Aerlix · Autonomous Resilience Systems
Engineering Autonomous Resilience.
Aerlix engineers advanced software across autonomy, artificial intelligence, cybersecurity, edge computing, resilient networks, command systems, and advanced R&D for defense, industrial, and mission-critical environments.
- The world is distributed.
- The environment is contested.
- Connectivity cannot be assumed.
- Data is fragmented.
- Systems must make decisions at the edge.
- Autonomy must remain controlled.
- AI must remain secure.
- Networks must remain resilient.
- Operators need information, not noise.
Aerlix engineers the software between all of it.
Technology Model
Three tiers, deliberately kept distinct.
Aerlix separates what it can deliver today from what it is actively researching — so a capability statement never implies more maturity than the work behind it supports.
Tier I
Operational Capabilities
What Aerlix builds, integrates, and supports today — software Aerlix can stand behind in an engagement.
- Mission software
- AI systems & computer vision
- AI agents & orchestration
- Defensive cybersecurity
- Authorized offensive security
- Secure distributed systems
- Edge applications
- Real-time telemetry platforms
- Simulation systems
- DevSecOps & systems integration
Tier II
Advanced Programs
Mission areas that combine Tier I capabilities into defense-relevant systems — where Aerlix engages as an integrator and engineering partner.
- Tactical edge software
- Command-and-control software
- Autonomous mission management
- Distributed autonomous systems
- Resilient networking
- AI-assisted decision support
- Sensor fusion & ISR data processing
- Cyber operations platforms
- Mission data platforms
- Simulation & digital twins
Tier III
Frontier R&D
Research directions and partnership areas — investigated, prototyped, and modeled, not sold as delivered product.
- Assured PNT
- RF & spectrum software
- Advanced autonomy & collective intelligence
- AI assurance & adversarial ML
- Space & orbital edge computing
- Novel compute architectures
- Cyber-physical security
- Quantum-adjacent research
Systems Story
Designed to operate through disruption.
Normal conditions are not the design target. This is a live demonstration of a distributed mission network holding a coherent picture as connectivity degrades — step through it manually below.
DDIL Resilience
Degraded · Disrupted · Intermittent · Limited connectivity
All nodes synchronized. Command has a complete operating picture.
Capabilities
The system stack, end to end.
01
Mission Systems
Software that connects sensing, decision-making, and action across a mission.
02
Autonomous Systems
Mission software for UAS, ground, maritime, and undersea autonomy — not the platforms themselves.
03
Cyber Operations
Defensive cyber, authorized offensive security, and cyber R&D.
04
Artificial Intelligence
Mission AI — agents, reasoning, and decision support built for operators, not demos.
05
Edge & Distributed Systems
Compute and coordination that keeps working when the network does not.
06
Command & Control
Common operating pictures and decision interfaces for distributed teams.
07
ISR & Sensor Systems
Software for ingesting, fusing, and understanding multi-sensor data.
08
Spectrum Systems
Spectrum awareness, RF analytics, and resilient communications research.
09
Simulation & Digital Engineering
Digital twins and synthetic environments for testing systems before they meet reality.
10
Space Systems
Ground-segment and orbital-edge software — resilient distributed space infrastructure.
Government & Defense
Software for the contested environment.
Aerlix Consulting LLC is a small business engaging federal and defense-adjacent opportunities across: