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TESC — temporal chain channels

TESC (Temporal Entangled State Channel) is the framework's secure real-time messaging primitive. What sets it apart is how it authenticates: every message carries a Phase-Locked Authentication Tag (PLAT) that is valid for exactly one Zeqond (0.777 s), and each PLAT chains to the previous one — so authenticity is scoped both to a moment and to a sequence.

Phase-locked, and chained​

Valid for one Zeqond

A PLAT authenticates a message for a single tick of the 1.287 Hz clock. Capture it and it's already stale a beat later.

Chained to the prior tag

Each PLAT is generated against the previous one, so messages can't be silently re-ordered or a gap slipped in — the chain would break.

Generate & verify

The channel generates a PLAT for each outgoing message and verifies the incoming one against its predecessor — pure, fast clock-bound checks.

Why phase-locked authentication​

A normal message authentication tag proves who sent a message; a PLAT also proves when, and in what order. Because it's only good for one Zeqond and it's chained to the last, a replay attack has almost no window and a re-ordering attack has none — the authenticity is bound to the clock the whole framework already shares. TESC is HITE's temporal binding turned into a live channel.

Open it​

Open TESC →

The SDK reference for building on temporal chain channels.