Partnership Aims to Revolutionize Edge Computing
OrbitsEdge Joins Forces with Above Space to Launch Radiation-Shielded Computational Platform
When the upcoming Prometheus Spark mission is launched by Above: Orbital, it will carry a payload that has a goal of revolutionizing Edge Computing. The Edge1 radiation-shielded computational platform payload, developed by OrbitsEdge, will be integrated into Above’s Prometheus spacecraft.
“By partnering with Above Space, we’re accelerating our ability to scale our platform to larger data centers on orbit."
Rick Ward, OrbitsEdge
The capability to enable real-time sensor data processing in orbit supports faster decision-making and reduces reliance on ground-based systems. The mission will also serve as a testing ground to refine Edge1’s design for future applications.
“OrbitsEdge’s Edge1 platform is a game-changer for space-based computing,” said Rick Ward, CEO of OrbitsEdge. “By partnering with Above Space, we’re accelerating our ability to scale our platform to larger data centers on orbit, process and analyze vast amounts of sensor data in real-time.”
By leveraging the capabilities of the Prometheus spacecraft, ABOVE will provide a testing environment for OrbitsEdge’s Edge1 platform, helping refine its design for future missions and ensure the highest level of performance. The partnership also marks an important milestone in supporting OrbitsEdge’s commercial efforts, with plans to generate revenue streams through the Above’s Prototype to Product program. This collaboration represents significant growth opportunities for both ABOVE and OrbitsEdge.
“We’re pleased to partner with OrbitsEdge on this mission,” said Rhonda Stevenson, CEO of Above. “Our program is designed to accelerate space-based technologies, and we’re proud to support OrbitsEdge’s objectives.”
The Edge1 by OrbitsEdge features two redundant systems each containing a Central Processing Unit, Arithmetic Logic Units, Neural Processing Unit, Internal memory, External Storage, and radiation shielding. This robust architecture ensures reliable operation in space.
The mission is currently scheduled to fly not earlier that the first quarter of 2026.