Understand the asset.
Bring together evidence from across a spacecraft to make its condition clearer.
From Earth orbit to the Moon.
We’re building intelligence for resilient spacecraft,
satellite swarms, and orbital infrastructure.
Spacecraft health is more than a stream of telemetry. SideGuard is being developed to connect telemetry, side-channel sensing, and mission context—helping teams recognize faults, understand their origin, and assess what comes next.
Discuss SideGuard for your missionTelemetry and side-channel evidence flag an unexpected power pattern for review.
DESIGNED FORSmall spacecraft & distributed systems
In development. Phase I evaluates advisory workflows in an Earth-analog testbed; mission rules, flight software, and operators retain control.
From understanding a single spacecraft to coordinating an orbital ecosystem, our focus spans four connected areas.
SideGuard is being developed to detect anomalies, localize likely fault sources, and provide evidence-informed recommendations for mission teams.
Inspired by NASA’s Starling mission ↗, which uses four CubeSats to explore cooperative operations. These Opal Space architectures are development concepts.
SideGuard is our first funded product. Satellite swarm formation, trajectory optimization, and orbital warehousing represent development and partnership areas.
Our project work extends to moon-base systems and lunar missions, with cislunar operations connecting the broader vision across Earth–Moon space.
We’re exploring how mission intelligence can support a more capable, coordinated, and resilient presence beyond Earth orbit.
Our vision is a space ecosystem that can understand its own health, coordinate its assets, and sustain useful operations. We’re starting with the intelligence inside each mission.
Bring together evidence from across a spacecraft to make its condition clearer.
Explore how individual vehicles can operate as a capable, connected fleet.
Connect system health with servicing and logistics for orbital warehousing and future data centers.
Exploring how fault management, formation flying, and trajectory optimization can support future orbital solar-power systems—from coordinated spacecraft to resilient operations and servicing.
Discuss solar-power missionsApplying our work in physical intelligence, robotics, and complex systems to the challenges of space.
Contact Opal Space Inc.Spacecraft builders, mission operators, research teams, and partners—let’s explore what we can build together.
Info@opal.space