Player One Space targets high‑impact challenges in the commercial space economy by developing IP‑protected products that operate autonomously in orbit.
Funding
Funding not disclosed
Founders
Product
Problem
Satellites lack onboard situational awareness and propulsion, leaving them unable to detect nearby threats or maneuver to avoid collisions and adversarial proximity operations. This blind and immobile state creates vulnerability for both commercial and defense assets in an increasingly contested orbital environment.
Solution
Player One Space delivers an integrated autonomous defense stack that combines radiation‑tolerant edge AI with a water‑based electric propulsion system. The Buddy AI engine processes visual data from a standard camera using on‑orbit edge compute to detect, classify, and generate low‑latency alerts about approaching objects without ground intervention. Simultaneously, the Plasma water‑plasma thruster provides safe, launch‑compatible propulsion that can execute collision‑avoidance or evasive maneuvers using water, a non‑hazardous and widely available propellant. The two subsystems operate together to enable satellites to autonomously sense threats, decide on a response, and fire the thruster to move to safety, eliminating the need for ground‑based command loops.
Target Audience
Primary customers are commercial satellite operators, defense space agencies, and small‑sat bus manufacturers seeking autonomous on‑orbit threat detection and maneuver capability for CubeSats and smallsats.
Features
- Radiation‑tolerant edge AI hardware that runs live visual inference on orbit, supporting autonomous threat detection and classification
- Optical relative navigation (VisNav) using a COTS camera and AI to estimate range, 3D pose, and velocity of nearby objects under 5 W power
- Pattern‑of‑Life anomaly detection that distinguishes passive debris from actively maneuvering adversarial satellites
- Panic Packet alerts delivering concise threat metadata (class, range, vector, confidence) to ground stations within seconds
- Water‑plasma electric propulsion that electrolyzes onboard water into H₂/O₂ and ionizes it via a solid‑state Marx generator, achieving specific impulse of 10,000–50,000 s
- 1U form factor thruster that fits any CubeSat and scales by adding capacitor stages for larger spacecraft
- Fully launch‑safe propellant handling (water is non‑hazardous, standard cargo) and the ability to refuel from in‑situ ice resources across the solar system
- OTA updatable AI models and hardware‑agnostic integration, allowing the system to improve post‑launch and operate on any satellite with a camera and edge compute board