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HomeEngineering autonomous resilienceSystemsExplore systemsCapabilitiesExplore capabilitiesDefenseExplore defenseResearchExplore researchIndustriesExplore industriesCompanyExplore companyInsightsExplore insightsMission SystemsMission software connects fragmented observations, operational workflows and human decisions across distributed systems.Autonomous SystemsSoftware for UAS, drones, ground robotics, maritime and undersea systems: perception, planning, coordination and human supervisory control.Cyber OperationsDefensive engineering, authorized security testing and cyber research across software, identity, networks and infrastructure.Mission AIModels, retrieval, tools and agents organized around decision support, bounded action and operator oversight.

Energy Systems

Resilience starts with available power.

Research and engineering scopes for microgrid software, distributed-energy visibility and mission-energy optimization.

The operating problem.

Power constraints change what a distributed system can compute, communicate and sustain.

Engineering approach

Model resource budgets, expose operational state and evaluate scheduling policies using synthetic scenarios before hardware integration.

  • Energy-management software
  • Microgrid software
  • Battery analytics
  • Power-system telemetry
  • Predictive maintenance
  • Distributed energy

SYSTEM ARCHITECTURE / EDGE

Sensing → networking → compute → intelligence → human decision

Interactive model loads as you approach. The engineering scope and constraints are provided in the page text.

Define the mission

Bring the hard problem.

Start with the operating environment, the constraints and the decision your system needs to support.

Discuss a program