Important disclaimer
Not affiliated with Neuralink. This platform is for educational, research, simulation, and computer-side tools only. Do not use any software here with actual medical implants without proper regulatory approval.
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Reference adapter: map velocity_2d + click_prob intent streams to OS mouse/keyboard. Synthetic, CSV, or WebSocket. Computer-side only — start with --dry-run.
Inputs
Outputs
Hardware / sources
Permissions
OS control, macros, AAC — consumes decoded intent only · Low DOF continuous · Realtime stream
### Quick startSuite role: reference adapter — turns a decoded intent stream into OS pointer motion and clicks. Flagship example of the Neurabeach Package Manifest (runtime: intent-v1).
Vendor-agnostic. Any source that emits JSON lines like:
{"vx": 0.2, "vy": -0.1, "click": 0.0}
# Adapter lives in the private neurabeach hub. No public clone.
cd packages/intent-to-os # if you already have the tree
python -m venv .venv && source .venv/bin/activate
pip install -e .
python -m intent_to_os --source synthetic --dry-run
# then live pointer (needs OS accessibility permission):
# python -m intent_to_os --source synthetic --gain 400
| Source | Use |
|---|---|
synthetic | Built-in figure-eight demo (no hardware) |
csv | Replay a recorded intent stream |
websocket | Live JSON lines from any decoder / Bridge-shaped bus |
| Piece | Relationship |
|---|---|
| NeuraBeach | Catalog / store |
| NeuraShell | Control plane; can dry-run / optional live POST toward this adapter |
| NeuraBinder | End-user app using intent UI patterns (not this OS driver) |
| Neurabridge | Middleware that can emit/forward generic intents |
| NeuraRoboBridge | Robot path (simulators) — separate from OS cursor mapping |
| Intent → OS (this) | Reference adapter — velocity/click streams → OS pointer |
| Neural Flow Architect | Research co-pilot; separate concern from cursor mapping |
North star: Beach finds tools · Shell · Binder · RoboBridge are live demos · Bridge shares app intents · Intent → OS is the OS cursor adapter.
--dry-run first. Press Ctrl+C to stop. Clamp with --max-speed.neurabeach repo may be private; package path is under packages/intent-to-os).See packages/intent-to-os/neurabeach-manifest.json (private neurabeach hub) (safety_class: computer_side, runtime: intent-v1, suite_role: adapter).
Part of Joe’s Neura Suite — collection col-neura-suite.
Current published version.
Initial public release.
Daily-driver computer-side control plane: readiness, ARM gate, freeze UI, calibration, record/replay, Actuate OS dry-run (optional live local POST). Simulator-first. Not implant software. Not a medical device. Not affiliated with Neuralink.
Continuous neural-state firewall for intention streams: privacy airlock (fail-closed private classes), fatigue manager, adaptive throttle, anomaly pause, online drift adaptation. Simulator-first MindGuard. Not implant software. Not a medical device. Not affiliated with Neuralink.
Simulator-first BCI paper-trading companion: mock cognitive state, Decision Quality friction, intent-native orders, local heuristic memory. Not implant software. Not a medical device. Not a brokerage. Not affiliated with Neuralink.
Daily-driver computer-side control plane: readiness, ARM gate, freeze UI, calibration, record/replay, Actuate OS dry-run (optional live local POST). Simulator-first. Not implant software. Not a medical device. Not affiliated with Neuralink.
Continuous neural-state firewall for intention streams: privacy airlock (fail-closed private classes), fatigue manager, adaptive throttle, anomaly pause, online drift adaptation. Simulator-first MindGuard. Not implant software. Not a medical device. Not affiliated with Neuralink.
Simulator-first BCI paper-trading companion: mock cognitive state, Decision Quality friction, intent-native orders, local heuristic memory. Not implant software. Not a medical device. Not a brokerage. Not affiliated with Neuralink.