project deadlines and deliverables.&nbsp;
 
Many trusted nearshore QA partners follow agile methodology, which means they provide weekly updates regarding project progress and productivity. They also have several points of contact, such as the project managers and service leaders, who are responsible for updating the client on project deliverables. You can also schedule face-to-face conversations with your vendor, if required, since most nearshore vendors live in neighboring countries.&nbsp;&nbsp;
 
Nearshore vendors also use several effort-tracking tools such as JIRA, ServiceNow, and Assembla for managing efficiency. These tools allow clients to measure productivity and control the project.&nbsp;
 
<h2>6. Guarantee of a bug-free project.&nbsp;</h2>
 
Many companies who hire nearshore QA partners expect a bug-free project at project closure. They believe that since they have hired a QA outsourcing partner, their product will be perfect and have no issues.&nbsp;
 
That's not possible. No one in the world can guarantee a 100% bug-free product. Even though QA professionals are highly skilled at their jobs and have rigorous standards, there are still chances that a few bugs might creep into your project. That's why most QA professionals focus on bug severity and priority instead of quantity.&nbsp;
 
<h2>7. Thinking that QA is easy.</h2>
 
Oftentimes, project leaders feel that all QA professionals do is list the bugs and send them to the client.&nbsp;
 
This cannot be farther away from the truth. A QA professional's job is much more complicated and analytical than that. It requires a great deal of logical, analytical, and problem-solving skills.&nbsp;
 
Testers have to use a combination of test automation tools and manual testing techniques to find the issues. They also need to have knowledge of the domain and edge cases to identify the bugs.
 
Furthermore, QA professionals don't just list out the bugs, they also provide the client with corrective measures to quickly and efficiently rectify the issues without affecting project deadlines.&nbsp;
 
<h2>;">Conclusion&nbsp;</h2>
 
QA is one of the most crucial components of a software development strategy. It allows businesses to get rid of the bugs in their final build while maintaining the usability and functionality of their product.&nbsp;
 
QA outsourcing is one of the best decisions you can make for your business. Even though there are a few myths associated with nearshore outsourcing, believing in such misconceptions can be incredibly harmful to your business in the long term.

QA Outsourcing QA is highly beneficial for small and medium-scale businesses that don't have the resources to perform QA in-house. It can reduce costs and allow businesses to access a large talent pool from around the world. 

7 Myths about nearshore

Top 7 Common Myths About Nearshore QA - Debunked

Outsourcing software development is heavily advised for projects that don't need constant supervision. It has been one of the most popular business trends in the last few years. <a href="https://www.statista.com/outlook/tmo/it-services/it-outsourcing/worldwide" target="_blank">The outsourcing market is expected to grow at an annual CAGR of 8.26%, resulting in a market volume of $587.30 billion by 2027</a>.&nbsp;
 
Many small and medium-sized businesses outsource their software development to offshore/nearshore companies. Often, the only feasible way for a small business to grow its services is by hiring outsourcing companies that create and maintain their software products. You can filter your outsourcing vendor based on Glassdoor reviews, work culture, etc. One of the most popular outsourcing strategies is nearshore outsourcing, i.e., using a software development vendor in neighboring countries.
Let's explore the advantages of nearshore outsourcing to LATAM countries.&nbsp;
 
<h2>1. Cost of Development</h2>
 
This is one of the most important reasons businesses outsource software development today. Even though you can hire local, full-time professionals, they will likely charge a huge amount for a software project.&nbsp;
 
That's not the case with outsourcing companies. The fee charged by nearshore vendors tends to be much less than that charged by the local vendors/employees. In addition, all engineers are hired on contract, so you don&rsquo;t have to worry about utilization and payrolls.&nbsp;
 
Furthermore, you don't have to pay for utilities such as machines, software licenses, office equipment, Internet connection, HR management, Human Development, etc. This further brings down the cost of product development and adoption.&nbsp;
 
