Brain–Computer Mesh
Low-latency interfaces that learn your neural signatures, enabling bidirectional thought streams with privacy-preserving encoders.
We’re building the bridge between biological cognition and machine: brain–computer meshes, immortal power systems, and autonomous repair swarms—so your thoughts can flow beyond a single device.
⟢ cLife Mesh v0.8.2 uplink: quantum-safe TLS nodes: 1024 (regional quorums) bci-bandwidth: 12.4 Mb/s (adaptive ECoG) cognition-cache: 64 GiB (encrypted) write-policy: intent-verified, reversible logs redundancy: 3× geo, 2× substrate class (CMOS + memristor) energy: SolarSkin + H₂ microfuel + kinetic harvest repair: ARB swarm (autonomous robots) ✔ status: SYMBIOSIS: active
Low-latency interfaces that learn your neural signatures, enabling bidirectional thought streams with privacy-preserving encoders.
From augmentation to emulation: progressive co-processing where identity is preserved via verified intent and continual alignment.
Zero-knowledge permissions, self-custodied cognition logs, and revocable capabilities. Your mind, your keys.
Neuro-ethics by design: consent, reversibility, audit trails, and fail-safe off-ramps embedded in the stack.
We engineer systems where cognition doesn’t die with a device. Compute migrates across heterogeneous chips, while power and repair are autonomous.
{ "identity": "self-custodied DID", "consent": "ZK-intent proofs", "bci": {"mode": ["EEG","ECoG","optical"], "latency_ms": "<12"}, "state": {"cache": "encrypted ring buffer", "handoff": "hot"}, "energy": ["SolarSkin","H2-microfuel","kinetic"], "repair": {"swarm": "ARB", "policy": "predictive"}, "ethics": {"reversible": true, "auditable": true} }
Memory, focus, and creative co-processing—your neural patterns enhanced by adaptive models you control.
Encrypted cognition logs and intent-verified snapshots to recover or migrate state across substrates.
High-fidelity emulation targets for research—tested against your live intent metrics, never replacing your agency.
Hardware-agnostic APIs so any lab can plug in sensors, chips, or swarms that meet the Continuity Spec.
Be the first to explore the bridge between biology and machine: private updates, early invites, and the cLife Manifesto.