A Developer's Guide to Improving AI Code Reliability
Improve AI code reliability with reviewed requirements, preserved traffic baselines, and explicit replay gates. Reuse working examples before deploying.
Latest insights on Agentic AI workflows, cloud native architectures, and performance optimization best practices from the Speedscale team.
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Improve AI code reliability with reviewed requirements, preserved traffic baselines, and explicit replay gates. Reuse working examples before deploying.
This how-to video shows how to use Speedscale's full-text traffic search to instantly find where a specific piece of data appears as it flows through your.
Production AI spend gets attention. Non-prod LLM calls in development, CI, and load tests often do not. Simulation fixes that.
Record the queries your app sends to PostgreSQL in Kubernetes, then replay them against a QA database as a load and regression test. No scripts to write.
Most flaky test fixes focus on retries and quarantine. The real fix is replacing hand-written test data with recorded traffic that stays fresh.
Test AI code in CI/CD with proxymock. Reuse recorded API traffic, prove a broken change fails, and keep replay reports for review before you deploy code.
Debug AI-generated code with proxymock: reproduce failing API calls, inspect response differences, preserve the baseline, and verify fixes before release.
Compare WireMock alternatives by task: recorded mocks and replay with proxymock, HTTP expectations with MockServer, or contract-driven mocks with Microcks.
Run Playwright tests with recorded API mocks, diagnose UI and API failures, then run the same specs in Kubernetes. Use the lab's commands and screenshots.
The Model Context Protocol (MCP) is rapidly becoming the connective tissue for agentic AI systems and IDE tooling.