<h2>2. Development Time</h2>
 
With outsourcing companies, you save a lot of time since:&nbsp;
<ul>
<li style="font-weight: 400;" aria-level="1">There is no need to invest your time on interviews, candidate selection, or inductions.&nbsp;</li>
<li style="font-weight: 400;" aria-level="1">Many outsourcing vendors work round the clock. That means your projects won't just start on time, they'll finish on time too. LATAM has good time overlapping with North America, and can also overlap with European times.</li>
<li style="font-weight: 400;" aria-level="1">You can scale up or down your team as required. You do not need to keep engineers on the payroll when you need to scale down, and you can scale up fast with an outsourcing vendor that has a steady source of qualified engineers.</li>
<li style="font-weight: 400;" aria-level="1">Many LATAM vendors also include on-site maintenance and 99% availability in their SLA contracts. Such clauses can be extremely effective for post-deployment support and maintenance.&nbsp;</li>
</ul>
 
<h2>3. Access to new skills&nbsp;</h2>
 
With outsourcing, you get a chance to access the best talent across the world. This allows you to fill skill gaps in your company. Many companies hire nearshore developers for niche projects such as artificial intelligence, cloud computing, and data analytics.&nbsp;
This allows you to add flexibility to your development pool. For example, if you need to add augmented reality to your mobile application, the vendors can provide front-end engineers specializing in it. Likewise, if you need to connect and access databases, the vendor can add DB admins and backend engineers to the project.&nbsp;
There are many amazing nearshore LATAM vendors in the market with dedicated and skilled professionals that will boost your software development. For example, <a href="https://www2.jalasoft.com/" target="_blank">Jalasoft</a>. It is a nearshore software development company that provides robust methodologies and skilled developers for full-cycle enterprise software development.&nbsp;
 
<h2>3. Highly efficient teams</h2>
 
Since the developers handling your project are trained experts, you can rest assured that they will tackle your work efficiently. In addition, most nearshore development vendors have their own leadership, complete with team leads, project managers, and delivery managers. This improves project visibility and reduces the risk associated with hiring outsourcing vendors. Many LATAM vendors also follow a scrum/agile development methodology, which improves accountability.
 
<h2>4. Culture Changes&nbsp;</h2>
 
LATAM countries are very similar in culture to the US. They share similar values and follow similar work protocols. This allows them to seamlessly collaborate with US clients in a way that no other outsourcing vendors can. Cultural similarities are also useful for reducing misunderstandings in the project.&nbsp;&nbsp;
 
Since most LATAM development companies work in the same time zone as the US, there's a full workday overlap. That means you don't have to worry about time zone differences when outsourcing your development to LATAM vendors. You can also visit their offices for face-to-face meetings if required.&nbsp;
 
Even if an engineer is the best in business, communicating your points can be difficult if they don't understand English. This is not the case with LATAM vendors since most LATAM countries speak English. This reduces communication gaps, and makes communicating goals, requirements, and deadlines easy.
 
<h2>5. Infrastructure</h2>
 
Even the best talent cannot work in isolation. Engineers need facilities such as electricity, a strong internet connection, and an ergonomic setup environment to work.&nbsp;
LATAM companies know this and provide their engineers with the best infrastructure to work in. They also ensure that there are no technical debt and code lock-in issues in the final release. Proactive actions like these ultimately lead to better software standards, reduced time to market, and comprehensive QA testing before release.&nbsp;&nbsp;&nbsp;
 
<h2>Conclusion&nbsp;</h2>
 
Outsourcing software development can be one of the best financial decisions you ever make for your business. The benefits are self-evident since outsourcing allows you to produce better quality software at a fraction of the cost.&nbsp;
 
However, you also need to be careful while selecting an outsourcing vendor. You have to clearly define your business requirements so there's no miscommunication in project objectives. You also need to vet your outsourcing partners carefully and ensure they understand the project's objectives, deliverables, and workflow.&nbsp;
 
There are a few risks associated with hiring outsourcing vendors, such as hidden costs, control issues, quality issues, etc. But there are ways to manage and reduce these risks. The advantages of outsourcing software development far outweigh the risks associated with them.&nbsp;
 
If you want to know more about Jalasoft or see if our services are a good fit for your company, we invite you to <a href="#7BB0VcCrEVId2MSBGIZhUF">contact us</a> in our form below.

For many technology companies, outsourcing software development is not just a way of optimizing things, it's a business necessity.

