NATO SAPIENT
Sensor and effector messaging for counter-UAS and force protection.
BlackTimber Defense · Flagship platform
DaggerOS™ — one operator holds the whole picture.
DaggerOS™ is an air-gapped, evidence-first decision-support operating system. One operator holds a single fused picture across 21 mission domains, and every effect — kinetic or emitted — passes one Human Gate. It senses passively, ranks options, and never acts on its own. Demonstrated under live conditions at T-REX 26-2.
Demonstrated Unclassified // Public Release
Architecture
The whole loop, on one screen.
DaggerOS runs a single decision loop end to end. Passive sensing is fused into one picture; options are ranked for the operator; the human authorizes; the effect is released and sealed into a record you can verify.
- Sense — passive-by-default intake across RF, electro-optical / infrared, acoustic and radar.
- Fuse — every domain resolves into one operator picture.
- Decide — DaggerOS ranks options for the operator; it does not choose.
- Authorize — the single Human Gate. A human operator gives verbal "Weapons Free" to release a kinetic effect or an active emission. There is no autonomous engagement path.
- Act — only an authorized effect is released.
- Seal — the decision is written to a tamper-evident, SHA-256-chained record, verifiable in-browser.
- 01
Sense
Passive-by-default intake across the RF, electro-optical/infrared, acoustic and radar environment.
- 02
Fuse
Every domain resolves into one operator picture — no swivel-chair between screens.
- 03
Decide
DaggerOS ranks options against the picture and the rules of engagement. It does not choose.
- 04
Authorize
The single Human Gate. A human operator makes the call; nothing passes without it.
- 05
Act
Only an authorized effect — kinetic or emitted — is released.
- 06
Seal
The decision is written to a tamper-evident, SHA-256-chained record, verifiable in-browser.
Authorization model
Weapons Free is a human authorization.
21 mission domains
Every domain, one fused picture.
Each domain is a spoke; the operator holds the hub. Follow any domain for how DaggerOS senses it passively and folds it into the single picture.
- Counter-UAS
- Electronic Warfare
- Signals Intelligence
- Electro-Optical / Infrared
- SATCOM Resilience
- Space Domain Awareness
- CBRN Detection & Identification
- Maritime Domain Awareness
- Ground Robotics (UGV)
- Resilient PNT
- Cyber Defense
- Acoustic Sensing
- Ground-Based Radar
- Undersea & Subsurface
- Direction Finding & Geolocation
- Spectrum Management
- ISR Fusion
- Force Protection
- Critical Infrastructure
- Border Security
- Counter-IED / EOD
Interoperability · modular open-systems approach
Aligned to the standards the mission already speaks.
CoT / TAK
Shares the fused picture with ATAK and the wider TAK ecosystem.
STANAG 4609 / 4607
Coalition motion-imagery and moving-target formats.
MAVLink · PX4 · ArduPilot
Open flight-control interfaces for uncrewed systems.
Deployment
Air-gapped, whichever way it deploys.
The air gap is a property of the architecture, not a checkbox. The same build holds it at the edge, disconnected forward, or at a fixed site.
On-box at the edge
The whole decision loop runs on the operator’s hardware. No cloud dependency, no back-haul.
Disconnected forward
Operates with the network cut. Air-gapped by architecture, not a toggle you can forget.
Fixed-site
The same build stands up at an installation without opening an external path.
Evidence
Shown, not asserted.
TRL 7–8
Technology readiness
T-REX 26-2
Demonstration
May 2026
SHA-256
Chained decision record
Verifiable in-browser
Demonstrated under live, operationally representative, third-party conditions at T-REX 26-2, May 2026. Two clips from that line of work:
Transcript
A drone enters the scene. DaggerOS detects and tracks it on-box with edge AI, holds the track in the fused picture, and presents the operator a ranked decision — all air-gapped, with no signature emitted and nothing sent off the box.
Transcript
An overview of the DaggerOS loop: passive sensing fused into one picture, options ranked for the operator, the Human Gate, and the sealed record that follows.
FAQ
Straight answers.
Is DaggerOS a prototype?
No. DaggerOS is a fielded, demonstrated system, shown under live, operationally representative, third-party conditions at T-REX 26-2 in May 2026. It runs air-gapped and on-box.
Can DaggerOS fire on its own?
No. There is no autonomous engagement path. A kinetic effect or an active emission is released only after a human operator gives verbal “Weapons Free”. DaggerOS ranks options; the operator authorizes. Engineered to DoDD 3000.09.
Does any data leave the box?
No. DaggerOS is air-gapped by architecture, not a setting. Sensing is passive-by-default and there are zero external network calls.
How is a decision recorded?
Every authorization is written to a tamper-evident, SHA-256-chained record you can verify in your own browser.
What does DaggerOS interoperate with?
Aligned to NATO SAPIENT, CoT/TAK, and STANAG 4609/4607, and open flight-control interfaces — MAVLink, PX4 and ArduPilot — under a modular open-systems approach.
How many mission domains does it cover?
Twenty-one, from Counter-UAS and Electronic Warfare to Resilient PNT and Cyber Defense — all fused into one operator picture.
Bring us a problem that spans domains.
Aligned to your acquisition pathway. Evaluated under an agreement.