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Aikospace

Infinite Ways to Autonomy: Pioneering AI Solutions for the Space Industry.

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Overview

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Aikospace is the first European company to deploy Deep Learning algorithms in orbit, specialising in advanced AI-powered software solutions for the space industry. We deliver scalable, up-to-date, and user-friendly technologies that optimise space missions across all phases, achieving over 50% efficiency gains. Our core focus is on autonomous decision-making, payload management, failure detection, and mission planning. Backed by a strong R&D process and €4 million in Series A funding, Aikospace is accelerating growth and building future-ready space capabilities throughout Europe and the USA.

How It Works

  • Autonomous Satellite Operations: Products like orbital_OLIVER analyse complex telemetry data in real-time, autonomously update mission goals, and optimise plans to overcome communication bottlenecks.
  • Predictive Maintenance & Real-time Analysis: gifted_GENE provides AI-powered insights for satellite predictive maintenance and real-time data analysis.
  • Onboard Data Processing: clear_CHARLES and clear_CHLOE enable autonomous onboard data processing for passive and active payloads, respectively.
  • Autonomous Manoeuvring & Servicing: dynamic_DANA facilitates autonomous in-orbit manoeuvring and servicing operations.
  • Specialised Onboard AI: cloudy_CHARLES performs onboard cloud detection for Earth Observation, and speedy_SKYLAR establishes Delay Tolerant Networks for constellations.
  • Wide Compatibility: All software libraries are tested across a variety of on-board computing systems and architectures for maximum industry compatibility.

Use Cases

Autonomous Satellite Operations
Implement all-in-one AI solutions for dynamic scheduling, mission planning, and fully autonomous satellite control.
Satellite Predictive Maintenance
Deploy collaborative platforms for real-time analysis, reducing operator workload and improving anomaly detection across constellations.
Onboard Data Processing
Enable autonomous, real-time data processing for passive and active payloads in Earth Observation and other missions.

Features & Benefits

  • Enhanced Efficiency: Over 50% gains via AI-optimised mission phases
  • Autonomous Decision-Making: Reduces reliance on ground control, overcomes communication lags
  • Real-time Data Analysis: Immediate telemetry analysis and adaptive planning
  • Optimised Resource Management: Power distribution & bandwidth allocation improvements
  • Predictive Maintenance: AI-driven insights, reduces operator workload by 30%+
  • Onboard Data Processing: Autonomous processing for passive/active payloads
  • In-Orbit Servicing & Manoeuvring: Supports autonomous spacecraft manoeuvres
  • Cloud Detection for EO: Onboard cloud detection for optimal Earth Observation
  • Delay Tolerant Networks: Robust connectivity for constellation missions
  • Scalable & User-Friendly: Up-to-date, easy-to-integrate AI solutions
  • Wide Compatibility: Works across industry-standard onboard computing platforms

Target Audience

  • Spacecraft Manufacturers: Companies designing and building satellites and space vehicles.
  • Satellite Operators: Organisations managing satellite constellations and spacecraft.
  • Space Agencies: Government and private space programme entities.
  • Aerospace Companies: Businesses in the aerospace sector, including Earth Observation, Telecommunication, and Deep Space navigation.
  • Technology Partners: Entities seeking collaboration in next-gen AI and space tech.
  • Research & Development Institutions: Organisations advancing AI and autonomous systems for space.

Pricing

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