Defense & Aerospace
Where Precision Meets Power
AI for air, sea, land, space, and cyber — built for contested environments, imperfect data, and the tempo that modern operations actually demand.
Discuss Your MissionAcross Every Domain
Air, space, maritime, land, cyber, and the electromagnetic spectrum. Different terrain, same requirement — AI that earns the operator's trust.
Air & Space
Aerospace platforms, space domain awareness, and ISR. AI that keeps pace with the operational tempo of air and space operations — from flight line to orbit.
- ▹Multi-INT ISR fusion and target development
- ▹Space domain awareness and conjunction analysis
- ▹Mission planning and air tasking order support
- ▹Platform predictive maintenance and readiness
- ▹Autonomy and loyal-wingman human-machine teaming
Maritime & Land
Naval, ground, and expeditionary operations. Logistics, sustainment, and decision support engineered for the edge of the network — where the warfighter actually works.
- ▹Expeditionary logistics and sustainment analytics
- ▹Common operating picture enrichment and fusion
- ▹Fleet and vehicle predictive maintenance
- ▹Route planning under denied GPS and comms
- ▹Training and mission rehearsal augmentation
Cyber & Electromagnetic
Cyber operations, electronic warfare, and spectrum dominance. AI that compresses the analyst decision cycle and holds up under adversary contact.
- ▹Threat hunting and network defense augmentation
- ▹Signal classification and EW effects analysis
- ▹Spectrum management and dynamic allocation
- ▹Malware triage and reverse-engineering support
- ▹OPIR and indications-and-warning analytics
The Adversary Is Moving. So Should Your AI.
Science projects don't close kill chains. Demos don't survive contact. Defense-grade AI has to be fieldable, maintainable, and trustworthy on day one — not after the next budget cycle.
Why Tullup for Defense
We engineer for environments where degraded is the baseline, adversary contact is assumed, and the operator's trust has to be earned one sortie at a time.
Contested-Environment Ready
Built to operate in denied, degraded, intermittent, and limited (DDIL) conditions. Models ship to the edge, run disconnected, and resync when the link returns — because the adversary gets a vote.
Edge to Enterprise
From the tactical edge to the CONUS enterprise data center. We architect for the full gradient — compressed models on constrained platforms, full-fat pipelines in the rear.
Export-Control Aware
ITAR, EAR, and foreign-disclosure realities shape engineering, not just legal review. We build with partner releasability and technology-transfer constraints baked into the architecture.
Warfighter-in-the-Loop
Operators stay in command. Outputs are explainable, uncertainty is quantified, and the human can always ask the model how it got there. No black-box kill chains.
Where We Make an Impact
ISR Fusion
Multi-INT fusion across imagery, signals, and open source — compressing hours of analyst triage into minutes with full source provenance.
Mission Planning
Course-of-action generation, wargaming support, and logistics deconfliction that respects doctrine, ROE, and the realities of the operating environment.
Predictive Maintenance
Keep aircraft, ships, and vehicles mission-ready. Detect component failures before they break the sortie rate or strand a platform forward.
Decision Support
Analyst and commander augmentation with quantified uncertainty, explainable rationale, and the ability to drill into any recommendation's supporting evidence.
Human-Machine Teaming
Autonomy that operates inside operator intent. Loyal-wingman concepts, distributed teaming, and the engineering discipline to keep the human in charge.
Logistics & Sustainment
Expeditionary supply chain optimization, parts provisioning, and readiness forecasting — for the long logistics tail that actually wins campaigns.
Cleared for Takeoff
From the flight line to the fleet to the forward edge — let's discuss what your mission actually requires.
Schedule a Consultation