Agent Infrastructure for Space

The mesh layer
between autonomous
spacecraft

Every space AI company builds dashboards for human operators. VoidMesh builds coordination APIs, persistent memory, and collision avoidance protocols for the agents themselves.

MCP-Compatible Agent-Native APIs Zero UI Required
VM
100K Satellites by 2030
$7.8B Space AI Market 2026
32% Annual Growth Rate
0 Agent-Native Infra Providers
The Problem

Satellites are becoming autonomous.
Their infrastructure hasn't.

01

Human-Centric Tooling

Every existing space ops platform, from Slingshot to LeoLabs, builds dashboards for human operators. As constellations scale to thousands of satellites, humans become the bottleneck.

02

No Shared Memory

Space agents operating across missions lasting months or years have no persistent memory layer. Communication delays of minutes to hours make ground-based memory impractical.

03

No Agent Coordination

Multi-agent systems in orbit lack standardized coordination protocols. Each constellation reinvents agent-to-agent communication from scratch. There is no shared infrastructure layer.

Core Capabilities

Infrastructure primitives
for orbital agents

Wedge Product

Persistent Memory Layer

Long-horizon memory that survives communication blackouts, radiation events, and multi-year mission durations. Agents query shared state across constellations without ground relay.

POST /v1/memory/store
GET /v1/memory/query?agent_id=sat-047&horizon=90d

Multi-Agent Coordination

Constellation-scale coordination protocols. Agents register, share intent, negotiate maneuvers, and resolve conflicts. Built for dynamic connectivity and partial observability.

WS /v1/coordinate/join
POST /v1/coordinate/intent

Collision Avoidance API

Real-time debris tracking and avoidance recommendations consumed directly by autonomous agents. No human-in-the-loop required for standard evasive maneuvers.

GET /v1/safety/proximity?orbit=LEO&radius=5km

Orbital Simulation Sandbox

Test coordination protocols, memory persistence, and collision avoidance in a realistic orbital simulation before deploying to production satellites. The freemium tier lives here.

POST /v1/sim/create?env=LEO_500km
Architecture

Where VoidMesh sits

Application Layer
Constellation Management Earth Observation Debris Removal In-Space Servicing
VoidMesh
Memory Coordination Safety Simulation MCP Integrations
Hardware Layer
Satellite Buses Sensors Propulsion Comms

VoidMesh is the middleware. We don't build satellites or operate constellations. We build the infrastructure layer that lets their agents coordinate autonomously.

The next 100,000 satellites won't be operated by humans.

They'll be operated by agents. Agents that need to coordinate in real-time across constellations. Agents that need memory that persists through years-long missions. Agents that need to avoid collisions at machine speed, without waiting for ground control.

The infrastructure for that world doesn't exist yet.

We're building it.