UUID
Generate random UUID v4 or time-ordered UUID v7 values, validate UUID versions, and inspect embedded UUID v7 timestamps locally.
Open UUIDDeveloper tool category
Use these tools when a value identifies an object or an instant in time. Validate UUID format and version separately from application meaning, and make timestamp units and timezone offsets explicit before comparing dates across systems.
Common workflow
2 recommended starting points
Generate random UUID v4 or time-ordered UUID v7 values, validate UUID versions, and inspect embedded UUID v7 timestamps locally.
Open UUIDConvert Unix timestamps in seconds, milliseconds, microseconds, or nanoseconds and parse ISO 8601 dates. Inputs without an offset use UTC.
Open TimestampPrimary utilities
2 core tools
Convert Unix timestamps in seconds, milliseconds, microseconds, or nanoseconds and parse ISO 8601 dates. Inputs without an offset use UTC.
Generate random UUID v4 or time-ordered UUID v7 values, validate UUID versions, and inspect embedded UUID v7 timestamps locally.
Task-specific entry points
0 focused pages
This category currently uses its core tools as the canonical task entry points, so there are no separate intent-specific pages to duplicate here.
Diagnose specific failures
2 topic hubs
Diagnose Unix and ISO timestamp mistakes involving seconds versus milliseconds, time zones, offsets, invalid dates, precision, and numeric formats.
Check UUID text format, versions, RFC variants, nil values, wrappers, whitespace, punctuation, and version-specific validation failures.
Understand the concepts
3 guides
Learn how to identify 10-digit and 13-digit Unix timestamps, convert between seconds and milliseconds, and avoid timezone mistakes.
Learn the difference between decoding and verifying a JWT, what signature verification proves, and why issuer, audience, and time claims still need validation.
Understand UUID versions 1 through 8, RFC variant bits, canonical UUID text, and what structural UUID validation can and cannot prove.