Phalanx AI
Artificial Intelligence Powered Space Radiation Analysis, Anomaly Detection & Forecasting
Phalanx AI
Artificial Intelligence Powered Space Radiation Analysis, Anomaly Detection & Forecasting
Artificial Intelligence Powered Space Radiation Analysis, Anomaly Detection & Forecasting
Artificial Intelligence Powered Space Radiation Analysis, Anomaly Detection & Forecasting
We go to work with PHALANX AI to help you design, build and deliver safe satellites and space infrastructure. Using your system designs and mission parameters, PHALANX AI peforms submicron scale radiation particle modeling and analysis to inform and validate optimal protection schemes for using state-of-the art microelectronics and EEE components in space. Your mission success is our mission.
Model-driven High Energy Radiation Test Support. Validate Advanced Material Shielding Topologies to Mitigate Radiation Hazards on Sensitive Electronics, Components or Humans in Space and Other Environments.
Small Form Factor, Lightweight and Low Power Consumption Radiation Sensor Ready for Mission Integration. Our First Generation TE-1 Dosimeter Weighs in at Under 115 grams.
The 21st century cislunar space race is estimated to be a $10 trillion opportunity. Let us show you how PHALANX AI can help you assess feasibility and tailor design approaches for using commercial electronics and payloads in the harsh space radiation environment for greater mission success.
We use our REFORGE test capability to validate conceptual system and component shielding designs to meet Total Ionizing Dose, Displacement Damage Dose and Single Event Effects tolerances. Our model driven approach can be applied early in the design process to include Analysis of Alternatives.
Using customer provided radiation data or integrating our TIGER EYE sensor payload into your mission, we can perform near real time anomaly detection, monitor and alert to aide in performing on-orbit countermeasures, response and triage customized to your mission and constellation.
Use PHALANX AI to protect onboard assets from ionizing radiation hazards; apply the latest microelectronics, electrical & electromechanical components to meet your mission needs.
PHALANX AI increases systems resilience by assessing the performance of advanced material shielding approaches to meet mission objectives and useful life while increasing payload capacity.
Minimize radiation exposure to keep astronauts healthy during space travel. We apply our human 3D Tetrahedral Models with PHALANX AI to evaluate human and biotech protection systems.
The AI founding team brings decades of experience in dual-use technology transition to benefit defense, civil and commercial space industry partners. We aim to accelerate off-world technology breakthroughs that drive the cislunar economy. Our flagship offering, PHALANX AI, helps develop, test and validate space radiation protection systems for faster development, procurement and fielding of resilient mission capabilities. PHALANX AI accelerates the use of COTS microelectronics in off-world applications and drives more accurate Space Weather Forecasting.
In partnership with Intuitive Machines, Atlantis will be on a 5-year cislunar orbital mission to train PHALANX AI.
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