The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

19 Open Issues Need Help Last updated: Jul 6, 2026

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enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
bug help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
bug help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted good first issue

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript
enhancement help wanted

The verifiable runtime for coding agents. Run verifiable engineering loops with control, alignment, and confidence. Define the work as stages, checks, gates, tools, artifacts, and approvals. Atomic runs the process so agent work is verifiable by design.

TypeScript