Benefits of outsourcing with a Latam Company

5 benefits of Outsourcing With a Latam Company

<h1>All You Need To Know About Staff Augmentation&nbsp;</h1>
Whenever technology companies hire an external partner for their project requirements, they often consider two methods of engagement, staff augmentation and outsourcing. Outsourcing traditionally means hiring a team and assigning them the responsibility of completing your project independently.
&nbsp;
This is different from staff augmentation, which means hiring professionals from outside the company to work alongside your employees as an extension of your internal team. In this method, you add staff to your team from a trusted partner and manage their deliverables the same as any other employee. This is highly useful for situations when you require experienced professionals for your in-house projects but need access to lower cost options, or simply don't want to have to handle the logistics related to hiring and managing additional employees.&nbsp;
 
Staff augmentation solutions can also help reinforce your in-house development team with specific skills and niche technologies. The augmented staff members work to complete your business objectives and become an extended part of your company.&nbsp;
 
There can be many use cases for this strategy. You can use staff augmentation for singular projects, for example, when launching a new product. The augmented staff can also be used to quickly meet deadlines or to handle a specific part of the project.&nbsp;
 
Businesses can also use staff augmentation to handle the workload while they hire full-time employees. However, many experts believe that a combination of both internal and external resources is the best for project development. This blends development skill sets with business expertise and brings fresh eyes to your project. This also reduces the ramp-up time and allows you to quickly fill the gaps in your team.&nbsp;
 
<h2>Why should you use staff augmentation?</h2>
Staff augmentation has many benefits. Since all added resources work under you, you fully control the team. This allows you to track progress and monitor your project at all times. However, this also means that the accountability for project completion lies with the hiring company itself. Since the client handles all aspects of the project, they should have project management experience.&nbsp;
 
Staff augmentation allows you to scale your workforce based on your requirement. You can always increase or decrease the size of your team without worrying about recruitment, hiring, and HR management costs.&nbsp;
 
Staff augmentation enables you to access a very large pool of talented professionals. The augmented staff members can also be remote, which means you can hire workers with niche skills from around the globe without worrying about geographical limitations, currency conversion issues, etc.&nbsp;
 
Staff augmentation normally costs less compared to classic recruitment. Since the augmented staff works remotely, you also save on infrastructure costs such as equipment, electricity, and rent. Furthermore, you don't have to spend on other incentives such as bonuses, shift allowances, and reimbursements.&nbsp; In the event that you need to reduce your team, none of the traditional HR related issues with employee separation and severance need to be addressed.&nbsp; This is all part of the value proposition of using a partner.&nbsp; In most cases, when you release a resource, they are quickly added to teams with other clients.
 
Staff augmentation significantly reduces recruitment time for new hiring. Project managers don't have to shortlist and vet resumes or go through salary negotiations. Instead, they can quickly add the new resources and get them started on the project.&nbsp;
 
<h2>What should you keep in mind when using a staff augmentation vendor?</h2>
You should consider a couple of things before approaching any staffing vendor.&nbsp;
<ol>
<li style="font-weight: 400;" aria-level="1">Skills gaps: You should first identify the skill gaps in your company and compare them with your project requirements. There are two types of project requirements, functional and non-functional.&nbsp;</li>
 
</ol>
<ul>
<li style="list-style-type: none;">
<ul>
<li style="list-style-type: none;">
<ul>
<li style="font-weight: 400;" aria-level="1">Functional requirements: These define the system functions and its components. They characterize the specific behavior of a system upon completion. These requirements are also a part of performance testing and are used to define your system's efficiency.&nbsp; </li>
<li style="font-weight: 400;" aria-level="1">Non-functional requirements: They determine whether all the use cases for the software product are completed or not. These include points such as business <a href="https://www.lawinsider.com/dictionary/ip-business#:~:text=IP%20Business%20means%20the%20Acquired,other%20exploitation%20of%20Company%20Products." target="_blank">I.P</a>, security etc.&nbsp;&nbsp;</li>
</ul>
</li>
</ul>
</li>
</ul>
 
Before communicating any requirements to the vendor, you should also assess your deadlines and project duration.
 
<ol start="2">
<li> Culture: While researching staffing vendors, you should also research their culture and location. Choose the one that matches your cultural and linguistic requirements. For example, US clients prefer hiring LATAM developers for their projects since their culture and communication styles are similar to the United States. LATAM Staff Augmentation providers such as <a href="https://www2.jalasoft.com/" target="_blank">Jalasoft </a>have a proven record of bringing highly resourceful and dedicated professionals to their projects.&nbsp;&nbsp;</li>
 
<li>Communication: Efficient communication is necessary for the successful completion of the project. It's important to share the business's vision and goals with the vendor. This allows them to assess your requirements and recruit accordingly.&nbsp;</li>
</ol>
 
You should also inform your augmented staff members about your internal communication tools. For example, if your company uses a specific toolset for email, calls, and ticket management, the new staff should also use it. Businesses can significantly reduce miscommunication and collaboration issues if this step is done correctly.
 
