QA and Test Engineering for Products That Cannot Afford a Bad Release
Built on Amoeba, our agent testing framework, we evaluate accuracy, safety, and cost together, so you catch what a passing test can still miss.
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Continuous Quality Engineering Across Your Entire Delivery Pipeline
We run AI-prioritized regression, self-healing automation, and security checks continuously across your delivery pipeline, so quality is measured and enforced at every stage, not just before release.
What Complete Test Coverage Actually Looks Like
Automation, performance, security, and AI-specific testing, wired into the pipeline so quality is verified on every release.
Test case generation from user stories, self-healing automation that adapts to UI and API changes, and risk-prioritized regression runs, with engineers retaining sign-off.
Test suites for AI-powered features: model outputs evaluated against ground truth, prompt robustness under adversarial inputs, and RAG accuracy tracked as reportable metrics.
Automated suites covering UI, API, and backend, architected for CI/CD with self-healing that adapts to interface changes. Flaky test detection ensures failures are deterministic.
Load, stress, spike, and endurance testing tied to defined thresholds, with chaos testing for distributed systems and AI-assisted anomaly detection during load runs.
Vulnerability scanning, VAPT, and security validation integrated into the QA cycle. DevSecOps-aligned, with AI-assisted prioritization ranking findings by exploitability.
Functional, integration, and consumer-driven contract testing across APIs and microservice boundaries, with breaking changes caught at the pull request stage.
Validation across browsers, operating systems, screen sizes, and device types against the product's target matrix, including native and cross-platform mobile.
WCAG 2.2 compliance validation combining automated scanning with manual assistive-technology testing, plus usability testing with real users against defined task flows.
Synthetic test data generation, production data masking, and environment data setup so test suites run against realistic data without exposing sensitive records.
Defect escape rate, coverage by feature area, automation reliability, and release readiness scores tracked across sprints and surfaced in leadership dashboards.
Continuous evolution
Evolve architecture for
sustained product growth
Continuous evolution
Evolve architecture for
sustained product growth
Continuous evolution
Evolve architecture for
sustained product growth
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What Would Your Test Suite Actually Catch?
Find out where your current coverage falls short.
Built for Complexity. Engineered for Scale
Building the technology capabilities that underpin enterprise scale and resilience
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Built for Knowing What Your AI Actually Did
Whether you're in fintech, healthcare, legal, or hi-tech, we give you visibility into exactly what your AI did and why, not just whether the service responded. We work with engineering leads, platform teams, and compliance owners who need proof, not just a status light.
Leaders responsible for AI systems the business can rely on.
Head of Product, Product ManagersOwners who need AI features that genuinely work for real users.
Data Engineers, AI/ML EngineersEngineers building and maintaining the technical layer AI systems run on.
FinTech, HealthTech, LegalTech, Cybersecurity, Hi-TechIndustries that depend on reliable, secure intelligent systems.
QA and test engineering services
QA engineering can reduce release risk by integrating automated testing, performance checks, security validation, regression testing, and quality gates directly into the development and CI/CD pipeline. This allows quality to be measured continuously rather than being treated as a final pre-release activity.
AI-powered QA uses test case generation from user stories, self-healing automation that adapts to UI and API changes, and risk-prioritized regression testing. Engineers retain sign-off while AI helps improve the efficiency and prioritization of testing activities.
Yes. Opcito’s AI and LLM testing approach includes evaluating model outputs against ground truth, testing prompt robustness against adversarial inputs, and tracking RAG accuracy as reportable metrics.
Test automation can cover UI, API, and backend functionality and can be architected for CI/CD environments. Self-healing automation can adapt to interface changes, while flaky test detection helps identify failures that are not deterministic.
Performance and resilience testing can include load, stress, spike, and endurance testing against defined thresholds. For distributed systems, chaos testing can also be used, with AI-assisted anomaly detection during load runs.
Opcito provides QA and test engineering services covering manual testing, test automation, performance and resilience testing, security testing, API and contract testing, cross-browser and mobile testing, accessibility and usability testing, test data management, AI-powered QA, AI and LLM testing, and continuous QA reporting.
Bring Us the AI Behavior You Can't Explain Yet
We'll trace exactly what happened, and why.
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