Earth's agentic
operating system.
Forging the world's first Spatial General Intelligence.Agentic automation for every decision on Earth.


Your unfair AI advantage.
One AI agent for the entire physical world. The physical world runs on millions of decisions — where to build, what to inspect, how to optimize, how to operate. Today, every one of them requires manual work, specialized tools, and human experts who are expensive and scarce. Jax, our Spatial General Intelligence, connects directly to your data, reasons about it spatially, and acts autonomously while keeping a human in the loop.

Nexma is a schema-driven spatial operating system. Load an ontology — defense, telecom, cyber, utilities, logistics — and the entire platform reconfigures. One AI agent reasons, designs, investigates, and operates across any domain where decisions have a spatial dimension.
100+ live feeds on a unified intelligence globe. AI-powered synthesis and cross-stream correlation across every operational domain.
End-to-end spatial design across any domain. From agent skill to field-ready plans — autonomously.
Mission autonomy for contested environments. Spatial operations planning, ISR analysis, and tactical decision support.
Global threat surface intelligence. Network vulnerability mapping, attack surface analysis, and continuous exposure monitoring.
The operating system for spatial intelligence. Nexma natively unifies data, agents, and workflows on a single governed graph — built to run any infrastructure domain at enterprise scale.

Jax connects directly to your spatial data — satellites, sensors, terrain, networks — reasons about it under your engineering constraints, and acts. One agent runs design, optimization, and operations, end to end.

Role-based access, complete audit trails, and the resilience, governance, and operational rigor mission-critical enterprises demand.
[Nexma Enterprise]

Global threat surface intelligence mapped and monitored in real time

AI-native engineering that turns infrastructure plans into construction-ready, cost-optimized designs

Mission autonomy for contested, communications-denied environments

Real-time global intelligence dashboard — 85+ live feeds, AI-powered synthesis, and cross-stream correlation on a unified spatial interface

Agent swarm simulations that predict outcomes before you commit resources

Entity networks, financial flows, and risk signals mapped spatially

AI-powered object detection and tracking across land, sea, and air

Satellite imagery and synthetic aperture radar analyzed at planetary scale

Describe what you need in natural language. Get a spatial application in minutes.

Persistent autonomous agent systems that run continuously in the background

Global threat surface intelligence mapped and monitored in real time

AI-native engineering that turns infrastructure plans into construction-ready, cost-optimized designs

Mission autonomy for contested, communications-denied environments

Real-time global intelligence dashboard — 85+ live feeds, AI-powered synthesis, and cross-stream correlation on a unified spatial interface

Agent swarm simulations that predict outcomes before you commit resources

Entity networks, financial flows, and risk signals mapped spatially

AI-powered object detection and tracking across land, sea, and air

Satellite imagery and synthetic aperture radar analyzed at planetary scale

Describe what you need in natural language. Get a spatial application in minutes.

Persistent autonomous agent systems that run continuously in the background

Global threat surface intelligence mapped and monitored in real time

AI-native engineering that turns infrastructure plans into construction-ready, cost-optimized designs

Mission autonomy for contested, communications-denied environments

Real-time global intelligence dashboard — 85+ live feeds, AI-powered synthesis, and cross-stream correlation on a unified spatial interface

Agent swarm simulations that predict outcomes before you commit resources

Entity networks, financial flows, and risk signals mapped spatially

AI-powered object detection and tracking across land, sea, and air

Satellite imagery and synthetic aperture radar analyzed at planetary scale

Describe what you need in natural language. Get a spatial application in minutes.

Persistent autonomous agent systems that run continuously in the background

The workflow platform for agentic operations. Entities, agents, and automations on a single governed graph — built to run in production.
[Nexma Enterprise]