<ol start="4">
<li>Setting Expectations and cost for the project: If you've already chosen a vendor, it's important to have a conversation about the goals and expectations of the project. Clear project objectives will help them better plan their hiring strategy.</li>
</ol>
 
For this, businesses need to share the project's functional and non-functional goals with the vendor. While setting up the SLA, you should ensure that your expectations are realistic and achievable.
 
Similar to project goal expectations, you should have realistic cost expectations too. Along with Staff augmentation costs, you should also consider hidden costs such as project onboarding (KT) costs, induction costs, and process refinement expenses.&nbsp;&nbsp;
 
<h2>Conclusion :</h2>
The benefits of staff augmentation far outweigh the risks associated with it. Staff automation increases productivity, reduces costs, and helps you keep the project on schedule by skillfully filling the gaps in your current team.
 
At the same time, you should be careful while selecting your staff augmentation partner. You must carefully vet your vendors and set clear expectations before signing the SLA contract. Choose meaningful metrics for the success and failure of the project. Effective communication and clear expectations will go a long way in ensuring the efficiency of your partner solution.
 
If you want to know more about Jalasoft or see if our services are a good fit for your company, we invite you to <a href="#7BB0VcCrEVId2MSBGIZhUF">contact us</a> in our form below.

In this method, you add staff to your team from a trusted partner and manage their deliverables the same as any other employee. Learn more here!

Staff Augmentation

Benefits of Staff Augmentation

Network maintenance is an essential overhead for many healthcare businesses. It can cause a huge drain on company resources. Businesses can delegate their network management to a colocation vendor, that would allow them to improve and save costs.

How Colocation Data Centers Play an Important Role in the Healthcare Industry

Artificial Intelligence (AI) has advanced exponentially over the last few years. It's rapidly becoming a part of our day-to-day lives and transforming how humans interact with technology. At its core is Machine Learning (ML), a subset of AI that allows companies to identify patterns and perform tasks without human intervention.&nbsp;
 
Even though AI has many subsets, ML is among the most popular. It works on the idea that a machine can learn and create patterns from training data. It can then use these patterns to make inferences on a new dataset (testing data). Through ML, organizations can parse and analyze information, implement new processes and improve existing ones.&nbsp;
 
There are two popular machine learning approaches, supervised learning (in which the user labels the data before feeding it into the algorithm) and unsupervised learning (the algorithm makes its connections without user labels).&nbsp;
 
ML has a very interesting use case in cybersecurity. The scientific approach of improving a company's existing cybersecurity through machine learning methods is called cybersecurity data science. Many organizations use custom ML security solutions such as BlueHexagon and Falcon to improve their infrastructure security. However, you can also consult with a cybersecurity vendor such as <a href="https://www.jalasoft.com/" target="_blank">Jalasoft</a>, an award winning technology company with 20+ years if experience.&nbsp;
Since 2016, hackers have stolen <a href="https://www.forbes.com/sites/chuckbrooks/2022/06/03/alarming-cyber-statistics-for-mid-year-2022-that-you-need-to-know/?sh=4a1e5e2d7864" target="_blank">$43 billion by compromising business emails</a>. Needless to say, there is a dire need to implement advanced cybersecurity systems to combat security issues.&nbsp;
 
ML algorithms can help boost cybersecurity efforts by uncovering potential threats and dealing with them. You can also use ML to perform repetitive tasks efficiently and generate behavioral insights for decision-making.&nbsp;
 
<h2>ML for cybersecurity - Popular use cases</h2>
 
<h3>1. Data handling and processing</h3>
 
Since cybersecurity systems generate a lot of data, you need someone to comb through the logs to generate actionable information. However, going through such large amounts of data daily is time-consuming and tedious.&nbsp;
 
Engineers can use ML algorithms to automate this process. ML algorithms can easily comb through such large datasets and generate business insights. They can also analyze patterns to create threat profiles, which can be monitored via anomaly detection software.&nbsp;
 
<h3>2. Cybersecurity for Mobile</h3>
 
Since many IT professionals have been working from home, the need to secure mobile connections is at an all-time high. Unfortunately, most home networks have weak security and can be easily hacked. This can cause various security issues, such as data loss and denial of service.&nbsp;
 
Many prominent organizations, such as Google and Amazon, are now using ML algorithms to analyze threats for mobile endpoints. They are also implementing advanced antivirus software solutions that can use ML algorithms to identify and report phishing scams. You can also use products such as Zimperium and Wandera to boost your mobile security.
 
