Where We Operate

Built for the Mission

Atlas was designed first for the Department of War tactical edge, but the same engineering that makes it survivable in austere military environments makes it the right answer wherever connectivity is scarce, data is regulated, and the environment is hostile to conventional infrastructure.

Flip a sector to see how Atlas solves it.

Department of War

The problem. Tactical formations need foundation-model AI for ISR fusion, decision support, and counter-UAS. Today they get thin clients dependent on satellite backhaul to CONUS, which fails the moment a peer adversary contests the spectrum.

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How Atlas Solves It
  • Forward operating base or expeditionary command post AI compute, deployable by C-130 or CH-47 and operational the same day.
  • Hosts mission partner environment (MPE) workloads with VRF isolation across coalition, classified, and unclassified enclaves.
  • Runs ISR fusion models (full-motion video, SAR, SIGINT) at the edge, with only finished intelligence returning over scarce SATCOM.
  • Private 5G bubble covers handsets, ground robots, and drones in a 1 to 5 km tactical footprint, with no carrier dependency.
  • Replaces multi-year MILCON timelines and 8-figure construction costs with a deployable, refuelable asset.
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Intelligence Community

The problem. Sensitive analytics and multi-INT fusion workloads cannot ride on commercial clouds, and compartmented environments rarely sit next to a data center.

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How Atlas Solves It
  • Sovereign compute for AI-driven intelligence workflows in compartmented environments; data, models, and outputs never leave the enclave.
  • Multi-classification operation on a single physical fabric through hardware-enforced VRF segmentation.
  • Full audit ledger, STIG-hardened stack, and an established RMF pathway toward Authority to Operate.
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Allied & Coalition Forces

The problem. Mission partner environments need shared AI capability without commingling national data, on infrastructure every partner can trust and sustain.

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How Atlas Solves It
  • NATO-interoperable infrastructure with hardware-enforced data segmentation per partner nation.
  • NATO NSPA qualified hydrogen fuel cell power for allied logistics interoperability.
  • Federation over MACsec-encrypted links lets multinational task forces share models while keeping data resident.
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Healthcare

The problem. Clinical AI demands low latency, regulated data handling, and continuous availability. Cloud round-trips violate latency budgets for life-safety workflows, expose ePHI to a third party, and stop working when the WAN does.

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How Atlas Solves It
  • On-premise inference for radiology, pathology, and ambient clinical documentation, with patient data and model weights remaining inside the hospital.
  • HIPAA-aligned: AES-256 at rest, MACsec on internal fabric, TLS or IPsec on egress, role-based access through the existing identity provider.
  • Field hospital and disaster response deployments stand up a complete AI-enabled clinical environment in hours, including private 5G.
  • Telemedicine bridge to specialists over satellite when terrestrial connectivity is down; only consult traffic goes out.
  • Multi-tenant isolation supports affiliated clinics on a shared regional Atlas without commingling ePHI.
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Utilities & Critical Infrastructure

The problem. Utilities are moving to continuous AI-driven sensing for predictive maintenance, wildfire risk, and grid edge orchestration. NERC CIP forbids streaming raw OT data to a public cloud, and many substations have no usable WAN at all.

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How Atlas Solves It
  • Substation-resident AI for transformer condition monitoring, partial discharge detection, intrusion detection, and dynamic line rating.
  • NERC CIP aligned: bulk electric system data never leaves the substation perimeter; Atlas presents a controlled Electronic Security Perimeter.
  • Private 5G provides authenticated coverage for line workers, inspection drones, and IoT sensors on transformers and reclosers.
  • In wildfire regions, Atlas processes thermal, optical, and weather feeds on site and sends only alarms upstream, surviving the outages it detects.
  • Water and wastewater plants gain the same on-prem footprint for SCADA anomaly detection and chemical process optimization.
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Oil & Gas

The problem. Offshore platforms, remote wellpads, and pipelines run in some of the harshest environments on earth. Satellite backhaul is expensive and not built for petabyte-class telemetry. Process data is among the most IP-sensitive in any industry.

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How Atlas Solves It
  • Offshore platform skid: Atlas processes vibration, acoustic, and video telemetry for predictive maintenance and methane leak detection, sending only events to shore.
  • A single Atlas covers a wellpad cluster or compressor station, providing private 5G for crew handsets, drone inspections, and connected vehicles.
  • Pipeline right-of-way: units at pump stations process distributed acoustic sensing (DAS) and aerial inspection feeds locally, in line with API 1164.
  • Hydrogen-native: Atlas runs on a hydrogen fuel cell, integrating naturally with operators investing in hydrogen and decarbonization.
  • Full immersion cooling, MIL-STD-810H qualification, and EMP shielding match conditions where traditional rack equipment fails.
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Industrial Manufacturing

The problem. Industry 4.0 promised AI-enabled factories, but the reality is fragmented OT networks, legacy PLCs, IP-sensitive process data, and IT teams that cannot ship raw line telemetry to a public cloud. Few plants have a data center on site.

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How Atlas Solves It
  • Plant-floor digital twin and visual inspection with cameras, vibration sensors, and PLC telemetry feeding inference at single-digit-millisecond latency.
  • IEC 62443 aligned: segmented zones and conduits, OT isolated from IT, and an auditable control surface.
  • Private 5G replaces brittle plant Wi-Fi for AGVs, mobile inspection, and ruggedized handhelds.
  • Mining and remote heavy industry: autonomous haul truck dispatch, drill-and-blast optimization, and tailings monitoring at the mine site.
  • IP sovereignty: process recipes, CAD models, and yield data never leave the plant boundary.
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Don't See Your Mission?

If your AI has to run where the cloud can't reach, Atlas was built for you.

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