Most sustainable satellite network in history

We’re setting a new standard in sustainable space. The E-Space constellation has been designed with sustainability at the heart of its architecture; it will be resilient enough to withstand a collisional cascading event while also designed to avoid one. This will effectively minimize and reduce space debris and destruction while preserving access to space for future generations.

Engineered for lowest-cost connectivity

We have engineered our constellation — using extremely compact and lightweight satellites for rapid deployment — to service very small, easy-to-install devices located virtually anywhere on Earth. By reducing manufacturing and launch costs, we can enable more customers to benefit from our advancements in space.

Uninterrupted connectivity, planet-wide

Using novel, patent-pending satellite technologies, E-Space will deliver seamless, uninterrupted IoT service for basic messaging up to real-time voice, video and data communications. Our ubiquitous service will radically expand the possibilities of traditional IoT use cases while also pushing the envelope to support autonomous systems that require very low latency and high throughput.

High-security design meets peer-to-peer resiliency

E-Space is the first point-to-point LEO satellite system offering a “Zero Trust” topology to completely eliminate the need for hundreds or thousands of ground-based gateways. This makes the E-Space satellite network more resilient to IT hackers or kinetic destruction.

Blending artificial intelligence with IoT architecture

The E-Space platform will enable IoT data to be sent directly to a customer’s data center or optimized with Artificial Intelligence (AIoT) algorithms, enabling the delivery of actionable insights, intelligence and automation.

Potential beyond imagining

We expect the E-Space AIoT system and platform to accelerate the proliferation of new services and applications — some not yet imagined — to transform economies and governmental services, improve operational efficiencies, and protect the planet with ubiquitous sensor data to monitor, manage and solve known and undiscovered problems on Earth.

Back to top