Braid v0.8.4-alpha is now available

Braid Tendril v0.8.4-alpha

A new candidate release from Intersignal, demonstrating real local transfer of compact AI state vectors across a lightweight peer-to-peer transport layer.

384d vectorsCompact AI state
raw-f32Full precision path
qint8591-byte transfer
NAT traversalPeer-to-peer reach
Braid verifies a simple idea: AI systems should not always need to exchange massive files, long chat transcripts, or heavy context windows. Instead, trusted nodes can move structured latent-state signals — compact mathematical representations of meaning — across a lightweight local transport layer.

DOWNLOAD BRAID V0.8.4-ALPHA

Source Package: braid-node-v0.8.4-updated.tar.gz

The macOS installer is available for Apple Silicon systems, and the source tarball carries the newest v0.8.4-alpha candidate package with NAT traversal capability in the current release line.

Download macOS installer Download source package
⊞Windows
⌘macOS
◉Linux

RELEASE SIGNAL

In v0.8.4-alpha, Braid successfully transfers 384-dimensional latent vectors over local UDP loopback in two formats: raw-f32 for full-precision vector movement and qint8 for compact, bandwidth-efficient vector movement.

  • raw-f32 envelope: 1,738 bytes
  • qint8 envelope: 591 bytes
  • High-fidelity reconstruction preserved
  • NAT traversal capability baked in
  • Checksum verification passed
  • Installer verification passed

WHAT V0.8.4-ALPHA DEMONSTRATES

Braid v0.8.4-alpha demonstrates compact AI-state movement between trusted nodes without requiring massive file transfer, long transcript replay, or heavy context-window exchange. The raw-f32 path moves full-precision vector state, while the qint8 path compresses the vector footprint to 591 bytes while preserving high reconstruction fidelity. The release remains an alpha candidate, not a final production network release.

OPTIONAL LOCAL VERIFICATION

sha256sum braid-node-v0.8.4-updated.tar.gz
tar -xzf braid-node-v0.8.4-updated.tar.gz
cd braid-node
sha256sum -c checksums.txt
sh verify-installer.sh
python3 conformance_verify.py
python3 vector_transfer_demo.py
./braid demo vector-transfer --real-local --encoding raw-f32
./braid demo vector-transfer --real-local --encoding qint8

macOS note: Apple Gatekeeper may prevent the app from opening until the quarantine attribute is removed. If macOS blocks launch, run: 

xattr -dr com.apple.quarantine /Applications/braid-node.app
open /Applications/braid-node.app

RELEASE RESOURCES

README.md SECURITY.md CHANGELOG.md RELEASE_MANIFEST.json checksums.txt conformance_verify.py

Alpha candidate status: This is not a final production network release. The current package has passed protocol conformance, checksum verification, installer verification, and local vector-transfer verification. Frontend and Rust/Tauri source-build verification remain pending until the release is finalized on a Node/Cargo-enabled machine.

MODULE_01
COGNITIVE COMPILATION

Traditional AI software still asks you to pour raw transcripts, documents, voice, and context into corporate API gateways. That is not neutral architecture. It is a standing exfiltration surface wrapped in convenience.

Braid pivots the center of gravity back to the machine you control. The local edge node becomes a private cognitive crucible — a Blender — ingesting multimodal streams, documents, voice, keyboard flow, and camera context locally before anything becomes network state.

"We do not chase trends. We build primitives. Intelligence doesn't need to reside in commercial servers; it is compiled, compressed, and synchronized locally at the physical network layer on your own terms."
— David Seaman, Operator of Intersignal

Once blended, these multimodal states are projected into dense 384-dimensional latent vectors: compact, signed, machine-native state objects that can be synchronized across physical UDP paths instead of replaying the whole human transcript.

WAN Peering Topology

COGNITIVE ALIGNMENT SCHEMA NodeId-first WAN Routing Protocol // Tendril Kernel

Braid Tendril abstracts the peer above any single physical IP address. Signed presence records and routing candidates live directly in the Tendril Transport Manager, allowing edge nodes to synchronize across variable wide-area routes and fall back from direct UDP paths to zero-trust opaque transit relays without breaking active handshakes.

Ingestion & Path Health Telemetry

PEER ADMISSION AND TRUST PATHS

Braid Tendril implements a strict admission receive pipeline, protecting local state through cryptographic presence lease expirations, message-type sequence limits, and monotonic ledger commits.