The orbital economy needs an intelligence layer. We are building it.
Spacebourne builds CLARITY, the foundational AI engine that predicts and prevents satellite RF interference. It is the first layer of an operating system for autonomous space operations.
A decade of exponential orbit.
Orbital launch attempts per year
ALL-TIME RECORDThe space economy
As the orbital domain expands to trillions, spectrum contention becomes the existential bottleneck to scaling mission operations.
Every launch adds signals to a finite spectrum, and coordination is still largely manual and reactive. More than one million satellites have been filed with the ITU. The operators who keep space connected need foresight, not more alarms.
Why Spacebourne wins.
Category creation
Predictive RF intelligence is a new category. Incumbent tools detect interference after it happens.
Picks and shovels
CLARITY grows with every constellation that launches, regardless of which operator wins.
Compounding data advantage
Every deployment adds operational ground truth that strengthens the engine over time.
Embedded by design
Once forecasts drive scheduling and spectrum decisions through the API, CLARITY becomes part of daily operations.
Dual-use from day one
Commercial operators today, with a parallel path into government mission assurance.
Platform path
CLARITY is the first module of a broader intelligence stack for autonomous space operations.
The predictive intelligence layer for orbital operations.
CLARITY fuses orbital dynamics, RF propagation physics, space weather, and customer asset data into forecasts of where and when interference will occur, how severe it will be, and what to do about it. It is delivered API-first, with an operator dashboard.
Built, validated, and moving.
From prediction to autonomous space operations.
Core engine and data pipeline. Interference forecasting models. First operator integration.
Broader data coverage and partner network. Automated decision support. Multi-asset coordination.
Global deployment across ground and space assets. Autonomous orchestration. New verticals.
Self-optimizing, closed-loop operations. An AI-native operating layer for space.
GALILEO Centers
Modular orbital compute built from GALILEO Cube units, bringing AI processing to where space data is generated. A long-term roadmap program.
Operators who have built at scale.
Krystal Khali
Leads strategy, capital, and partnerships. More than two decades building and operating businesses. Founded Spacebourne to give the orbital economy the predictive intelligence it needs to scale.
Dr. Pablo Gonzalez
PhD in Electrical Engineering, UC Davis. Former SVP of Engineering at Astra, VP of Engineering at Tesla, and engineering leader at Apple. 25+ years taking technology from prototype to global production.
Col. Keith Parry, USMC (Ret.)
Three decades in military intelligence and security operations, plus an MBA. Leads operations, government engagement, and security and export compliance.
Cecilia Gonzalez
Leads brand, demand generation, and go-to-market.
Built like the company we intend to become.
Delaware C Corporation
Incorporated in Delaware, headquartered in San Francisco, California, with institutional corporate governance.
27 Written Compliance Policies
A formal compliance program covering export control, information security, industrial security, government contracting, and ethics.
Supplier Code of Conduct
Rigorous operational and ethical standards mandated for every supply chain and commercial partner.
Go deeper.
The Spacebourne data room includes our investor presentation, CLARITY technical overview, product roadmap, market analysis, and corporate documents. Access is granted to qualified investors after a short request.
Investor Updates
Quarterly updates on product, customers, and milestones.