This guide explains Bitcoin Core restorewallet RPC in plain English. It shows what the command does, what its result means and what it cannot prove.
TL;DR
- What it is: Bitcoin Core 23.0 introduced restorewallet to copy a wallet backup into the node’s wallet area and load it under a chosen name. An optional load_on_startup value updates persistent loading behaviour.
- Why it matters: restorewallet automates copying and loading a backup, not the whole recovery assurance process. Completion requires clean warnings, historical discovery, policy reconciliation and a tested signing or watch-only boundary.
- Current position: Require a second reviewer and explicit rollback or expiry, and pause payments, signing or network-dependent services until post-change evidence is complete.
Bitcoin Core restorewallet RPC in simple English
Bitcoin Core restorewallet RPC: Record backup identity without exposing secrets, source version, destination wallet name, warnings, scan range, resulting balances and UTXOs, and isolated restore-test results.
Simple example
A miner is checking Bitcoin Core restorewallet RPC. Use a controlled signing test only when custody policy permits. Validate exact path ownership and never allow untrusted RPC users to choose arbitrary filesystem targets.
Key terms in plain English
- Bitcoin Core:
- Widely used software that validates Bitcoin and can provide wallet, network and operator tools.
- RPC:
- A command that software sends to a node to request information or a local action.
- UTXO:
- An unspent transaction output: a piece of bitcoin that can be used as an input to a later transaction.
- Node:
- A computer running Bitcoin software that checks data and communicates with other peers.
Inputs
Provide a unique wallet name and an existing readable backup-file path on the node host. Validate exact path ownership and never allow untrusted RPC users to choose arbitrary filesystem targets.
Startup setting
load_on_startup true adds the wallet to persistent settings, false removes it and null leaves the list unchanged. Treat that choice separately from the immediate load result.
Warnings
The response contains name and warning. Parse and escalate a non-empty warning; do not discard it merely because the wallet appears in listwallets.
Discovery
Restored descriptors, timestamps, keypool state and wallet format determine scan requirements. Observe rescan progress and reconcile historical transactions and UTXOs against independent records.
Duplicate and path risks
Reject name collisions, loaded-wallet conflicts, symlink surprises, wrong-network operations and backups outside the authorised recovery staging directory.
Signing proof
Check encryption state, descriptor inventory, receive and change derivation, watch-only flags and hardware signer mapping. Use a controlled signing test only when custody policy permits.
Recovery evidence
Record backup identity without exposing secrets, source version, destination wallet name, warnings, scan range, resulting balances and UTXOs, and isolated restore-test results. Build a revision-pinned evidence pack on an isolated node, wallet or protocol harness. Record source commit, binary hash, network, chain identity, configuration and dependencies.
Frequently asked questions
What is the main point of Bitcoin Core restorewallet RPC?
Bitcoin Core restorewallet RPC: Record backup identity without exposing secrets, source version, destination wallet name, warnings, scan range, resulting balances and UTXOs, and isolated restore-test results.
For Bitcoin Core restorewallet RPC, what should a beginner know about inputs?
Provide a unique wallet name and an existing readable backup-file path on the node host.
For Bitcoin Core restorewallet RPC, what should a beginner know about startup setting?
load_on_startup true adds the wallet to persistent settings, false removes it and null leaves the list unchanged.
For Bitcoin Core restorewallet RPC, what should a beginner know about warnings?
The response contains name and warning. Parse and escalate a non-empty warning.
Conclusion
restorewallet automates copying and loading a backup, not the whole recovery assurance process. Completion requires clean warnings, historical discovery, policy reconciliation and a tested signing or watch-only boundary.
Primary sources
Check the current specification status and the documentation for the exact implementation you operate before moving production funds or changing a mining node.
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