Table of Contents

We provide

API & Server Side Test Automation

At Zapple Tech, we focus on solving all the key tasks of your project and providing top-notch UX for the project. We use only the best techniques and technical complexes, giving you the finest experience on the market.

Our services Contact us

Advantages of API & Server side test automation with Zappletech

Get a faster time to market
Automated tests have a short execution time and no unnecessary
Improve test coverage
We automate thousands of manual tests simultaneously to maximize test coverage.
Eliminate human error
Humans make mistakes, but automated tests repeat the exact same steps over and over again.
Lower the costs of testing
Performing the same scope manually is much more expensive than
automating it.

API & Server-side test automation services we provide:

We have significantly improved the KPI of various QA processes by automating testing, from security and usability to testing on different devices. Get a free and easy consultation. Let’s discuss our cooperation!

Contact Us
Automated integration testing
Having a specification defined through test cases, Zappletech assures that each feature works as intended, reduces time by eliminating manual testing, and increases design and implementation flexibility.
Web services testing
We conduct a complete check of your project. We examine all components and elements, looking for problem areas and pointing them out to project partners. In this way, we strive to improve the UX of your digital system and organize its rapid deployment to the end user.
Automated API
API testing means software testing that includes evaluating application programming interfaces (APIs) and testing them as part of integration testing. It helps to check if they satisfy functionality, reliability and security standards.
Performance testing on the server
Application server-side performance testing is an essential step in determining application performance under load. It helps development teams configure applications for optimal performance while minimising infrastructure costs.
Microservices testing
Microservice design directly affects software development and testing. Due to granularity, previously concealed boundaries become visible once you shift to a microservice design. It requires an entirely different approach to microservice testing by test experts.
Model-based test automation
We use all types of checks, including advanced and profile ones. This way, we ensure maximum scenario coverage of almost all relevant tasks. As a result, this approach increases the level of UX and the final quality of the digital project.
Development of data management tools
Create, access, and update data across many data levels with Zappletech. Data can be stored both in the cloud and on-premise, ensuring stable work of apps, analytics, and algorithms. Availability and recovery are provided as well. Provide data security and privacy, archive and delete data
Automated database testing
Every application’s database is vital. Zappletech assists with data validation, schema verification, database health checks, security checks, and other test automation tasks. It leads to the timely and cost-effective completion of appropriate data
Automated backend testing
Backend testing means software or web application testing that examines the server or database. Backend testing ensures that the web application or program does not have database flaws such as deadlock, data corruption, or data loss. It is provided by testing the application layer or database layer.
why our services
End-to-end testing process
End-to-end testing allows us to evaluate the entire software for dependencies, data integrity, and connectivity with other systems, interfaces, and databases to replicate a production situation.
Infrastructure selection
Our staff will make sure that all testing procedures work on any appropriate device. With our experience in application testing services, we can select the most suitable device for your company’s needs.
Test the toolset of your choice
We work with software testing teams to help them manage, track, and maintain their tests. The tools we choose provide continuous integration and reliable delivery processes.
Transparent and efficient reporting
Our clients can check the status of their campaigns at any moment. We take the toolkit and set it up so that they can see the report at any time in the reporting system of your choice.

Incorporating API Testing Into Your Company

We are all so used to engaging with Apps via APIs in our daily lives that we don’t even consider the back-end procedures that power the underlying functionality.

Let’s say you’re browsing the products on and you come across a product or a deal that you really enjoy and want to share with your Facebook friends.

You’re interacting with an API when you click the Facebook symbol in the share section of the page and input your Facebook account credentials to share.

The emphasis has shifted to API testing

Before we get into more detail about API testing, let’s take a look at why API-based apps have been so popular in recent years.

Organizations are shifting to API-based goods and apps for a variety of reasons. A selection of them is presented here for your convenience.

