How to find active decompilation projects

To find an active decompilation project, combine repository activity with evidence that the work you care about is moving. A recent commit, a new release and a fresh progress report are different signals. None alone promises that someone will review your contribution.

Read activity in context

Start with DecompHub’s activity sort, then open the upstream repository. Check what recent changes actually concern: reconstructed code, build tools, documentation, automated maintenance or a downstream port. A date tells you when something changed; its content tells you whether that change is relevant to your goal.

GitHub’s search reference documents pushed: and archived: filters. Try decompilation pushed:>=2026-01-01 archived:false, replacing the date with a useful window for your search. This is a discovery filter, not a definition of project health.

Check three separate timelines

• Repository: When did relevant code or documentation change? Which branch does the evidence concern?
• Progress report: What metric and build are measured, and is its date supplied by the publisher or merely when a directory read it?
• Contribution process: Are the instructions current, and is there a documented route for the kind of change you want to make?

Avoid turning a quiet month into an “abandoned” label. A project may be complete for one target, maintained infrequently or continued elsewhere. Follow any archived-repository or migration notice to its stated successor instead of guessing from its age.

Verify progress before repeating it

Open the report linked beside a progress bar. Compare the same build, unit and scope across observations. A growing count with a changing denominator needs explanation; an unchanged bar does not prove no useful work happened. The progress guide explains those distinctions.

Keep a shortlist with a checked date and one observed fact per project, such as “the documented build procedure was updated.” Avoid unsupported labels like “most active” unless you define and measure the comparison. Use the GitHub guide to expand the search when the first results do not fit.