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ApplicationsEdge sensing

Modular brain-inspired AI

Do not shrink the model. Shrink how much of it has to run.

STATUS: RESEARCH STAGETRL 6 Operational Baseline
Sparse Energy Gating

What it ignores vs. When it speaks

Tactical edge systems cannot waste compute or bandwidth. The model spends energy only when evidence satisfies strict mission criteria.

Quiet by default (98%+ sparsity)

What it ignores

Inputs the always-on stage rejects. Easy inputs stop after one small specialist.

ZERO PACKETS TRANSMITTED • LOCAL POWER PRESERVED
Verified Trigger Event

Vehicle, moving

Pathway: spatial then temporal specialist

Confidence 0.91 · 2.70 J

FULL PROVENANCE & EVIDENCE ATTACHED
4-Move Gating Architecture

How it decides

Every incoming sensory event moves through four verifiable operational phases:

01

Ignore

A lightweight, always-on gating stage rejects uninformative background inputs at milliwatt levels.

02

Recruit

Admitted inputs wake small specialists sequentially only if the preceding specialist is uncertain.

03

Refuse

If no admissible specialist pathway fits the remaining energy budget, the system yields an abstention.

04

Record

An energy ledger records joules consumed alongside the confidence score for every single decision.

Maturity & Interfaces

Technical Readiness & Stack Architecture

Research stageEmpirical Validation

Measured Benchmark Results

Proposed as COLUMNLINE. Phase I would measure joules per correct decision on one board against a single-model baseline.

Defensible claims backed by reproducible telemetry
Stack & Protocols

Interfaces & Deployment

Low-SWaPEnergy LedgerConditional ComputeGated InferenceSub-5 W
DEPLOYMENT: CLOUD • ON-PREM • AIR-GAPPED / DDIL