#1) When compared to traditional applications/software, API-based apps are more scalable. Code development is faster, and the same API can handle additional queries without requiring significant code or infrastructure modifications.

#2) Development teams don’t have to start coding from the beginning each time they work on a new feature or application. APIs frequently reuse pre-existing, repeated functions, libraries, stored processes, and so on, and as a result, this approach can make them more efficient.

For example, if you’re a web developer working on an e-commerce site and want to include Amazon as a payment processor, you won’t have to start from scratch.

All you have to do is use Integration keys to connect your website to Amazon API and then call Amazon API to process payments during checkout.

#3) APIs make it simple to integrate with other systems, both for supported standalone apps and API-based software.

Consider the following scenario: you wish to convey a shipment from Toronto to New York. You go online, go to a well-known Freight or Logistics website, and fill out the necessary information.

When you click the Get Pricing button after entering the required information, this logistics website may interact with numerous carrier and service provider APIs and applications in the back end to obtain dynamic rates for the origin-to-destination combination of locations.

Incorporating Server Side Automation Testing

Hundreds of infrastructure parts can be maintained by different systems and teams across multiple data centers in traditional server administration. It’s a complicated network that frequently causes delays and minor faults at a time when company IT is under increasing strain. Businesses commonly seek a move away from discrete devices in favor of enterprise-wide services that are more flexible, faster, and efficient. However, doing more with the same old tools will not suffice. Server automation can reduce the time and effort required for manual server management while also enhancing efficiency and effectiveness.

For more efficient application deployment and continuing maintenance across virtual and physical systems, server automation combines task and process automation into a single solution. It provides end-to-end management by allowing users to create workflows that automatically coordinate tasks and processes, resulting in fewer human errors. It’s convenient for small developer teams who need to keep production running at all times in order to maintain a continuous delivery process.

Our API & Server side test process at a glance

We deliver complete API & Server-side test automation solutions, covering roadmap planning, test tool selection, test execution, and continuous enhancement of test automation capabilities. Partnering with us empowers you to expedite software releases and significantly decrease production defects.



Test tool selection

Environment setup

Test case


Test execution

Result analysis


And load testing



Unlocking Agility: How API Testing Services Empower Development Teams

The software development environment is constantly changing, and one of its stars nowadays is the Application Programming Interface (API). APIs are the essential link between automatically communicating and exchanging data among many applications and different platforms. APIs not only provide the glue that integrates separate software elements. They also allow developers to pick the services and functionalities they want in their software and accelerate the development process to higher user satisfaction.

While it is true that APIs are of high importance to modern software development, there are still some problems to be solved, like the ones related to the stability, reliability, and safety of APIs in software development. Given that APIs function as a communication bridge between disparate components of the software world, deficiencies, and security vulnerabilities in their design can lead to system failures, data breaches, and a lousy user experience. This is where the role of the system testing through the API JavaScript comes in.

Role of API Testing Services in Empowering Development Teams

API testing lead the development teams to embrace the agility principle and succeed during their software creation process. These platforms cover a broad range of facilities, including frameworks, tool sets, and automation, which are needed to simplify API testing and complete tasks that, in the end, are repetitive. They also offer the API quality assurance team actionable data on performance.

One of the perks of API testing is that it often automatically tests the process using API test automation. Utilizing automation software and frameworks, developers can make their test scripts reusable, scale up the number of tests to be executed in parallel, and produce detailed progress reports, decreasing manual effort and fast-tracking the feedback loop.

In addition, the availability of API testing allows teams to adopt an agile approach to software development, enabling them to integrate tests into the continuous integration/continuous deployment (CI/CD) pipeline smoothly. Automating the API tests allows the development teams to identify and fix issues in the initial part of the build and complete the deployment process. This results in rapid iteration of features and higher-quality software that they develop with a greater degree of confidence and efficiency.

