Aerlix ConsultingAerlix Consulting

Mission software connecting fragmented observations, operational workflows and human decisions across distributed systems — operator interfaces, real-time services and event-driven integration.

• Backend systems
• APIs
• Real-time software
• Operator interfaces
• Distributed services

Perception, planning, coordination and human supervisory control for UAS, ground robotics, maritime and undersea platforms. Autonomy needs bounded authority, observable intent and a defined safe state.

• Robotics software
• Mission logic
• Human-supervised autonomy
• Multi-agent systems
• Autonomous tasking

Models, retrieval, tools and agents organized around decision support, bounded action and operator oversight. Sensor and mission-data understanding preserves uncertainty and distinguishes evidence from inference.

• Machine learning
• Computer vision
• Sensor fusion
• Decision support
• Edge inference
• Data pipelines

Local processing, low-latency inference and distributed applications engineered around resource and connectivity limits — disconnected operation, adaptive communications and distributed state under degraded, disrupted, intermittent or limited connectivity.

• Distributed architectures
• Disconnected operation
• Resilient state
• Remote compute
• Local-first systems

Sensor and platform integration, versioned mission-data APIs and common operating interfaces that connect distributed observations to accountable decisions.

• APIs
• Middleware
• Sensors
• Platforms
• Telemetry
• Data interfaces

Digital twins, agent-based models, discrete-event simulation and staged software/hardware-in-the-loop integration. A simulation is an executable set of assumptions — its value depends on documenting them and comparing against evidence.

• Simulation
• Digital twins
• Scenario testing
• Fault injection
• Validation tooling

Defensive engineering, authorized security testing and cyber research across software, identity, networks and infrastructure. Effective defense constrains inherited trust without turning every anomaly into a system-wide outage.

• Secure software engineering
• Deployment pipelines
• Identity
• Least privilege
• Software supply-chain security