<h3>3. Use of virtual assistants&nbsp;</h3>
Virtual assistants are no longer a novelty. Most of the devices we use today have some form of conversational AI on them. Unfortunately, even though voice assistants make things simpler, they also pose a huge security threat to its user.&nbsp;
 
Most of these products have real-time access to device storage, making them a target for malicious hackers. They can also use them to access your accounts, passwords, and other private information. Even if the assistant itself is secure, the devices connected might not be. Hence it's very important to safeguard these virtual assistants against hostile actions.
 
In such cases, ML algorithms can be used to recognize normal user behavior and flag any unusual activity. You can also integrate them with anomaly detection programs, which can look for specific events. Once this software identifies an anomaly, it can take automated actions against it by blacklisting the user and blocking further communication from that server address.&nbsp;
 
Since voice assistants work on voice commands, they must also be safeguarded against voice and eavesdropping attacks. These days, many virtual assistants have voice recognition modules that can identify and differentiate the voice of their owners. If they discover any strange or erratic activity, they can send a log report to the developer.&nbsp;
 
<h3>4. Antivirus and scanning</h3>
 
As per this <a href="https://legaljobs.io/blog/malware-statistics/" target="_blank">report</a>, 35000 new malware are created every day. Hence many organizations are looking for a solution to curb this problem and get ahead of its curve. One such solution is the use of ML algorithms.&nbsp;
 
ML algorithms can be used to improve existing antivirus software by regularly updating them with new schematics. These algorithms can also perform real-time system scans, breach detections, and penetration testing to ensure system stability and identify pain points. Furthermore, ML solutions are more cost-effective and quicker than using human operators.&nbsp;&nbsp;&nbsp;&nbsp;
 
<h2>So what's the problem?&nbsp;</h2>
 
Even though there are so many pros of using ML algorithms in cybersecurity, IT companies face a few challenges while implementing them. First, since ML algorithms work on intrinsic connections between data points to generate patterns, they need a lot of data points to train.&nbsp;
 
Such data may include system logs, download records, network traffic information, mobile data endpoint connection, and cloud/container details. Many companies don't have the required data, to begin with.&nbsp;
 
Along with ML implementation, organizations also need to create data processing pipelines that collect and process this data on a regular basis. However, such setups can be prohibitively expensive, hindering many organizations from implementing them.&nbsp;
 
Even if your organization can figure out a way to collect such a huge dataset, there are other variables to keep in mind, such as&nbsp;
 
<ol>
<li style="font-weight: 400;" aria-level="1">Is the incoming data stationary or nonstationary?&nbsp;</li>
<li style="font-weight: 400;" aria-level="1">How big of a dataset is used for the algorithm? How many data sources are used?&nbsp;</li>
<li style="font-weight: 400;" aria-level="1">Is the dataset rich enough to be used for generating insights?&nbsp;&nbsp;</li>
</ol>
 
<h2>Conclusion&nbsp;</h2>
 
The IT Landscape is rapidly changing, bringing in new threats and issues every day. It's very hard to combat these changes with a traditional approach. Even though there are a few challenges, using ML with cybersecurity is the fastest way to bridge this gap and match the pace of the ongoing change.&nbsp;
 
Secondly, even though ML algorithms are very effective, they cannot do everything themselves. Therefore, a good cybersecurity strategy should have both human and ML elements working together to deliver the best results. That's the way to go for cybersecurity data science.

Using ML algorithms in cybersecurity can lead to benefits such as reduced workload, efficient data processing, and threat-profile identification. Many leaders are now working towards an AI-driven cybersecurity strategy to combat cyber threats.

Machine Learning in Cybersecurity – A Growing Trend

The Proof of Concept is a means of exploring, discovering, and validating the seed of an idea, confirming &mdash; or disproving &mdash; that your solution has merit in the real world. It&rsquo;s an important piece of the puzzle when you&rsquo;re kicking off any complex project, technological or otherwise. After all, you don&rsquo;t want to go too far with an idea, devoting time, effort, and resources to the project, only to realize the product or service isn&rsquo;t viable in a volatile market.
 
