Optical QR reels
The air-gapped path remains a first-class option for camera-based transfer, demonstrations, and environments where network access is undesirable or unavailable.
Braid Light Client v1.4.9 · receiver-hardening candidate
Braid moves signed AI state across machines without forcing every exchange through a cloud intermediary. QR reels remain intact. Version 1.4.9 hardens the receiver-owned acceptance boundary across optical, LAN, and explicit Internet paths, with scoped replay/session state and auditable receiver-local provenance.
The transport layer carries the exact signed .brad bytes. It does not reinterpret, re-sign, or silently admit them. The receiving machine quarantines the object first, evaluates Phase A evidence, and only marks acceptance after the receiver-owned Phase B transaction commits finality.
The air-gapped path remains a first-class option for camera-based transfer, demonstrations, and environments where network access is undesirable or unavailable.
Signed state can move between machines on a private network, with optional discovery and explicit receiver ownership of quarantine, evidence, and finality.
Operators can expose an intentional TCP endpoint for remote transfer. Public routes require TLS 1.3 by default; there is no silent router mutation or hidden relay.
A finality-hardened developer candidate that preserves the established optical and network paths while tightening the boundary between evidence, validation, and receiver-owned authority.
.brad bytesaccepted == (finality == "committed")AI systems should be able to exchange useful state without surrendering identity, provenance, or operator control.
Braid is being built as an open coordination primitive for local and sovereign AI systems: compact state, signed envelopes, receiver-owned policy, and transport flexibility from a camera lens to an open Internet port. Version 1.4.9 keeps one rule deliberately simple: evidence may travel; authority remains local.