novispace.ai: Revolutionizing Earth Observation with AI-Powered Space Compute

novispace.ai, developed by NOVI Space, is a cutting-edge AI infrastructure platform that brings powerful on-board edge computing and artificial intelligence directly to space. By leveraging its GENIE constellation of multi-sensor satellites equipped with advanced SP240 On-Board Computers (TRL-9 validated), the platform processes data in orbit—transforming raw satellite feeds into actionable insights and intelligence—before transmitting only the most valuable information to users. This dramatically reduces latency, data transmission costs, and bandwidth usage, enabling near real-time decision-making across defense, agriculture, environmental monitoring, logistics, disaster management, and more. The platform supports a full stack of capabilities including AI/ML algorithm deployment via private portals, sensor data fusion, autonomous satellite operations, and fractional leasing through its open-access Marketplace. With upcoming launches scheduled for early 2026 and a mission to achieve daily global revisit by 2028, novispace.ai is building a scalable, high-performance ecosystem for next-generation space-based intelligence.

Key Features:

• On-Orbit Edge Processing: Real-time AI and ML data processing directly on satellites to extract only critical insights.
• GENIE Satellite Constellation: A proliferated, multi-sensor network featuring optical, hyperspectral, infrared, and RF sensors.
• SP240 On-Board Computer (OBC): TRL-9 validated, enabling robust AI inference and autonomy in space.
• Fractional Leasing via Portals & Marketplace: Access to space-based compute and data infrastructure on a flexible, scalable basis.
• Dynamic Earth Observation (EO): High-revisit global coverage with daily revisit target by 2028.
• Space Domain Awareness (SDA) Support: Advanced capabilities for monitoring and analyzing space assets and activities.
• Autonomy & AI Integration: Full support for deploying and testing AI/ML applications in orbit.
• Advanced Emulator for On-Orbit Testing: Allows developers to build and validate AI/ML workflows before launch.
• Multi-Channel Data Transmission: Uses rapid networks like Iridium and conventional ground stations for efficient, low-latency delivery.
• 4-Tier Data Access Model: Offers raw data (Tier 1), processed data (Tier 2), insights (Tier 3), and intelligence (Tier 4).
• Inter-Satellite & Cross-Domain Communication: Enables fast data sharing between satellites and with air, land, or sea assets.
• Support for Mission-Critical Applications: Proven in missions with the U.S. Air Force and Missile Defense Agency.
• Continuous Satellite Deployment & Tech Refresh: Ongoing innovation cycles ensure future-ready capabilities.

Pricing: novispace.ai offers a flexible access model through fractional leasing and tiered data subscriptions, with pricing structured to support cost-efficient, scalable usage—ideal for organizations seeking tailored, high-performance space compute solutions.

Conclusion: novispace.ai is a transformative force in space-based AI and compute, delivering intelligent, real-time Earth observation at scale. Its advanced edge-processing platform empowers industries from defense to environmental science with faster, smarter, and more economical insights from space.