Connecting the Unconnected

A low-cost, energy-efficient satellite solution designed to bridge the global connectivity gap for millions of low-power IoT devices.

🎯 Primary Objective

Demonstrate a reliable two-way communication link between a LEO CubeSat and ground-based, low-power IoT terminals, enabling data collection from a distributed sensor network.

📊 Key Specifications

  • Standard: 3U CubeSat
  • Max Mass: 4 kg
  • Launch: Rideshare Program
  • Component TRL: > 7

📈 Performance Goal

Real-World Impact

This technology unlocks critical data from the most remote environments, creating value across multiple industries. Explore the potential applications below.

Mission Analysis

Solving the connectivity problem requires overcoming unique technical hurdles inherent to a small satellite platform. Here's a breakdown of the challenges and requirements.

Key Technical Challenges

System Requirements

Functional

  • Receive transmissions from ground terminals.
  • Store collected data onboard.
  • Downlink data to a designated ground station.
  • Provide a basic command and control link.

Non-Functional

  • Total mass must be less than 4 kg.
  • Key subsystems must have TRL > 7.
  • Strict adherence to mission budget.
  • Ensure long operational life for ground terminals.

Competitive Landscape

Our mission is positioned within a dynamic NewSpace ecosystem. We build upon the successes of pioneers while carving out a niche in the low-power, direct-to-device IoT market.

Astrocast

Direct Competitor

Successfully operating an IoT CubeSat constellation, validating the technical approach and business case for satellite-based IoT connectivity.

Planet Labs

Earth Observation

Pioneered large-scale CubeSat constellations for high-volume Earth imaging, proving the viability of the CubeSat platform for commercial data services.

Spire Global

Data & Analytics

Utilizes a multi-payload CubeSat constellation for weather and maritime data, demonstrating the flexibility of small satellites for diverse data applications.