Chariot as Tactical Power Controller

This is the path from selling battery boxes to owning the power control layer. If Chariot can sit above generators, vehicles, batteries, and mission equipment from multiple vendors, it can get paid whenever a brigade needs to route, buffer, and prioritize electricity, not only when it buys another Amphora unit. That matters because tactical power deployments are usually mixed fleets, not clean single vendor stacks.

• Amphora already takes power from generators, vehicles, batteries, and other sources, then distributes it across different outputs while software tracks energy, draw, and battery health. That means the product is naturally moving toward a controller role, not just a battery role.
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• This mirrors how microgrid control vendors create leverage. Products from SEL, Cummins, and OATI are built to coordinate mixed assets, prioritize critical loads, and cut generator runtime. In practice, the software becomes the system operators keep using even as hardware underneath changes.
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• The Army and DoD have already tested the same concept in vehicle centric and mobile microgrids, where a central controller automatically decides which power sources run and which loads get served. Chariot's DIU PRISM award puts it inside that existing defense demand pattern.
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The next step is a battlefield energy network where Amphora is one node and the software is the durable product. If Chariot becomes the default controller for mixed tactical power systems, recurring software, fleet management, spares, and service revenue can scale faster than battery unit sales alone.