<h2>What Is a Proof of Concept?</h2>
 
A Proof of Concept is essentially a methodology for testing out your idea at the very beginning of the process. You want to be able to prove that your proposal can withstand challenges to persist and become successful. It takes place before development even begins so you can ensure the product is feasible and has true potential to meet users&rsquo; needs, or even compare two different approaches to solve a problem and make an informed decision to select the one that fits your needs best.
 
The idea is to show stakeholders or potential stakeholders that your product can not only survive but thrive. This will encourage them to participate, whether that means offering financial support, agreeing to take on the project, or otherwise investing in it.
 
It&rsquo;s also important to discuss what a POC is not. It is NOT a prototype or minimum viable product (MVP). It is not programmed, designed, or in any way created. Instead, it is typically a proposal &mdash; a presentation, business plan, or demonstration, for example. Still, stakeholders should be able to envision what the actual product might be.
 
<h2>Why Should You Create a POC?</h2>
 
Creating a Proof of Concept offers numerous benefits to an organization. Just some of these advantages include:
 
<ul>
<li> Having evidence that your idea is feasible</li>
<li> Identifying your target demographic</li>
<li> Allowing you to consider improvements that might be necessary</li>
<li> Providing you with a roadmap for implementation of your idea</li>
<li> Evaluating the prospective ROI of your product</li>
<li> Testing out your concept on potential users</li>
<li>Offering documentation to secure funding and resource</li>
<li> Instilling confidence in stakeholders</li>
<li> Assessing technical promise</li>
<li> Understanding the limitations of your projects</li>
<li> Taking stock of market demands</li>
<li> Budgeting accurately and realistically</li>
</ul>
 
<h2>How to Create a POC</h2>
 
Now you know that you need a Proof of Concept &mdash; but how do you actually create one? While a POC will look different depending on your project and needs, these are the general steps to follow.
 
<ol>
<li>
<h3>Look at the market's needs.</h3>
 
As you begin to conceptualize your idea, you will need to assess the market demand. What products already exist in this space? Where are there gaps? These gaps are your target area. You want to solve a problem. Remember &mdash; your product should be providing a solution; this is how it will be viable and serve an actual need. Otherwise, why would anybody want to invest money, resources, and time into developing it further?
&nbsp;
</li>
<li>
<h3>Hone a solution.</h3>
 
Once you have identified a problem and pain point, it&rsquo;s time to work on your solution for it. Start brainstorming ideas for meeting the market demand and satisfying the needs of your target consumer base. Hopefully, you will come up with multiple potential ways to solve existing issues. That way, you will have a choice when it comes to developing an idea further and forming it into a genuine concept.
 
Then, hone your idea. Consider what will have merit in the real world and what could be viable.
 
</li>
<li>
<h3>Gather feedback.</h3>
 
By gathering feedback from prospective users, you will have a critical tool necessary for developing a solution people actually want. Crowdsource your ideas, looking for reactions and thoughts on, for example, features to add and components to tweak. You should continue to go back to this audience &mdash; they will prove foundational in helping you realize your objectives.
 
</li>
<li>
<h3>Plan.</h3>
 
Think about the specifics of your project. Go beyond what it will be and consider:
&nbsp;
<ul>
<li> Timeframe</li>
<li> Objectives</li>
<li> Benchmarks</li>
<li> Resources</li>
<li> Team members</li>
<li> Requirements</li>
</ul>
 
It&rsquo;s important for stakeholders to understand what they&rsquo;re up against, should they end up backing your project.
 
</li>
<li>
<h3>Build a roadmap.</h3>
 
Part of establishing a proof of concept involves mapping out the path to achieving your vision. Using the information and feedback you&rsquo;ve gathered, consider the steps involved in reaching your goals. Be as specific as possible, outlining precisely how you expect to create and build upon your product.
 
