Compute the identity kernel of any content: the full SHA-256 of the bytes, the six-glyph checksum derived from its first six bytes, and the cluster reading. Everything runs in your browser via WebCrypto — nothing leaves your device. An AXN is true or false independently of any authority, including this page.
1 · Content
Drop a file here, or click to choose
or paste text (hashed as UTF-8 bytes):
SHA-256 (identity kernel)
Six-glyph checksum (first 6 bytes)
Glyph names
Cluster reading
2 · Compose (optional)
A full AXN adds a registry position and semantic family to the kernel. Positions are assigned by the registry at deposit time; this preview shows what the composed identifier would be.
Composed AXN (preview — not registered)
3 · Verify against a claim
Paste a claimed AXN or glyph sequence. After computing a kernel above, verification checks the claimed glyph against the computed one.
What this page is. This is the computational half of minting: the identity kernel and checksum are derived here exactly as the registry derives them (AXN v2: six emoji from the first six bytes of the SHA-256 of canonical bytes, via the canonical 256-glyph table). What this page is not: a registry entry. Registration — assignment of a hex position and entry into the public record — flows through the deposit transport. Anyone holding a copy of a work can verify it here without asking alexanarch.org or any custodian for permission; if this site disappears, the algorithm survives in the public implementation and in every mirror.
Test vector (verified against the live registry): the canonical bytes of deposit #1092 hash to 3aff18d7… and yield 🧫∞🍃⏪🧡♄ — matching AXN:0455.ARCHIVAL as published.