Briefly put, API test automation drives software development to be agile in a way that accelerates the delivery cycle through iteration, frequent releases, and delivering value to end users. Engaging API testing guarantees development teams’ success by overcoming modern application building bottlenecks, containing risks, and ensuring the safety and reliability of the developed APIs in a fast-paced and competitive market for product development.

Understanding API Testing

API testing services encompass a range of tools, platforms, and solutions tailored to support the comprehensive testing of Application Programming Interfaces (APIs). These services are designed to validate APIs’ functionality, reliability, security, and performance across various stages of the software development lifecycle. They offer diverse features and capabilities to simplify the API testing process, automate repetitive tasks, and provide actionable insights into API quality and behavior.

Different Types of API Services Available

Functional Testing

These services focus on verifying the functionality of APIs by testing individual endpoints, input parameters, response payloads, and error-handling mechanisms.

Security Testing

Security-focused API testing services evaluate APIs’ robustness against common security threats, such as injection attacks, authentication bypasses, and data exposure vulnerabilities.

Performance Testing

These services assess APIs’ scalability, reliability, and responsiveness under different load conditions, helping identify performance bottlenecks and optimize API performance.

Load Testing

Load testing services simulate concurrent user interactions with APIs to measure their ability to handle a high volume of requests without degradation in performance or availability.

Mocking Services

Mocking services allow development teams to create virtualized versions of APIs for testing purposes, enabling faster, more isolated testing of API-dependent components.

Each type of API testing service serves a unique purpose in ensuring the quality and reliability of APIs, and development teams often utilize a combination of these services to achieve comprehensive test coverage.

Importance of API Testing in the Context of Agile and DevOps Methodologies

API testing, for instance, becomes the key to agility in the case of Agile and DevOps, where continuous delivery occurs. In agile development, where the development process of a product is done bit by bit and then released, rapid feedback from the testers is encouraging. The developers can compare the new changes and updates to locate the problems quickly and early in the product development cycle. By API testing incorporation into the CI/CD pipeline, development teams can maintain complete automation by executing the tests through this pipeline. This ensures API changes are validated thoroughly before the deployment, avoiding regression or breakdown in the existing functioning.

DevOps environments usually have key principles of collaboration and automation. API testing services help integrate development and operating teams smoothly. Built-in automation of the testing phase and live visualization of API metrics about quality and performance give teams more opportunities to work jointly with cross-functional abilities in the fastest release cycle without worrying about low-quality software.

An API testing solution is a driving force in Agile and DevOps initiatives by allowing developers to validate frequently produced. With the help of this, they can rapidly iterate, frequently release, and remain in control of an ever-changing and rapidly changing environment. With its incorporation, an organization can create a culture of continuous improvement and innovation as a business value that leads to market agility and business competitiveness, which has become a vital property of the digital environment.

Benefits of API Testing Services

Improved Software Quality

The main advantage associated with API testing is their ability to support the software NQA through early fault detection and elimination. Via a well-thought-out approach that involves testing API endpoints, parameter requests, and payloads, these services complement the testing process by finding the faults of APIs, such as their functionality, reliability, and security, before major consequences upstream. Comprehensive testing and validation in the general development stage allows the developer teams to uphold that APIs act in the prescribed manner, disclose constant results, and adhere to industry standards and acceptable practices. API services stand out because they deal with problems earlier in development when they are much easier to solve than in the release process. This leads to a platform with high stability, reliability, and security and, therefore, to a better experience for the user and a lower risk of post-release problems.

Faster Time-to-Market

Automated API testing accelerates the development process by providing rapid feedback on changes and updates, reducing time-to-market for software products. API services enable development teams to automate the execution of test cases, validate API functionality, and generate actionable insights into API quality and performance metrics. By integrating API testing into the continuous integration/continuous deployment (CI/CD) pipeline, development teams can streamline the testing process and ensure that API changes are validated thoroughly before deployment. This enables faster iterations, shorter release cycles, and quicker delivery of new features and enhancements to customers. With automated API testing, development teams can iterate rapidly, respond to changing requirements, and adapt to market demands more effectively, maintaining a competitive edge in today’s digital landscape.

