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reversible-computing

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The Interactive Reversible Debugger (IRD) is an open-source debugging tool that enables step-by-step reversible execution of programs. Unlike traditional debuggers, IRD allows users to move both forwards and backwards in execution, making it easier to track state changes, debug complex logic, and analyze algorithm behavior

  • Updated Jul 1, 2026
  • TypeScript

Multi-prover formal verification of Certified Null Operations (CNO: programs provably computing nothing) and Observational Null Disclosure (OND: programs provably revealing nothing). Two co-equal, logically independent pillars verified across Coq, Lean 4, and Agda, with axiom counts and out-of-scope residue lists honestly surfaced.

  • Updated Oct 15, 2026
  • Rocq Prover

A puzzle game about ballistic asynchronous reversible computing in superconductors (BARCS) — route fluxons through reversible circuit elements, played on the actual physics. 25 levels + sandbox.

  • Updated Jul 5, 2026
  • JavaScript

Playable Rust experiment in reversible 3D Pong: paddle contact reverses execution while an invertible momentum update changes the trajectory without storing prior-state snapshots.

  • Updated Oct 12, 2026
  • Shell

Measurements on the ECDSA.fail benchmark, the leanest known reversible circuit for secp256k1 point addition: the search cost the score does not count. The circuit is the community's; the instruments are mine, including a validated 9.2x checker and a classical pre-filter. Three findings filed upstream. Built with help from Claude Code.

  • Updated Sep 1, 2026
  • Rust

NOOPgOLD: NEveryThing Organizing Optimizing Protocol geNERATING OLD into gOLD. The Ruliad-NOOP convergence, witness positioning, People’s Cloud, CH341A firmware liberation, WItsWAlkErWOrld.

  • Updated Jun 17, 2026
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