</li>
<li>
<h3>Begin to implement your idea.</h3>
</li>
</ol>
 
The implementation itself has several different variations and phases. You will most likely want to create a prototype of your idea &mdash; a mockup or a wireframe, for instance. It should give stakeholders and users further insight into your idea, including the user experience (UX). This will allow you to gather more information about how people respond to your concept and whether it has legs in the real world.
&nbsp;
Again, you&rsquo;ll want to gather more feedback. The idea is to learn as much as you can about the impact of your concept. You will most likely want to create several versions of your prototype, continuing to adjust it as you gain more insight.
&nbsp;
An MVP is different from a prototype. It is a functional version of your product with the fewest number of features possible. Once you build it, you will be able to test out your product on a wider audience and polish it.
&nbsp;
<h2>Validate Your Idea</h2>
 
A Proof of Concept is a critical step in validating your idea. You won&rsquo;t be able to obtain the support and backing you need without providing concrete evidence that your concept can succeed in the real world. Moreover, undertaking this initial step in a complex development process will allow you to better understand your own project and what market exists for your product.
 
Never treat proof of concept as a cursory step or sidestep it. It is absolutely vital &mdash; and it could mean the difference between success and failure.

A spark of an idea is the foundation of any software. But it’s not always a great one. That’s why Proof of Concept (POC) is such an important part of the software development lifecycle (SDLC). What it means? Keep reading.

