Save Fidelity
Bit-Exact
POKEVAULT: SAVE-AWARE COLLECTION MODULE
PokeVault turns scattered save files into a coordinated module: high-confidence transfers, instant rollback snapshots, legality-aware validation, and upcoming real-time emulator API sync.
Save Fidelity
Bit-Exact
Migration Style
Interdirectional
Safety Layer
Salvage + Reconcile
Dex-ready roster, transfer-verified
Newsroom
Latest snapshot and target-save ownership are now explicit across mutation flow.
Compatibility
Built for mainstream save formats and extensive ROM hack save ecosystems with validation-first guards.
Live Roadmap
Direct snapshot pull/push endpoints are now available for plugin-level integration.
You upload a save file (.sav/.dsv/etc). EmuBank blocks ROM and patch/mod files. The original save is stored as a checksum-verified snapshot blob so it can always be recovered exactly.
A PKHeX-backed worker decodes supported Pokemon saves into normalized collection data: trainer identity, PC boxes, party, species/forms, moves, stats, and dex state.
When you move Pokemon, EmuBank mutates the latest snapshot of the destination game save and target box ownership. Cross-generation metadata stays traceable.
If something conflicts, PokeVault routes it to salvage with reasons so you can reconcile and restore instead of silently losing collection data.
Every accepted mutation creates a new snapshot revision. You can download the latest modified save or roll back to earlier snapshots if anything goes wrong.
CLOSED BETA
Closed beta gives early access to live save workflows, emulator sync APIs, transfer reconcile tools, and upcoming trade systems.
COMPATIBILITY CURTAIN
Explicit support matrix + known non-working titles
Core ROMs (Validated)
Side Titles (Validated/Supported Workflow)
Not Yet Supported
Build a library where ROM files stay on your device while EmuBank tracks metadata, platform choices, and save continuity.
Maintain durable copies of your game saves with a central restore path when local files get lost or corrupted.
Move Pokemon through EmuBank workflows, evolve where supported, and keep your collection organized across games.
Track save changes over time with a practical rollback mindset for high-confidence experimentation.
Designed for practical movement between compatible generations instead of isolated per-save handling.
Surface compatibility and legality concerns early so your target save is predictable before export.
Built around full-collection workflows where users need broad species visibility and movement support.
Roadmap support for direct emulator pull/push flows so save changes can be synchronized without manual file juggling.
EmuBank stores only supported save files and snapshots. ROM binaries and patch/mod files are blocked by policy.
May 8, 2026
Moving Pokemon between game boxes and EmuBank now updates the destination or source save directly for cleaner download flow and safer persistence.
May 6, 2026
Missing or conflicting Pokemon can be recovered into dedicated salvage storage so continuity issues do not silently lose data.
May 4, 2026
Every meaningful save mutation is now designed around traceability so users can step backward when needed.
One-to-one trainer trade workflows inside EmuBank with clear audit trail and save mutation tracking.
Submit a Pokemon and receive randomized counterpart results under deterministic server-side safeguards.
Offer/request listings with searchable criteria and controlled trade fulfillment paths.
Wire EmuBank rosters into established battle engines for fast roster testing and live match flows.
Build teams directly from EmuBank inventory, export to Pokémon Showdown format for live battles, and import updated sets back with legality and save-target validation.
Layer laddered competitive play and casual matches on simulator-backed battle sessions.
Expose authenticated endpoints for snapshot fetch, save upload, and mutation status checks so emulator plugins can sync continuously.
Allowed upload formats: .sav, .srm, .dsv, .dat, .gci, .bin, .raw, .main.
ROM binaries and game images are blocked and never stored by EmuBank.
Patch artifacts (.ips/.ups/.bps/.xdelta and similar) are blocked and never stored.
Device-scoped API keys with revocation, rate limits, and audit trail per emulator client.
Pull latest approved snapshot for a save, push updated save bytes, and receive immutable snapshot references.
Structured responses for compatibility blockers and salvage actions so emulator UX can guide user decisions in real time.
Upload a battery save, verify scan output, move Pokemon, then export latest modified save snapshot.
Move to target game box only, validate compatibility, then download that same target save for in-emulator continuity.
Review salvage indicators, reconcile mismatches, and persist a clean snapshot before major migrations.
Connect emulator client with API key, push save updates after write events, and pull newest approved snapshot before session load.
Build a team from EmuBank storage, export Showdown paste format for battles, then import edited teams back through validation before syncing to saves.
Prefer `.sav` or `.srm` files from in-game saves, not emulator save-states.
After multi-Pokemon moves, trade evolutions, or cross-game imports, export a fresh snapshot.
Store an original import snapshot as a rollback anchor before experimental edits.
Treat target box ownership as the source of truth for which save gets modified and downloaded.
Issue revocable keys by device so automation access can be rotated without touching account credentials.
Keep an external copy of latest snapshots (object storage or encrypted offline copy) to de-risk hardware or host failures.
Yes. Many ROM hacks are supported. Compatibility still depends on whether the save structure can be parsed reliably.
No. EmuBank accepts save files only. ROM binaries and patch/mod files are rejected and are not stored.
Planned. The landing roadmap includes direct team builder flows with Showdown export/import and validation before writing team changes back into saves.
Yes. Revision history is a core workflow so you can download specific snapshots when needed.
Conflicts are surfaced and missing entries can be redirected into salvage handling rather than being silently overwritten.
Use battery saves, sync frequently, validate before export, and keep baseline snapshots for rollback.