Supporting a sustainable future for low earth orbit
Satellite Negotiator helps you streamline operations and protect your valuable assets in LEO, by automating the communication and negotiation of collision-avoidance maneuvers.
Our signature product is a semi-automated collision avoidance negotiation platform, designed to streamline the communication and decision-making that takes place between two operators leading up to a potential conjunction event. With our platform, each operator will configure automated bidding agents to negotiate collision avoidance maneuvers on their behalf. These AI-driven agents will be programmed to optimize for vehicle lifespan, mission objectives, and budget. These agents will be able to offer incentives as part of the bidding process to offset expenses incurred by the other parties.
When a potential collision is detected, a record of the analysis will be posted in a public ledger, and automated agents for each of the involved parties will be notified. Each agent will craft a proposal to resolve the conflict, taking into account the cost of ΔV, the impact to the mission, and the likelihood of a collision. Agents will have the option to accept or counter offers in an automated bidding process until a mutual equilibrium is reached. Operators will still have the final say on the execution of maneuvers.
Our goal is to enhance safety and operational efficiency for satellite operators in an increasingly crowded orbital environment. Our software will empower operators to navigate confidently, streamline operations, and advance the future of sustainable operations in LEO.
AI-driven agents that are programmed to negotiate collision avoidance maneuvers based on vehicle lifespan, mission objectives, and budget
Collision-avoidance maneuvers evaluated and built upon data and analysis from external sources
A record of potential collision analysis and maneuver decisions will be posted in a public ledger to promote transparency and trust among operators
Satellite Negotiator: launching our business in Canada.