Orbital Assurance invests in technologies that improve how space risk is measured, mitigated, and verified.
Space-based sensing and analytics intended to improve visibility into smaller orbital debris that is difficult to consistently track from Earth.
Better debris data means collision probability can be estimated rather than assumed. That is the input an underwriter needs to price orbital risk instead of loading for uncertainty.
Space Armor — structural debris and micrometeoroid protection designed to reduce the physical damage an impact causes to a spacecraft.
Insurance transfers the financial consequence of an impact; shielding reduces the chance it ends the mission. Lower modelled probability or severity of loss means a lower expected loss on the risk.
Modular spacecraft testing, processing and AIT infrastructure, alongside a longer-term Flight Readiness Network.
Standardised test data turns 'we believe it will work' into evidence an underwriter, customer or lender can review. Verification is what makes a mitigation claim credible at placement.
Measure the hazard. Mitigate the loss. Verify the solution. Insure the residual risk.
Illustrative investment thesis. Any references to lower premiums, improved terms, greater capacity, or underwriting recognition are illustrative unless specifically documented. Actual insurance pricing depends on individual underwriting and market conditions.
The long-term opportunity is to build modern risk infrastructure for the commercial space economy — sitting at the intersection of engineering reality and risk capital.