Enhanced Collaboration

API testing facilitates better collaboration between development, testing, and operations teams, fostering a culture of shared responsibility and accountability. By providing a centralized platform for test case management, execution, and reporting, API testing services enable cross-functional teams to collaborate more effectively on testing activities. Development teams can share test scripts, collaborate on test scenarios, and track testing progress in real time, ensuring everyone is aligned on testing objectives and priorities. Additionally, API services support seamless integration with collaboration tools and project management platforms, enabling teams to communicate, coordinate, and prioritize tasks more efficiently. By breaking down silos and promoting collaboration across disciplines, API testing help ensure that testing efforts are aligned with development goals, leading to higher-quality software products and improved customer satisfaction.


Investing in API testing may be a cost-saving measure by avoiding hand-testing and lessening the likelihood of faults following implementation. Manual testing acts as an ability consuming and human; it is also prone to human errors, making it costly and inefficient, especially in agile and DevOps environments where speed and efficiency are essential. Hence, the development teams can be less occupied with the time-consuming tasks of manual testing, and thus, the replication of test cases can be accelerated. As a result, the overall testing coverage will be improved. Among others, these benefits allow for freeing valuable resources to attend to the core strategic functions. They also ensure that faulty items are drained from production in the first place, reducing the chances of rework, downtime, and customer dissatisfaction. Indeed the function of these services does not only approximately identify problems that occur in the venting process but also helps to get rid of defects early on in the lifecycle, which is expensive and time-consuming when identified late in software development. In brief, integration of API testing service provisions by the development teams enables the teams to maximize testing activities, decrease testing costs, and eventually deliver software products that perfectly respond to users’ needs efficiently and cost-effectively.

Challenges and Best Practices in Implementing API Testing Services

Common Challenges Faced in Implementing API Services

Implementing API testing can pose several challenges for development teams, including:

  1. Complexity of API Ecosystems: As software systems become increasingly interconnected, the complexity of API ecosystems grows, posing challenges in testing coverage and compatibility. Ensuring comprehensive test coverage can be daunting with numerous APIs from different vendors and third-party services.
  2. Integration with Legacy Systems: Many organizations rely on legacy systems and technologies that may not be easily compatible with modern API testing tools and frameworks. Integrating API services with legacy systems can be challenging due to differences in protocols, data formats, and authentication mechanisms.
  3. Security and Compliance Concerns: Ensuring API security and compliance requires robust testing methodologies and adherence to industry standards and regulations. However, validating API security and compliance can be challenging, especially in dynamic and rapidly changing environments.

Best Practices for Overcoming These Challenges

To overcome these challenges and maximize the benefits of API services, development teams can adopt the following best practices:

  1. Comprehensive Test Automation: Developing a test automation approach that covers all the aspects of API test automation functionality would allow having a decent test plan. Hence, with automation of test case creation execution and validation, developers can build good testing coverage and processes where the results are accurate and process feedback is quicker.
  2. Shift-Left Testing: Adopting a shift-left approach to testing demands the integration of testing activities we want to add in the earlier development cycle. Moving forward in the process enables the development activities to easily catch and resolve problems earlier, thus reducing the cost and effort of discussing issues at future development stages.
  3. Mocking and Virtualization: These two approaches help nullify the odds of depending on external systems and services in their place, enabling development teams to test API interactions without the need for these external resources. The team can emulate many situations, including the worst-case ones if wanted. Paper-based APIs can help in that.
  4. Continuous Integration/Continuous Deployment (CI/CD) Pipeline: Adding API testing in the CI/CD pipelines is inevitable for going with the easy automation and feedback infrastructure. With the help of the build and deployment process that includes constituent APIs, the development teams can guarantee rigorous testing of the API changes before deployment. This would protect the system from introducing new regressions and/or breaking the existing functionality.

