We enable space agencies and companies to leverage AI, automation, and data-driven insights for smarter missions, autonomous spacecraft, and advanced extraterrestrial exploration.
Using AI-powered navigation, adaptive control, and predictive maintenance to ensure safe and efficient space missions.
Analyzing satellite imagery, telemetry, and sensor data for anomaly detection, mission planning, and celestial mapping.
Deploying large language models and AI agents to support mission decision-making, documentation, and autonomous problem solving in space operations.
Core Pain Point: Manual mapping delays mission timelines and misses anomalies.
Beneficiaries: NASA, ISRO, SpaceX, and planetary research teams.
Whitepaper Released
Core Pain Point: Equipment failures during missions can cause catastrophic loss.
Beneficiaries: Satellite operators, space agencies, and private space companies.
Technical Paper Available
Core Pain Point: Critical system deviations often go unnoticed in real-time telemetry.
Beneficiaries: Space mission control centers, satellite fleets, and aerospace engineers.
Research Study Published
Core Pain Point: Engineers struggle to access mission protocols and historical data quickly.
Beneficiaries: Space agencies, mission planners, and aerospace research teams.
Research Study Published
Core Pain Point: Monitoring astronaut activity manually in spacecraft is inefficient.
Beneficiaries: ISS crews, private space missions, and training centers.
Whitepaper Released
Core Pain Point: Poor energy planning can endanger life support and mission sustainability.
Beneficiaries: Space stations, orbital habitats, and long-duration missions.
Technical Paper Available
Core Pain Point: Hidden deviations can damage expensive rovers and equipment.
Beneficiaries: Mars rover teams, lunar missions, and autonomous explorers.
Patent Filed
Core Pain Point: Real-time assistance is limited during complex space operations.
Beneficiaries: Space crews, mission control, and training simulators.
Whitepaper Released
Core Pain Point: Manual tracking misses fast-moving debris in orbit.
Beneficiaries: Satellites, space agencies, and orbital safety teams.
Research Report Published
Core Pain Point: Engineers spend hours reviewing lengthy mission logs and technical reports.
Beneficiaries: Aerospace teams, mission analysts, and space research organizations.
Technical Paper Available
Partner with us to run a Proof-of-Concept (PoC) for AI-powered space exploration use cases — from satellite anomaly detection to autonomous navigation and mission data analysis.
Start a Space Project
A next-generation AI consulting company helping enterprises unlock value with intelligent, secure, and scalable solutions.
© 2025 PSPL. All rights reserved.
