Deployable Survival Infrastructure Si vis pacem, para bellum

End the
Convoy

Containerized platforms that produce food, water, energy, and medicine at the point of deployment. Built for environments where conventional resupply is unreliable, delayed, or not coming.

01 · The Problem

Supply Chains Are the Kill Zone

Operational endurance is determined by logistics. In recent conflicts, supply infrastructure has proven more vulnerable than frontline units. Low-cost autonomous systems can disable high-value logistics vehicles, shifting the advantage toward those who can operate without continuous resupply.


Forward units go combat-ineffective within 72 hours of resupply cutoff. The same constraint applies beyond the battlefield: research stations, disaster zones, maritime deployments, and long-duration space missions. The environment may change, but the dependency doesn't.

02 · The System

Produce at the
Point of Need.

Xyla builds modular platforms that produce food, water, energy, and medicine at the point of deployment without the need for existing infrastructure or resupply.

Deployed In Naval Vessels & Submarines Forward Operating Bases Arctic & Remote Environments Disaster Response & Research Stations
Delivery Platform

One Container.
Every Dependency Covered.

The full Xyla platform integrates into a standard 20-foot ISO container. Food production, water treatment, energy generation, medicinal cultivation. Off-grid from the moment it arrives.

Deployable by sea, air, or land. Compatible with standard military logistics. The same container that carries it in becomes part of the platform.

Xyla ISO container deployment
03 · The Platform

30-Minute Deployment.
No External Inputs.

Ships as a 2×2×10ft tower. Deploys to full operation in under 30 minutes, no tools, no crew. Everything it needs is drawn passively from the environment around it.

30min
Deploy
Time
3+ yrs
Continuous
Operation
Xyla V1 plant module
04 · Roadmap

Development
Roadmap

V1 food production is deployed and validated. Water, energy, and medicinal systems are in active development.

Production

Food Production

Validated in controlled-environment and field testing.

In Development

Water Systems

Multi-source input processing: atmospheric, surface, and reclaimed water. Targeting the same deployment footprint and container integration as V1.

In Development

Energy & Medicinals

Solar primary generation with bioreactor backup for continuous output in low-light conditions. Medicinal cultivation module in parallel development.

The constraint isn't firepower or personnel.
It's how long the operation can sustain itself
without a resupply that may never come.

05 · Contact

Get in Touch.

devesh@xyla.space

For deployment discussions, procurement inquiries, and research partnerships. We respond within 48 hours.


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