
Kumaran built a custom gRPC automation framework in Core Java, implementing a keyword-driven and data-driven approach for maximum flexibility and reuse. Test case generation was automated using protobuf definitions, eliminating manual effort at the source. Parallel execution, orchestration, and CI/CD integration were enabled to accelerate delivery, while integrated reporting, logging, and error-handling capabilities ensured full traceability and ease of debugging.
An enterprise client partnered with Kumaran to transform testing for their gRPC-based distributed architecture, automating 2,000+ test cases across 20+ services and slashing execution time from over 200 hours to under 2 hours. The engagement delivered a custom Core Java framework with keyword-driven and data-driven capabilities, CI/CD integration, and full parallel execution. For this client, the goal was not just speed — it was the reliability and scalability needed to support a growing portfolio of distributed services without adding headcount or introducing regression risk.
The client's engineering teams had been manually creating and validating test cases for each gRPC service, a process that could not scale with the growing architecture. Each regression cycle consumed 200+ hours and required deep technical expertise to debug failures. With limited tooling support for gRPC and no automation framework in place, the team needed a purpose-built solution that could handle protobuf-defined services, orchestrate execution at scale, and plug seamlessly into existing CI/CD pipelines.
Contact us today to learn more about our approach and the success story behind this gRPC automation engagement with the Tier-1 Global Bank (Canada).

Automated Message Validation
100%
A Tier-1 Global Bank faced a critical gap in their Foreign Exchange platform: real-time financial messages flowing through Solace messaging infrastructure across multiple formats — FIX, FIXML, JSON, and XML — were being validated manually across queues, databases, and UI. The process was time-consum

Validation Per Run (was 5–6 hrs)
~15 min
A leading financial services firm faced an unsustainable data reconciliation challenge. Massive volumes of derivatives data were generated daily across multiple source systems in varied formats — DAT, Excel, and JSON — with real-time changes adding further complexity. Manual validation was time-cons