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YOURCONSTELLATIONTHINKSFORITSELF

The control plane for the orbital economy. Distributed orchestration that turns thousands of satellites into a single, coordinated system.

See How It Works
1,000+
Satellites
Scalable coordination
<4s
Response Time
Sensor to action
Zero
Ground Dependency
For mission continuity
20+
Event Categories
Classified in real time
24/7
Autonomous Ops
No operator required
3
Markets
Defense, Commercial, Insurance

The Problem

The Scaling Paradox

Thebottleneckhasshiftedfromlaunchtooperations.Launchisacommodity.Hardwareismass-produced.Butoperatorsaremanagingmassiveconstellationswithlegacytechnologyneverdesignedforthisscale.Centralizedgroundcontrolscaleslinearlywhilefleetcomplexitygrowsexponentially.The'coordinationtax'hasbecometheprimaryconstraintonmissionROI.

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SYNAPSE Engineering UI

The Solution

SYNAPSE

SYNAPSE is a modular coordination layer that distributes operational authority to the edge. It deploys alongside your existing flight software — no rip-and-replace, no rewriting spacecraft code. Your fleet negotiates execution in orbit, maintains its own state, and coordinates resources autonomously. Ground links become a convenience, not a dependency.

Flight-software adjacent — deploys alongside existing systems
Fleet-wide consensus in under 4 seconds
Full mission continuity — even when ground links are unavailable
Explore SYNAPSE

How It Works

From Detection to Response in Seconds

01

DETECT

See Everything

The constellation is a distributed sensor network. Optical, RF, and electronic intelligence streams fuse into a single, real-time orbital picture — continuously, across every node.

Multi-Source
02

CLASSIFY

Know What It Is

On-board ML classifies what the constellation is seeing across 20+ categories — threats, anomalies, and operational events. No ground input. No waiting. The system knows what's happening and how to respond.

20+ Categories
03

DECIDE

Choose the Response

The right operational response is selected in sub-seconds based on event classification, orbital geometry, and what the rest of the fleet is doing.

Sub-Second
04

ACT

Move as One

The entire constellation aligns on a coordinated response in under four seconds. Every node acts as part of a unified system — whether ground links are available or not.

<4s

By The Numbers

The Numbers Behind the Shift

1,000+
Satellites
<4s
Consensus
Zero
Ground Dependency
20+
Event Categories
Sub-Second
Classification
24/7
Autonomous Ops
<4s
Response Time
3
Markets
Dual-Use
Architecture

Ground sets mission intent. SYNAPSE ensures execution continues — whether the link is up, degraded, or actively denied. This is distributed execution with deliberate oversight.

The system scales logarithmically. Adding satellites increases capability, not complexity. The same architecture that coordinates 10 nodes handles a thousand — no additional ground infrastructure, no additional operators.

One platform serves defense, commercial, and insurance markets. Same core, different configurations. No code changes between applications.

Built for Government & Defense

AFRLUSSFSDADARPANRODIUSSC

Operator Interface

Four operational views give operators complete visibility into constellation health, event classification, and autonomous decisions — with full override capability.

Fleet Monitor — Real-time satellite health matrix
MONITOR

Fleet Monitor — Real-time satellite health matrix

Threat Assessment — MDCA classification pipeline
ASSESS

Threat Assessment — MDCA classification pipeline

Engineering View — Pipeline diagnostics
ENGINEER

Engineering View — Pipeline diagnostics

Classification — ML fusion results
CLASSIFY

Classification — ML fusion results

What This Means in Practice

01

Ground Link Goes Down. Mission Doesn't.

Orbital gap. Latency spike. Jammed uplink. It doesn't matter. Your constellation keeps operating, keeps coordinating, keeps executing the mission.

02

Events Met at Machine Speed

A close-approach maneuver doesn't wait for a ground pass to be classified. Detection, classification, and coordinated fleet response happen in seconds — not hours.

03

From 10 Satellites to 1,000

Every satellite you add increases capability, not complexity. The same coordination layer that runs 10 nodes runs a thousand. No additional ground infrastructure required.

SIMULACRUM — Constellation Orbital View

Prove It Before You Fly It

SIMULACRUM

Your constellation faces a conjunction event, an anomalous close approach, or a directed energy attack at 3 AM. How does it respond? SIMULACRUM answers that question before you ever reach orbit — running the complete SYNAPSE stack against realistic operational scenarios at full fidelity.

Full constellation simulation with real orbital physics
Every simulated satellite runs its own autonomous pipeline
Weeks of orbital operations compressed into hours
Explore SIMULACRUM

The Sentinel Advantage

01

Born in Orbit, Not Ported from the Ground

SYNAPSE wasn't adapted from ground-based C2. It was designed as flight-software adjacent infrastructure — a modular coordination layer that deploys alongside existing systems to distribute authority without rewriting anything.

02

One Platform. Sensor to Response.

Detection, classification, decision, and execution in a single integrated stack. No stitching together third-party tools. No integration risk. It just works.

03

Total Decision Transparency

Every autonomous action is logged with full context — what happened, why, what alternatives were considered. Deterministic replay lets you audit any moment in the mission.

Ground sets mission intent. SYNAPSE ensures execution continues.