Ubotica and Open Cosmos announced a collaboration with NASA JPL for the Flight Demonstration of Federated Autonomous MEasurement (FAME), aiming to link over 50 spacecraft for autonomous Earth observation. The demonstration will begin in summer 2026, utilizing Ubotica's SPACE:AI platform and Open Cosmos's Hammer and Accenture-1 satellites to enhance real-time data processing and response capabilities.

NVIDIA launched the Ising open model family, enhancing quantum processor calibration and error correction by up to 2.5x faster and 3x more accurate than traditional methods. Key adopters include Harvard John A. Paulson School of Engineering and Applied Sciences and Fermi National Accelerator Laboratory. CEO Jensen Huang emphasizes AI's role in making quantum computing practical.

NASA's plans for a permanent lunar base emphasize the need for a robust software strategy alongside hardware development. Isaacman advocates for a comprehensive approach that integrates advanced software systems to support complex operations. The current software landscape, rooted in outdated architectures, must evolve to meet the demands of modern lunar missions and ensure sustained human presence on the Moon.

Google and NVIDIA have optimized the Gemma 4 family of AI models for efficient local execution across devices, including NVIDIA RTX GPUs and DGX Spark supercomputers. These models support various tasks such as reasoning, coding, and multimodal interactions, enabling applications like OpenClaw to create capable local agents that automate workflows using personal context and files.

Agentic AI represents a transformative shift in space warfare, enabling autonomous decision-making at machine speed. As China advances with its Three-Body Computing Constellation and Star-Compute Program, the U.S. Space Force must invest in AI infrastructure to maintain superiority. This technology will enhance satellite management, threat detection, and operational responses in real-time, ensuring effective human-machine collaboration.

Earth observation technology is revolutionizing AgTech, enabling precision agriculture and automated supply chain monitoring. However, reliance on satellite imagery creates a “ground truth gap,” risking false positives and supplier exclusion. Companies must prioritize human insights, establish accurate baselines, implement alert response protocols, and invest in localized partnerships to ensure accountability and effective environmental protection in supply chains.

Sift, a Southern California startup, raised $42 million in a Series B funding round led by StepStone Group on March 25. The investment will enhance Sift's engineering team, developing infrastructure for AI-controlled hardware. Sift's technology transforms raw sensor data into structured formats, enabling seamless operations for modern rockets, satellites, and autonomous vehicles reliant on vast data streams.

Ubotica Technologies, NASA JPL, and Open Cosmos received the 2025 SpaceNews Icon Award for their collaborative work on AI-powered Dynamic Targeting. This technology enables spacecraft to autonomously determine optimal observation points, enhancing data collection efficiency. The demonstration utilized the Hammer satellite, showcasing AI's potential to revolutionize Earth observation by minimizing unusable imagery and maximizing scientific data retrieval.

Ubotica has been awarded the ESA Rising Stars Award, recognizing its contributions to autonomous satellite technologies. The award underscores the significance of Ubotica's SPACE:AI platform, which delivers real-time intelligence through on-orbit AI processing. This recognition enhances Ubotica's role in Europe's space ecosystem, fostering collaboration on critical programs requiring autonomous satellite operations and maritime intelligence capabilities.

Europe's maritime policy is evolving from static enforcement to dynamic, behaviour-based monitoring. Recent developments include a draft EU Maritime Declaration empowering inspections of high-risk vessels, the European Commission's sanctions on 557 Russian-linked vessels, and the Suez Canal disruption by a sanctioned tanker. This shift emphasizes the need for predictive analytics and real-time anomaly detection.

Ubotica will showcase its innovative SPACE:AI platform at Space Tech Expo Europe 2025, enabling Earth Observation satellites to operate autonomously. The platform enhances mission efficiency by providing real-time insights and features Dynamic Targeting, which prioritizes and tracks events of interest. The expo, held in Bremen, Germany, will host over 10,000 attendees and 950 exhibitors.

Ubotica's research focuses on enabling satellites to process data in real-time using AI. By employing a teacher-student model approach, they reduce model size to ~3.73M parameters and eliminate the need for costly human labels. Their tests on flood detection and crop classification show promising results, achieving 95–98% of baseline performance while generalizing effectively to new regions.

Ubotica Technologies has been named a finalist in the 2025 SpaceNews ICON Awards for its Dynamic Targeting AI capability, enhancing Earth observation through real-time intelligence. This innovation allows satellites to autonomously detect changes and respond instantly, showcasing Ubotica's leadership in SPACE:AI. CEO Fintan Buckley emphasized the significance of AI and collaboration in advancing satellite operations.

Aethero has successfully raised $8.4M in funding, as reported by Yahoo. This capital will support the company's initiatives in the EDGE-AI sector, enhancing its technological capabilities and market presence. The funding round reflects investor confidence in Aethero's innovative approach and potential for growth within the rapidly evolving artificial intelligence landscape.

Aethero has successfully raised $8.4M in funding to advance its initiatives in the EDGE-AI sector. This capital will support the development of innovative technologies aimed at enhancing operational efficiencies and capabilities in various applications. The funding round reflects growing investor confidence in Aethero's vision and potential impact on the industry landscape.

SpaceX successfully launched the Deimos satellite on August 16, 2024, via the Transporter-11 flight into a sun-synchronous orbit. The satellite carries the first Aethero NxN-ECM computer, achieving 100 TOPS performance. This mission will validate Aethero's capabilities in low-bandwidth communication and power-constrained environments, paving the way for future orbital data infrastructure development across diverse space platforms.

Aethero successfully launched the Deimos Satellite, marking a significant milestone in its operations. This deployment enhances Aethero's capabilities in the EDGE-AI sector, providing advanced data processing and analytics from orbit. The satellite is expected to support various applications, including real-time data collection and analysis, contributing to the growing demand for innovative satellite solutions in the industry.

Aethero has formed a partnership with Antmicro, focusing on advancements in EDGE-AI technologies. This collaboration aims to leverage both companies' expertise to enhance their offerings in the rapidly evolving AI landscape. Further details about the partnership and its implications for the industry can be found in the full article on eeNews.

Aethero and Antmicro announced a strategic partnership to develop high-performance space-rated modular edge computers. Their collaboration aims to enhance satellite data processing capabilities, leveraging Antmicro's open-source tools. The Aethero NxN Edge Computing Module, featuring 100 TOPS compute power, is set for launch on Falcon-9. This partnership emphasizes rapid development and integration of software and hardware for space applications.

Aethero has formed a partnership with Cosmic Shielding Corporation to advance technologies in the field of cosmic shielding. This collaboration aims to enhance protective measures against cosmic radiation, which is critical for future space missions. The partnership signifies a strategic move for Aethero as it seeks to expand its capabilities in EDGE-AI applications.

Aethero has formed a partnership with Cosmic Shielding Corporation, aiming to enhance their capabilities in EDGE-AI technologies. This collaboration is expected to leverage both companies' strengths in developing advanced shielding solutions for various applications. Further details about this partnership can be found in the full article on TechCrunch.

Aethero has formed a partnership with Cosmic Shielding Corporation to advance their collaborative efforts in the aerospace sector. This alliance aims to leverage innovative technologies and expertise from both companies, enhancing capabilities in cosmic shielding applications. Further details can be found in the article published on Yahoo, which highlights the significance of this partnership.

Aethero has formed a partnership with Cosmic Shielding Corporation to advance their collaborative efforts in the aerospace sector. This partnership aims to leverage innovative technologies for enhanced cosmic shielding solutions. Further details can be found in the article on Space Daily. This collaboration is expected to contribute significantly to the development of advanced aerospace technologies.