Timelock
Definition
A timelock is a smart contract mechanism that delays execution of approved actions, providing a window for review and potential emergency response. Timelocks protect against malicious governance proposals and give users time to exit before harmful changes.
Technical Explanation
Timelock mechanics: action queued → delay period (24-72 hours typical) → execution enabled → action executed or cancelled. During delay, community can review and respond. Emergency functions may have shorter or bypassed timelocks.
Security: timelocks don't prevent attacks—they provide response time. If governance signatures are quantum-compromised, attackers can queue malicious proposals. Post-quantum signatures ensure only legitimate governance can use timelocks.
SynX Relevance
SynX governance includes timelock protection with quantum-resistant signatures. Queuing, cancelling, and executing timelock actions require valid SPHINCS+ signatures. The delay provides review time; quantum resistance ensures only authorized actors can queue actions.
Frequently Asked Questions
- Why are timelocks important?
- They provide reaction time against malicious proposals. Users can exit before harmful changes execute.
- Can timelocks be bypassed?
- Emergency functions may bypass for critical fixes. Regular operations respect the delay.
- How long are typical timelocks?
- 24-72 hours for significant changes. Balance between security and operational flexibility.
Protected governance execution. Safe upgrades on SynX