You ran git reset to rewrite history or fix a branch. It worked—sort of. Now you need to see what happened, who touched what, and when. The command line feels cold and empty. Your logs are incomplete. Your audit trail is broken. But in the right setup, you can still surface the truth.
Understanding how Git handles resets is the first step. git reset moves the HEAD pointer. Depending on --soft, --mixed, or --hard, it alters the staging area and working directory in different ways. This is why your reflog exists—it’s the ledger Git keeps of HEAD’s past positions. Clean, simple, and local.
But here’s the catch. The reflog lives on the machine that executed the commands. If you need to investigate activity across multiple environments—especially in environments where developers work behind network boundaries—you need a way to capture and proxy these logs before they vanish from a developer’s own disk.
A Git reset logs access proxy makes that possible. It acts as an intermediary between your repos and your storage layer. When a reset happens, the proxy captures the movement of HEAD, the exact commit IDs, and the reflog entries—before they can expire or be pruned. Now your data lives in a central, queryable location. You unlock the ability to trace changes through merges, rebases, and forced pushes without relying solely on distributed local history.