Unified Mission Management

Better tools and technology to plan, design & execute space missions

Continuum Space Systems Launches Risk Atlas to Modernize Risk Management

Risk Atlas empowers all stakeholders with more visibility and a better decision making tool to navigate these extremely complex, costly, and risky space endeavors.

Move Faster and Smarter Across the Entire Mission Lifecycle

Replace Multiple Disconnected Tools and Workflows with a Single System

Ideation & Design

Mission design and simulation

Build & Test

Supply chain, ground testing & validation

Mission Operations

On-orbit
mission operations

Risk Management

Risk management, knowledge base of risks & mitigations

Risk Managment

Introducing Risk Atlas, a powerful SaaS platform crafted to transform how you manage project risks. From collaborative dashboards and AI-driven insights to integrated industry knowledge, Risk Atlas equips teams with the tools they need to navigate uncertainties and ensure project success.

MUSE: Earth Constellation

A single spacecraft simulating the Arkisys Port which hosts multiple payloads at an altitude of 600 km Images Africa and discrete targets over North America. The port also communicates to a series of groundstations and a constellation in the Medium Earth Orbit at altitude of 10,000 km.

MUSE: Free Return

A spacecraft performs a transfer from a Low Earth orbit (250km) with a 28.5 deg inclination to a 0 deg inclination Geo synchronous orbit (35796 km) using the Moon’s gravity to assist with the maneuver, which is a more fuel efficient way of conducting the transfer.

MUSE: Lunar Imaging

A constellation of 8 spacecraft in circular, polar orbits at an altitude of 300 km from the Lunar surface arranged in a Walker Star formation with 4 orbital planes and 2 spacecraft on each plane, image a few targets at the Lunar south pole.

MUSE: Near Rectilinear Halo Orbit

A spacecraft trajectory to simulate a near rectilinear halo orbit which is a periodic three dimensional orbit associated with one of the Langrange points. This is also the orbit that is chosen for the Gateway program.

MUSE: Low Thrust Transfer

A spacecraft performs a single long thrust maneuver simulated by an electric propulsion thruster to transfer from a 40 deg inclined circular orbit at an altitude of 500 km to a 90 deg inclined circular orbit at the same altitude.