proof-of-concept-what-you-need-to-understand-jalasoft

Proof of Concept: Everything you need to understand

Have you ever tried putting together an aircraft model without reading the instructions? We are not saying it is not possible, but it sure is difficult, let alone time-consuming and potentially frustrating, especially after realizing you glued the wrong parts together...
&nbsp;
As the complexity of the use of a service or product increases, assembly instructions, user manuals, or any type of documentation for the end-user becomes more important, mostly because they accompany users when discovering the usability of a product.
&nbsp;
These pieces of information are meant to ensure the product is used correctly or guide the users in finding the correct path when they need help.
&nbsp;
&nbsp;
<h2>What are the benefits and the value of end-user documentation?</h2>
&nbsp;
When customers have accessible information that helps them to answer their questions easily, the number of support calls or inquiries received decreases, improving customer satisfaction, leading to referrals, recommendations, high customer retention, and most importantly, reducing costs to the company.
&nbsp;
Besides, the process that well-written documentation follows gives the opportunity to understand the product from a user&rsquo;s perspective and helps to find flaws or any other opportunities in the product that can be improved in the future.
&nbsp;
Among the benefits, the time invested in training processes is one worthy to mention, when a company has new employees, good documentation can help reduce the time a team invests when training these new members.
&nbsp;
This documentation which can be user&rsquo;s manuals or guides, as well as quick start guides or references, is usually written by Information Developers, more commonly referred to as Technical Writers.
&nbsp;
To ensure high-quality documentation is important to follow a workflow that may vary on the product; however, there is a general process that is the base when creating end-user documentation:
&nbsp;
<h3>Gathering information</h3>
&nbsp;
Information Developers, also known as Info Devs need to understand and be aware of the scope and details of the new release and all its features. This information provided by the stakeholders is the kick-off for a great start, therefore, communication with stakeholders, such as Product Managers, Architects, and Developers is considered very important.
&nbsp;
Info Devs also perform online research for information that would help consolidate their knowledge on the required subjects. Always looking for reliable sources of information.
&nbsp;
<h3>Product exploration</h3>
&nbsp;
As development progresses and iterations are finished, new product features become available.
&nbsp;
Ideally, this part of the process requires the Info Dev to have access to development builds to install them, test, explore, verify, and reproduce features or issues.
&nbsp;
In this stage, the Info Dev gains knowledge to accurately describe the required details, from a user&rsquo;s perspective.
&nbsp;
<h3>Drafting documentation</h3>
&nbsp;
The result of the previous stages becomes visible in this stage.
&nbsp;
The Info Dev must write the required documentation in the clearest, concise, and consistent manner; always aiming for accuracy and simplicity throughout her/his writing.
&nbsp;
A valuable best practice for the Jalasoft Info Dev is proofreading. This reduces typos and unwanted mistakes and guarantees compliance with the customer&rsquo;s documentation style guide.
&nbsp;
<h3>Submit for revision</h3>
&nbsp;
Once the documentation draft is ready, it is submitted to the stakeholders (PMs, Software Architects, Devs), for revision. Stakeholders should provide feedback about the overall quality and accuracy of the information.
&nbsp;
<h3>Feedback</h3>
&nbsp;
The main purpose of receiving feedback is to improve the quality of the documentation. Sometimes the approach is quite simple: the Info Dev receives suggestions and applies the changes. But sometimes it might trigger conversations that should help clarify some doubts or misunderstandings. Whichever is the case, the goal is the same: improve the quality and accuracy of the documentation being developed.
&nbsp;
<h3>Final draft</h3>
&nbsp;
After having applied the changes suggested in the feedback received, the Info Dev submits the documentation to the stakeholders once more for revision.
&nbsp;
Sometimes the revision process can go back and forth more than once. This is expected since it is a good practice to guarantee the documentation's quality.
&nbsp;
<h3>Publish documentation</h3>
&nbsp;
When documentation is approved, it means the Info Dev has the green light to make the new documentation publicly available. Publishing the documentation is usually coordinated with the Product Managers or Marketing and generally happens one day before or the same day the release is scheduled for General Availability.
&nbsp;
One final review after the documentation is published is mandatory to verify that all the images and links are working properly.
&nbsp;
Most of the time, software documentation is published online; sometimes it is embedded in the product, and sometimes both.
&nbsp;
&nbsp;
<h2>The nitty-gritty of Technical Writing &ndash; Tools of the trade</h2>
&nbsp;
Being an Info Dev is not an easy task, many strengths are essential to this role and their daily work:
&nbsp;
<h3 style="text-align: justify;">English proficiency</h3>
&nbsp;
Communicate ideas and concepts fluently, in a clear and concise manner, as well as to exchange ideas and perceptions related to the products being documented and the technologies involved.
&nbsp;
<h3>Technical skills</h3>
&nbsp;
Perform basic troubleshooting tasks on the different systems/products assigned to them.
&nbsp;
Technical Writers are technologically inclined and tech-savvy enough to guarantee a correct perception of the product&rsquo;s features and use, and the technologies involved.
&nbsp;
<h3>Abstract and logical thinking</h3>
&nbsp;
Software development per se is built on abstract concepts and non-tangible ideas. Technical Writers must be capable of decoding abstract concepts and explaining or describing them in simple terms.
&nbsp;
The value of logical thinking resides in the ability of the Info Dev to organize the information being developed so that the end-users can benefit from it without much cognitive effort.
&nbsp;
<h3>Attention to detail - Proofreading</h3>
&nbsp;
Accuracy is key when developing end-user documentation. And accuracy can only be obtained through a constant detailed assessment of the information being written.
&nbsp;
A misplaced comma can change the meaning of a sentence, that&rsquo;s why proofreading is a constant for Technical Writers. Even after the documentation has been published, the Technical Writer must proofread it.
&nbsp;
<h3>Empathy - Audience perception</h3>
&nbsp;
End-users can go from inexperienced or new users to experienced or advanced users. Being aware of the target audience plays a significant role in how the product documentation is written.
&nbsp;
<h3 style="text-align: justify;">Digital tools proficiency</h3>
&nbsp;
Digital tools Technical Writer uses daily include Microsoft Windows OS, Microsoft Office Suite, project/task tracking tools, Adobe Photoshop or any alternative image editing software, and online collaboration tools such as Google Docs, Sheets, and Presentations.
&nbsp;
Basic to advanced knowledge of HTML, CSS, Markdown, Versioning process and tools, and integration procedures.
&nbsp;
<h3>Technological adaptability - Quick learner</h3>
&nbsp;
The ability to grasp new concepts, whether related to the technologies used in the documentation tasks or the technologies being documented, is crucial for a seamless documentation process and can become even more valuable when migrating from an in-house documentation team to an outsourced one.
&nbsp;
<h3 style="text-align: justify;">Adaptive to changes</h3>
&nbsp;
A positive attitude toward change defines a person&rsquo;s capability to adapt to change. Technical Writers must have a quick adaptation response towards change, as it affects directly how fast the tasks are completed and the problems are solved.
&nbsp;
&nbsp;
At Jalasoft, we built the Info Dev (Technical Writer) role from the ground up. The experience obtained over the years has enabled us to foster the role and has given us the tools to overcome new challenges as they are presented.
&nbsp;
The Info Dev Squad has gained recognition throughout the company because of their performance, and their contribution to the company’s culture. Being an Info Dev at Jalasoft is not just a role, is a brand!

As a company, we have been building a constantly growing team of Technical Writers for almost 10 years, with an equally growing knowledge on a wide array of tools and technologies associated with product documentation. 

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