Field Ready
Engineered to operate in harsh conditions. Trusted across real operational environments.
unmannedSHELL
HARDWARE THAT CARRIES THE SOFTWARE TO THE FIELD
Hardware for the Real World
DEFINITION
unmannedSHELL is the physical layer of unmanned systems in the field.
It unifies energy, communications, and compute capacity into a single structure, ensuring operations run uninterrupted under real-world conditions.
Engineered to endure harsh environments, it carries every essential component the system needs out to the field.
Wherever the operation takes place, unmannedSHELL operates there.
The foundation of the field.
Six core hardware capabilities — engineered for real operational conditions.
Durable Structure
Protected against harsh environmental factors. Built for long-term, reliable use.
Integrated Power
Energy management is unified in a single system. Sustains continuous field operation.
Uninterrupted Link
Communications adapt to the field. Even when the link shifts, the system keeps running.
On-Site Compute
Data is processed in the field. Decisions are applied without delay.
Modular Hardware
Configurable to different needs. The system shapes itself to the field.
DEEP DIVE
Field Deployment
The field is not a lab.
unmannedSHELL settles on a rocky ridge, a desert flat, a coastline. The hardware adapts to the environment, not the other way around.
Environmental Resistance
Dust, wind, fog — these are inputs.
The enclosure is engineered for resistance, not for failure. IP67 + MIL-STD-810 hardening; the core stays stable beneath the outer layer.
Power Management
In the field, power is not consumed — it is managed.
Li-ion, solar, shore power — three sources unify under a single BMS. Redundancy is the default; degradation is controlled.
Connectivity Adaptation
Use the link if it exists. Continue if it does not.
LTE/5G + Satcom + LoRa mesh — the system picks the best available path; if the bridge drops, the mesh takes over and the mission continues.
On-Site Compute
Data becomes a decision in the field.
Sensors stream in; inference runs locally; decisions propagate in milliseconds. The cloud is a next step, not a prerequisite.
Modular Hardware
One core. Many configurations.
Compute, comms, antenna, battery pods plug into the same bus. If the field's need changes, SHELL's shape changes with it.
Multi-System Integration
A single nest is not enough. The mesh works.
Multiple SHELL units share coverage, hand off drones, merge telemetry streams. The operation runs as a distributed whole.
Autonomous Operation Support
Hardware carries the autonomy.
Edge agent + local AI inference live inside the core. Command does not come from outside; it comes from the field itself.
Continuous Operation
Around the clock. No pause.
Thermal management, battery rotation, power tiers — the system sustains itself. Operator intervention is the exception, not the rule.
Real-World Reliability
The field is not a test. The field is the proof.
A hardened core, a distributed nest fleet, a scalable configuration. The system was born in field conditions; it operates in them.