Mobile by design
Each Atlas module is permanently paired with its own mobile chassis, allowing infrastructure to move beyond conventional delivery points.
Mobile infrastructure systems
Infrastructure that moves where it is needed
Hyperion Automata is developing Atlas, a mobile infrastructure system designed to deliver reliable power into hard-to-reach and disaster-affected environments.
The last-mile gap
Disasters often damage the same roads, power networks and communications systems that responders depend on. Atlas is being developed to help bridge the last mile between existing logistics networks and the places conventional infrastructure cannot easily reach.
Designed for field reality
Power beyond the delivery point
Atlas is being engineered around the practical constraints response teams face when access, time and resupply are limited.
Rapid to activate
Atlas is being designed around a five-minute activation target, reducing setup complexity for field teams.
Reliable for critical operations
The initial power system is being designed to support essential equipment through the first 72 hours without depending on immediate solar recharge.
Atlas / Mobile power
One platform. Infrastructure where the mission needs it.
Atlas combines energy storage, deployable solar generation and a purpose-built mobile chassis in a compact system designed for difficult terrain and disrupted environments.
- Approximately 8–10 kWh battery storage target
- Integrated unfolding solar generation
- Wide, low-pressure tyres for uneven terrain
- Remote operation with developing navigation assistance
- Capacity that can scale across multiple units
Development status: Atlas is in engineering development and prototyping. Targets may change through testing and validation.
A platform, not a single product
Power first. More infrastructure over time.
The long-term Atlas platform is intended to support communications, environmental sensing and other field infrastructure on a shared mobile system.
Mobile power
Battery storage, deployable renewable power and field mobility.
Local communications
Local Wi-Fi and low-power mesh connectivity, using a shared external uplink where available.
Expanded capability
Environmental sensing, improved navigation assistance and additional mission-specific infrastructure.