A single system.
Designed by us.
Owned by you.

SYSTEM

Three layers, one architecture.

A complete Eclipse system is built across three integrated layers.
A complete Eclipse system is built across three integrated layers.

Satellites

Built to be light, to pack tightly into a launch vehicle, and to operate reliably in orbit for years.
Black rectangular satellite labeled Eclipse Space orbiting above Earth's atmosphere with solar panels visible.

Ground network

A global gateway footprint, sized to your constellation and your sovereignty requirements, operated by your team on your infrastructure.
Four white dome-shaped observatories in a desert with sand dunes and mountains in the background.

Operations layer

The software and mission control that turns a constellation in orbit into a capability on the ground. Designed and built to be handed over.
Laptop displaying a satellite dashboard with Earth and orbiting satellites against a starry black background.
HOW IT WORKS

A network that talks to itself.

Satellites connect with devices, ground stations, and each other, enabling data to travel via the fastest route without depending on one ground connection.

Satellite to Satellite

Inter-satellite links relay data cross the constellation in orbit. Extending reach, increasing resilience, reducing latency.

Satellite to Ground

Direct connectivity between orbit and devices, terminals, or ground stations on the surface.
HOW IT WORKS

A network that talks to itself.

Satellites connect with devices, ground stations, and each other, enabling data to travel via the fastest route without depending on one ground connection.

Satellite to Satellite

Inter-satellite links relay data cross the constellation in orbit. Extending reach, increasing resilience, reducing latency.

Satellite to Ground

Direct connectivity between orbit and devices, terminals, or ground stations on the surface.
PRODUCTS

Three product families.
One scalable platform.

CITRASAT

DIRECT-TO-DEVICE
Built for sovereign missions. Anywhere on Earth, direct-to-device capable.
Satellite with central body and two extended rectangular solar panels against a black background.

Slicesat

broadband
High-throughput global broadband. Enterprise, rural & maritime connectivity.
Satellite with two large solar panel wings extended on a black background.

SURGESAT

space datacenter
Sovereign data and compute — in orbit. Built on proven ISL technology and manufacturing scale.
Satellite with two long solar panels and a central square section against a black background.
HOW WE DELIVER

We work with you from specification to handoff.

The engagement is one continuous program, not a chain of contracts. We work through it together, in four stages.

01

Consultation

We start with the mission requirements: coverage, capacity, frequency, latency, security posture, sovereignty constraints.

02

Design

We design the constellation against those requirements end-to-end, satellites and payload together, no handoffs between vendors.

03

Delivery

We deliver through milestone-structured manufacturing over an 18–36 month window.

04

Handover

The customer takes operational control of the constellation, while we provide ongoing operations support under a separate contract.

CUSTOMER TYPES

Built for those who cannot afford to depend on someone else.

SOVEREIGN GOVERNMENTS
NATIONAL OPERATORS
COMMERCIAL ENTITES

Sovereign Governments

Nations requiring independent communications infrastructure — free from foreign-controlled networks.

Four white dome-shaped observatories in a desert with sand dunes and mountains in the background.

National Operators

Telecoms and operators building domestic satellite broadband or direct-to-device services, and looking for a partner to deliver the full system.

Futuristic device on a tripod stand placed on a mossy rock surrounded by calm water at sunset.

Commercial Entities

Enterprises and organizations that need private communications infrastructure at scale, operated on their own terms.

Own your own satellite constellation.

We work with sovereign governments, national operators, and commercial entities who are ready to own their own space infrastructure.