Factual comparisons
Compare Reinstate with Git and Session-Transfer Workflows
Reinstate handles a narrow job: moving supported, vendor-native Claude Code and Codex session artifacts between devices through encrypted storage you control. These comparisons explain where that job overlaps with manual copying, remote desktop, and Git—and where those workflows solve a different problem.
- Last verified
- Current release
- v0.6.0-rc.6
- Release status
- v0.6.0-rc.6 candidate · stable remains v0.5.1 · v0.6.0-rc.5 tagged Windows run (plus two same-artifact rechecks) ended FAIL (211/4/0/0 of 215), zero product defects, grok:E1-E3 live-backend-connectivity plus a grok version drift to 1.0.13 and an H7 digest-equality-unmeasurable gap the four PARTIAL rows · this candidate widens the verified Grok Build range to 1.0.13 and refines the H7 live-home check to per-file listing with attribution · native Windows tagged-artifact acceptance pending, macOS deferred
- Owner
- Harjot Singh Rana
Compare the workflows
Reinstate vs. manual session copying
Compare discovery, path handling, encryption, credential exclusions, backups, and conflict handling.
Read the comparison →Reinstate vs. remote desktop
Compare transferring session state with controlling the computer where that state already lives.
Read the comparison →Reinstate vs. Git
Understand why source history and coding-agent conversation continuity are complementary layers.
Read the comparison →Choose by the job you need done
| Need | Workflow to evaluate | Reason |
|---|---|---|
| Version and collaborate on repository content | Git | Git records repository objects and project history. |
| Operate the exact environment on another computer | Remote desktop | The work continues on the host machine while you control it remotely. |
| Copy any session format you understand | Manual copying | You control every included file and every transport decision. |
| Resume a supported native session on another local machine | Reinstate | Reinstate automates supported discovery, path remapping, encryption, transfer, and native restore. |
How to read these comparisons
- They compare workflows, not brands. “Remote desktop” and “manual copying” cover many implementations, so claims stay narrow and conditional.
- Reinstate claims are release-specific. Capability statements describe the current stable release and link to compatibility or architecture evidence.
- No score is a universal verdict. The right choice depends on whether you need source control, remote control, arbitrary file transfer, or native session continuity.
- Complementary tools can be used together. Reinstate does not replace Git, repository hosting, backups, or access to a remote development machine.
Current scope: same-vendor session continuity.
Reinstate restores Claude Code sessions to Claude Code and Codex sessions to Codex. It does not translate transcripts between agents, synchronize repository changes, or provide remote desktop access.
Evidence and verification
Sources below were reviewed on . Reinstate claims describe v0.6.0-rc.6; external workflow claims are limited to what the linked primary sources document.
- Reinstate compatibility matrixSupported agents, operating systems, storage backends, tested versions, and release gates.
- Reinstate architectureThe adapter, path-normalization, encryption, storage, and native-restore boundaries.
- Reinstate security modelCredential exclusions, encryption, backup, conflict, and local-machine boundaries.
Limits of this comparison
- The comparisons do not benchmark speed, cost, reliability, or user satisfaction.
- Remote desktop products and manually designed transfer systems vary; product-specific behavior must be checked with its vendor or operator.
- Reinstate v0.5.1 is stable pre-1.0 software on its verified platforms, and its interfaces or storage formats may change before v1.0.