Unclassified // Public Release · Capability outcomes only
Built for · SOCOM / SOF

Runs at the edge with no reachback. You stay in command.

The link is the first thing the adversary takes. DaggerOS assumes it is already gone: it runs air-gapped on the box you carry, fuses every domain into one picture, and keeps the decision a human's.

What you get

Why DaggerOS fits your mission.

Built for the minute the link dies

Air-gapped by architecture, zero external network calls — a DDIL-native posture, not a degraded mode. How air-gapped C2 works.

One operator, every domain

Counter-UAS, EW, SIGINT, ground robotics and more on one fused picture — fewer operators, fewer seams, held by one person under load.

Command it by voice, hands-free

BlackEcho reasons on the box and acts the instant you give the word — launch a drone or a swarm, stage an EW effect, ask what's around you — eyes on the fight.

Move the machine, keep the decision

Ground robotics and GPS-denied navigation under the same single human gate as every other effect.

No reachback required, no data leaving the box, and a tamper-evident record for the after-action the moment the range goes quiet.

Straight answers

SOCOM / SOF — common questions.

Does DaggerOS need a network or a cloud?
No. It boots from encrypted media onto commodity hardware and runs fully disconnected. It makes zero external network calls, measured live.
Can one operator really hold every domain?
That is the design. The whole point is to fuse the domains into a single picture one person can hold under saturation, rather than spreading them across consoles and operators.
Can it be commanded hands-free?
Yes. BlackEcho takes plain-language voice tasking on the box and executes on your authorization — it never arms, fires, or emits on its own.

Bring us a problem that spans domains.

One operator should hold it. The AI recommends. A human decides.