Swarm & C2
NeuroCommand™
Command your swarm systems.
- Neural swarm command, one brain
- Shared brain-system control
- Fully offline — on-device, no cloud
- No controller. No screen. No voice.
B2G · Governments & Military
OPERATOR: 1 / SYSTEMS: 500+
STATUS: LIVE TESTING — 2026
STATUS: LIVE TESTING — 2026
REV 2026.08
DUAL-USE · DEFENCE & SPACE
DUAL-USE · DEFENCE & SPACE
The Neural OS
Think it.
Command it.
Recover from it.
The neural operating system for swarm command, cognitive readiness, and battlefield recovery. One brain. Every system.
A hummingbird corrects its wingbeat fifty times a second — sense, decode, adapt, act, faster than thought. NeuroDoctrine gives the mind that same reflex: thought, met with motion.
Mayo ClinicNASA JPLNATOAxiom SpaceGoogleStarburstUK Space AgencyInnovate UKimec
Mayo ClinicNASA JPLNATOAxiom SpaceGoogleStarburstUK Space AgencyInnovate UKimec
Why Now
Every swarm still answers to one human, one joystick, one point of failure.
No one has closed the loop between human intent and autonomous execution. Until now.
+40%
Defence budgets, since 2022
500+:1
Systems & drones per operator, today — the bottleneck
0
Fielded BCI platforms in swarm command
10
Years of peer-reviewed R&D behind this platform
How It Works
Brain initiates. Vision locates. Body selects.
Non-invasive. Mobile. Offline. Adaptive. Closed-loop. Hands-free. Screen-free.
Brain
01Intend
The brain decides whether. It initiates the action.
Neural Vision
02Locate
Vision finds where. Neural gaze reads the target.
Body Movement
03Select
The body confirms which. It finishes the action.
Sensory Feedback
04Feedback
Sensory feedback closes the loop, in real time.
One Operator, Many Systems
A single mind commands a swarm simultaneously — not one operator per machine.
Brain-to-Brain Collaboration
Two operators share one decision — collaborative cognitive load, no radio, no voice.
The Platform
A neural operating system to measure, train, and command.
01 · Measure
Sense
Measure and collect full brain & body signals — continuously, non-invasively.
02 · Train
Rewire
Closed-loop training for brain rewiring and neural recovery, session by session.
03 · Command
Control
Command autonomous systems directly via decoded neural signal — no controller required.
Tech StackBrain-Computer InterfacesNeuromorphic ComputingOn-Device Federated LearningNeurofeedback
One Neural OS. Three Products.
Command. Monitor. Recover.
Same neural hardware. Same neural OS. Deployed across every defence mission profile.
Readiness
NeuroReadiness™
Know your warfighter's state.
- Real-time cognitive readiness score
- Fatigue & focus tracking
- Cognitive overload detection
- Commander-facing dashboard
B2G · Training & Operations
Recovery
NeuroResilience™
TBI & PTSD cognitive rehab.
- Closed-loop cognitive rehab
- Built with military medical partners
- Tracks recovery, session by session
- Military medicine, not civilian health
B2G · Military Medicine
Competitive Landscape
Two categories. We're the only one building both.
No BCI company builds shared autonomy. No autonomy company builds a neural interface.
Neural Interface × Autonomy
Neural BCI
Invasive & non-invasive brain-computer interfaces — headsets, wearables, implants.
NeuroDoctrine
The only one building both.
Measure. Train. Command.
Measure. Train. Command.
— unoccupied —
Autonomy & C2
Software and government autonomy programmes — swarm and command-and-control platforms.
The BCI gap
None field a swarm-command interface. None are built for defence, and none pair a neural signal with vision or autonomy.
The autonomy gap
None read the operator's brain. Autonomy without neural intent still needs a joystick, screen, or voice to issue the command.
Our Science
Ten years of published, peer-reviewed research.
Digital Biomarkers
Validation of cognitive biomarkers at home — medRxiv, 2026.
Federated Learning
PrivateBoost — a new on-device federated learning model, under review at Nature Communications.
Neuromorphic Models
Spiking neural networks, with Steve Furber — IOP Journal of Neural Engineering.
Neural Command
Human-robot neural control and on-device neural robot control — IEEE / MDPI Sensors.
Clinical Protocols
Clinical trial protocol for cognitive rehab, MS & mental health — medRxiv, 2026.
Founding Research
Hybrid BCI concept for mind-controlled autonomous systems — PhD Thesis, TU Munich.
Where We Are
Ten years in the lab. Ready for the world.
0
Years of R&D, same core team
0%
Command accuracy
0k+
Patients, clinically validated
0
Peer-reviewed publications
Key Opinion Leaders
Trusted by the clinicians and commanders who would deploy it.
Your company is rapidly advancing solutions to address the challenges of brain health and neurological functioning. Their technology holds immense potential for driving research and innovation in understanding neurological conditions.
Leigh CharvetNYU Langone
This is genuinely valuable for the defence sector — neural swarm control and military medicine, together. The path is clear: swarming and effects first, integrate into current C2 next, then improve C2 itself.
Senior CommanderNATO Alliance
The NYU quote reflects the individual view of the named individual and does not constitute an institutional endorsement. The NATO commentary is shared anonymously at the source's request.
Leadership
Built by operators, clinicians, and builders.
The same core team since 2016 — joined by defence, space, and clinical experts who deploy what we invent.
View full leadership →What's Next
The next interface won't be a screen. It will be you.
Hospitals. Elite teams. Defence programmes. If this is your frontier — let's talk.