Static analysis and runtime checks catch different kinds of bugs. TimetoTest checks the affected behavior with evidence.
After repository and webhook setup, supported pull request events trigger a review. Reviews need repository permissions and available usage.
Instead of commenting and moving on, TimetoTest compiles and runs tests in an isolated sandbox to verify the affected behavior.
Null pointer risks, security vulnerabilities, memory leaks, and logic errors — caught with evidence, not vibes.
Project-scoped access, isolated execution and configurable review-history deletion control how code is accessed and retained.
A Friday summary of issues caught and fixed gives engineering managers a high-level view of code health.
Findings include the evidence used to verify them, such as source context, build logs or test output. Runtime results describe the checks actually executed.
Silent automation your team barely notices — when it brings back findings your team can inspect.
Connect a supported repository, confirm its permissions, and configure the review workflow.
The agent scans the diff, checks the changed code against your test suite, and identifies objective issues.
Findings include build logs, test output, and the code path that caused the issue — so reviewers can verify quickly.
TimetoTest opens a fix branch with the correction applied, checked, and ready for human review.
AI code review is automated analysis of pull request changes. Tools like TimetoTest scan the diff for bugs, security issues, and logic errors, attach evidence, and can open a Fix PR with the correction applied.
When a pull request is opened, TimetoTest scans the diff, spins up the changes in an isolated sandbox, compiles, runs tests to verify issues, and opens a Fix PR where enabled. Automatic reviews require a connected repository, configured triggers, permissions and available usage.
TimetoTest runs PRs in a sandbox with project-level history controls and separate artifact retention, and it attaches evidence to every finding so reviewers can verify the fix before merging.
No. It removes the grunt work — scanning for objective bugs, security flaws, and logic errors — so humans can focus on design, trade-offs, and product decisions.