What KPIs does SpringCT use to measure automation success?

Defect detection rate, test coverage, cycle time, cost savings, and team productivity.

Does SpringCT test multi-lingual, multi-device applications?

Yes — automation suites are built for multi-lingual applications across multiple devices, platforms, and browsers.

Can SpringCT simulate real-world network conditions for testing?

Yes — using bandwidth throttling and network simulation for latency, packet loss, and jitter to validate QoS.

Does SpringCT perform performance and load testing on media servers?

Yes — across media servers, backend systems, enterprise servers, and XMPP chat servers.

How does SpringCT test collaboration platforms with real-time media?

By simulating real-time users across multiple machines generating audio and video streams to create authentic load patterns.

Does SpringCT test Fintech and Digital Health applications?

Yes — handling complex test data requirements and workflows to ensure maximum scenario coverage.

What automation has SpringCT built for IoT testing?

An IoT sampler that generates realistic data streams replicating device behavior.

Does SpringCT perform security and accessibility audits?

Yes — including security audits for fintech applications and WCAG-based accessibility audits for healthcare applications.

Does SpringCT use Appium for mobile test automation?

Yes — for functional validation of a fintech mobile application, including regression testing.

Can SpringCT run distributed load testing across browsers and platforms?

Yes — using automated, parallel test execution across Chrome, Firefox, and Edge, and across mobile, web, and desktop platforms.

Test Automation Expertise | Automated Testing Solutions & QA Services

The success of software is contingent upon a critical factor, QUALITY. Automation testing is an integral component of the software development lifecycle, offering substantial advantages over traditional methodologies. Automation testing is essential in modern software development due to its ability to streamline the testing process and provide consistent, repeatable results.

Success of Automation can be measured by several key performance indicators (KPIs), including

Defect Detection Rate

The number of defects identified and resolved before production.

Test Coverage

The percentage of the application covered by automated tests.

Cycle Time

The time taken from code commit to production deployment.

Cost Savings

The reduction in manual testing efforts and associated costs.

Team Productivity

The improvement in team efficiency and productivity due to automation

Ensuring Quality with Tailored Automated Solutions

Proficiency in designing customized automation solution depending on the needs of the platform.

Expertise in developing automation suites catering to multi-lingual applications, multiple devices, platforms and browsers.

Collaboration testing lab equipped with bandwidth throttling and network simulation capabilities, enabling to simulate real-time scenarios like latency, packet loss, and jitter aligning Quality of Service (QoS)

Expertise in doing performance and load testing of media servers, backend systems, Enterprise server and XMPP Chat server

Expertise in designing scalable test solutions simulating real-time users across multiple machines to generate audio and video streams, thereby generate authentic load patterns on media servers.

Deep understanding of complex test data requirements and involved workflows, for testing Fintech and Digital Health solutions ensuring maximum scenarios coverage.

IoT sampler for generating data sets that replicate device behaviour

We generated realistic data streams that mimic the interactions and responses of IoT devices to ensure that devices function reliably under various conditions and data inputs.

Distributed load testing solution to validate scalability algorithm

To ensure that collaboration application performs reliably under varying loads and user interactions, we performed parallel test execution, effectively simulating high-traffic scenarios.

Appium tests for validation of functional behaviour of Fintech mobile application

This solution ensures accurate and secure financial transactions, cross-platform compatibility, and compliance with industry regulations by automating user interface and regression testing.

API's for test data generation

This solution helped in the creation of diverse and realistic datasets for testing purposes with the help of APIs

Load testing on healthcare application

In this approach we simulated concurrent user interactions and transaction volumes, validating the application's scalability and identifying performance bottlenecks.

Security audit for fintech application

This involved systematically assessing infrastructure, codebase, and configurations to identify potential vulnerabilities and risks

Accessibility audit for healthcare application

It is a specialized testing where the objective is to evaluate user interface and functionality to ensure accessibility for users with disabilities. This mainly includes assessing compliance with accessibility standards such as WCAG (Web Content Accessibility Guidelines)

Case Studies

Scalability for Media Server

US based client was looking for a solution that would improve the platform's capabilities by distributing collaborations across multiple media servers to ensure an optimal user experience.

We developed a scalable automation solution that can accommodate a significant number of concurrent users. We conducted tests on Scale-in and Scale-out Out algorithms for various configurations to enable the client to determine the ideal configuration for the production server.

For Load testing on the media server, we implemented an automated test execution process utilizing authentic web browsers such as Chrome, Firefox, and Edge. Automation solution was designed to facilitate the simultaneous execution of multiple tests across various browsers, operating systems, and machines. This distributed test execution framework enabled the seamless execution of tests in a distributed test environment.

Functional Test Automation of an Application having no User Interface

The intended application worked heavily on the backend logic, requiring no user interface. The client sought to verify the application's logic and functional components.

We simulated end-to-end scenarios using API testing for validating the response of the APIs in each of the scenario. Test scenarios were developed based on specific conditions to verify them against specific response codes. The comprehensive end-to-end solution facilitated thorough testing of applications using diverse data sets.

Field Support Application

The client was looking for one automation solution to test their collaboration application seamlessly across Web, Desktop, and Mobile platforms. The application had a rich and advanced feature set, including Audio Calls, Video Calls, Canvas operations, Chat, and Messaging options.

We developed an automation framework to facilitate the execution of tests across various platforms (Mobile, Web & Desktop) and browsers. Employing a data-driven approach, tests were initiated with multiple permutations and combinations. The framework leveraged the browser's capability to generate a simulated video stream, akin to a video call scenario. Test scenarios were devised to verify the proper functioning of all features across all platforms.

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