Silwatech is backed by a team of 1000+ employees, serving clients in over 10+ industries across 9+ locations
We provide comprehensive testing services to validate both functional correctness and non-functional attributes, including performance, security, and usability. Our testing strategies align with enterprise application complexity and regulatory requirements.
We implement automation-driven quality engineering to improve coverage, speed, and consistency across releases. Our automation frameworks integrate seamlessly into CI/CD pipelines to enable continuous testing and faster delivery.
We help organizations validate that their applications meet performance, security, and compliance expectations before and after deployment. Our non-functional testing services ensure systems remain stable under load, resilient to threats, and compliant with enterprise and regulatory standards.
By identifying risks early and validating system behavior in real-world conditions, we help enterprises reduce failures, improve reliability, and maintain trust in mission-critical applications.
SilwaTech delivers quality engineering services tailored to industry-specific systems, compliance requirements, and operational environments. Our experience across sectors enables us to deliver quality for complex, high-impact digital solutions.
We work with organizations to define quality strategies, governance models, and testing frameworks aligned with business objectives and delivery models. Our consulting services help enterprises establish standardized QA practices, improve maturity, and ensure consistent quality across teams and projects.
From QA process assessments to test governance and metrics, we provide the structure and oversight required for sustainable quality engineering.
Our experts verify that the interaction between two different software systems is done correctly to ensure communication of data and control is seamless.
We test individual units of source code, functions or modules in accordance with data, usage and operating procedures to determine if they are fit for use.
We perform black-box testing to evaluate the system’s compliance against specified requirements. An end-to-end functional and non-functional testing.
The Individual functions and modules are tested as an integrated group to evaluate system compliance against specified requirements before validation testing.
The new addition of software shouldn’t affect the existing system. We do re-execution of already executed test cases to ensure the existing functionalities work fine.
This testing method applies on new version releases of a software, verifying whether the latest version performs as expected and is fail-safe in later phases.
To evaluate the system’s compliance with the business requirements. We involve real users and environments whose feedback is needed for final acceptability.
Smoke testing, also known as confidence testing, is a preliminary method of checking the critical functionalities of an application and whether it is stable enough for further testing.
The execution and verification of tests are automated by a programming script or automation tool, making it error-free.
SilwaTech brings deep expertise in delivering enterprise-grade quality engineering for complex digital platforms and mission-critical systems. Our QA teams collaborate closely with development, DevOps, and business stakeholders to ensure quality is embedded throughout every stage of the software lifecycle.
With experience supporting large enterprises and government organizations across multiple regions, we ensure reliability, performance, and compliance for high-impact digital initiatives.
Proven experience delivering large-scale, mission-critical platforms for enterprises and public-sector organizations.
Successful project delivery across the UAE, GCC, Europe, and Africa through distributed and on-site teams.
Solutions designed with security, privacy, and regulatory compliance embedded at every stage.
Flexible engagement and delivery models that adapt to evolving business and technology needs.
