Strategies for Integrating API Testing into the CI/CD Pipeline

To integrate API testing into the CI/CD pipeline effectively, development teams can follow these strategies:

  1. Automated Test Execution: Configure automated API tests to run automatically as part of the CI/CD pipeline whenever changes are made to the codebase. This ensures that API changes are validated quickly and consistently, providing timely feedback to developers.
  2. Version Control Integration: Integrate API testing scripts and configurations with version control systems such as Git to ensure traceability and repeatability. This allows teams to track changes to testing assets over time and collaborate effectively on testing efforts.
  3. Environment Management: Manage test environments dynamically within the CI/CD pipeline to ensure consistency and reproducibility. Utilize containerization and infrastructure-as-code (IaC) techniques to automatically provision and manage test environments, reducing manual effort and ensuring test reliability.
  4. Feedback Loop Optimization: Optimize the feedback loop between development, testing, and operations teams by capturing and analyzing test results in real time. Use dashboards, alerts, and notifications to give stakeholders visibility into testing progress and outcomes, enabling timely decision-making and continuous improvement.

By implementing these strategies and best practices, development teams can overcome the challenges of implementing API test automation and maximize the benefits of automated testing. They can also seamlessly integrate API testing into the CI/CD pipeline for continuous automation and feedback.

Bottom line

In conclusion, API services are integral to modern software development, enabling development teams to achieve agility, deliver high-quality software, and stay competitive in today’s rapidly evolving digital landscape. Throughout this article, we have explored the significance of APIs in software development, the importance of API testing in ensuring functionality, reliability, and security, and the role of API testing in empowering development teams.

Key Points

Underpinning software development today is a unifying concept captured in the acronym API. It comes from a practical imperative to connect and interact between disparate systems and ensures the utmost in connectivity. After that, we studied API testing and its significance in validating API response accuracy. This ensures they get to the desired standards and meet all requirements.

What followed was a detailed presentation on how API testing services comprise a complete set of tools and features to approach API testing service easier and faster and allow for automatic tasks and augmentation replication. The article touched upon the value added to API testing solutions, such as improved software quality, faster time to market, increased collaboration, and cost savings.

As the next step, we investigated the hindrances to API services, including the complexity of the API environment, system integration with legacy protocols, and security and information confidentiality. In this section, we highlight successful ways of addressing these challenges, such as integrating automated testing into the project and the CI /CD pipeline, shift-left testing, etc.

The value of API testing

It certainly can be seen that application programming interface testing services are of great importance in helping development teams attain agility and provide high-quality software products. API test automation provides automatic verification, insightful guidance, and harmony among team members. This makes it possible for development teams to manage frequent releases and product quality without affecting the robustness of the APIs during dynamic and busy development processes.

Frequently Asked Questions:

API testing is a type of software testing that examines APIs directly, including their functionality, dependability, performance, and security. API testing, which is part of integration testing, tests the logic of the build architecture in a short amount of time.

Server-side testing is an A/B testing method in which the test variations are rendered directly from the website and then transmitted to the visitor’s device.

The goal of API testing is to ensure that programming interfaces are functional, reliable, fast, and secure. Instead of using typical user inputs (keyboard) and outputs, API Testing employs software to make API calls, get output, and record the system’s response.


What our clients say

We can say a lot about ourselves. But we think it means much more coming from some of the people we have worked with. Here’s what customers across the country say about working with Zappletech.

Contact us

Explore more services

Projects with QA processes improve product quality by 30% than those without QA processes.

Contact us today
+40 projects

Join satisfied clients

Working with Zappletech, you will have quick engagement in 1-2 weeks, manage an organized senior-level engineering team with a product development mindset, and save up to 30% of the budget, time, and efforts compared to hiring and managing your in-house development team.

Start a project
4.9/5 - (42 votes)