SIMY FOR ENGINEERS

Let AI build, test,and check your code.

Describe what you want. AI handles implementation, testing, and fixes.
Turn past bugs into checks for your next change.

Works with Codex and Claude

Example requests and results

YOU ASK

“Add a search form.”

Describe the feature in your own words.

SIMY PREPARES
  • Code for the search form
  • Input and error test results
  • A separate AI review

One request connects implementation and verification.

Review the results. You decide whether to release the change.

Illustrative examples. This page does not run development tasks or checks.

Keep building.
Put past lessons to work.

DELIVERY LOOP

Build. Test. Fix.
AI moves the work forward.

Implement the requested outcome. If tests or a separate AI review find a problem, repair it and check again.

  1. Build
  2. Test
  3. Review
  4. Fix
When a decision needs you, the work pauses for your input.
SQM / SOFTWARE QUALITY MONITOR

Turn a fixed bug
into a future check.

Manage safeguards based on incident records. Apply the relevant rules to your next change to find conditions that could repeat a problem.

  1. Past incident
  2. Safeguard
  3. Check the next change
When enabled, SQM checks within the scope of registered, applicable rules.

More detail, when you need it.

What can SQM check?

SQM checks your changes against applicable safeguards registered from past incidents. Alongside the results, it identifies follow-up checks, such as testing the actual interface or verifying behavior after release.

Will it merge or release without me?

Merge and release follow the permissions and approvals you have granted. Human blockers and repeated failures pause the work instead of triggering unlimited retries.

How thorough is the verification?

Choose from five assurance levels according to the risk of the change. Level 5 is the most thorough. Every level preserves required checks and approvals.

5Maximum assuranceAuthentication, payments, sensitive data

Check adjacent boundaries, failure, recovery and rollback. Independently review design, implementation boundaries and final results.

The broadest scope, with more preparation and verification.

4ProtectedPersistence, shared APIs, external effects

Verify stored results, retries, idempotency and integration boundaries. Independently review design and final results.

More verification across shared boundaries and operations.

3BalancedDEFAULTNormal features and bug fixes

Verify affected behavior, the main user journey and applicable static checks. Independently review the final candidate.

The default for bounded, reversible changes.

2FocusedSmall, isolated, reversible UI changes

Verify the direct path and regression. Use independent review when repository policy or material uncertainty calls for it.

A narrower scope; not for changes to persistence or permissions.

1LightweightCopy, documentation and metadata

Check the artifact, final diff and links. Preserve all repository-required checks and reviews.

For changes without runtime, data or security impact.

Duration depends on scope, environment, and approval waits.

Give AI its first task.

  1. 1

    Install SIMY

    Download the app for your environment.

  2. 2

    Connect your AI

    Connect the Codex or Claude provider you use.

  3. 3

    Describe what to build

    Share the outcome and the checks that matter.

Availability depends on version, plan, and organization settings.

Explore SIMY for your work