Powering Autonomous Missions

Powering
Autonomous
Missions

Making Energy an Autonomous Force

Making Energy an Autonomous Force

Activating power assets as intelligent resources,

Dynamically responding to mission demand across distributed operations.

Activating power assets as intelligent resources,

Dynamically responding to mission demand across distributed operations.

Operational energy Decision Intelligence

Orchestrating distributed energy supply with dynamic mission demand.

Autonomous Sustainment

Autonomous Sustainment

Unmanned systems manage their own energy, endurance, and replenishment with minimal human intervention.

Unmanned systems manage their own energy, endurance, and replenishment with minimal human intervention.

Persistent Intelligence

Persistent Intelligence

Sustain sensors, edge compute, and AI-driven decision-making in contested environments.

Sustain sensors, edge compute, and AI-driven decision-making in contested environments.

Distributed Resilience

Distributed Resilience

Maintain operational effectiveness across vastly dispersed and degraded environments.

Maintain operational effectiveness across vastly dispersed and degraded environments.

unmanned power for
unmanned systems

Enabling systems to power, sustain, and extend their own missions.

unmanned power for
unmanned systems

Enabling systems to power, sustain, and extend their own missions.

Mission-Aware Energy Orchestration

Energy intelligence drives autonomous sustainment

Energy intelligence

Real-time supply response to increasingly volatile and unpredictable energy loads

Energy orchestration prioritizes mission-critical loads and maximizes UxS uptime

Energy orchestration

Dynamic resource management and power distribution

Energy Common Operating Picture empowers distributed operations

Unified real-time Energy COP enhances shared situational awareness