Embedded intelligence for machines. We build edge-AI that lives inside the machine itself — nodes that perceive, understand, and act, with no cloud in the loop.
A small, passive sensing node for the drones radios can't hear. A new class of FPV drone flies its control link over optical fiber — zero RF emissions — so the RF-based detection most defenses rely on never sees it. Propulsion, however, can't be muted.
Sentio pairs the cue that can't be turned off with the sensor that confirms it:
- Hear — 360° passive acoustic cue, no emissions, day or night
- Confirm — a camera interrogates the cued bearing: drone or not-drone
- Act — fused tracks publish in standard formats (TAK-compatible) to systems you already run
- A detection layer, not a weapon — and the whole loop runs on-device, on commodity edge silicon
Working prototype runs end-to-end on real edge hardware today. Detection behavior is validated in physics-based simulation — labeled SIM, because simulation is evidence of promise, not performance. The field campaign is the next phase; its numbers will be published with collection methodology, whether they flatter us or not. Until then you will not find a detection-accuracy claim from this company anywhere.
Defense is chapter one because the need is urgent and specific — not because it's the whole book. The same hear-look-decide loop, retrained, is a node that hears a failing bearing in a motor, an intrusion at a fence line, a pest in a field. Machines with senses and an on-device brain, one fielded mission at a time.
From 2025–26 Sipsa Labs built UltraCompress (near-lossless LLM weight compression, 23 verified architectures). It was discontinued in June 2026; the research, methodology, and verified results remain public at sipsalabs.com/research/compression-archive — that's what "built in the open" means when a chapter ends. (BUSL-1.1, patents pending.)
Talk to us: founder@sipsalabs.com · sipsalabs.com · /sentio · careers