Ai Companies

Aibedo Intelligence (Aibedo Intelligence) is a San Francisco-based company founded in 2019 focused on applying artificial intelligence and advanced analytics to the space industry. The company specializes in developing machine learning solutions designed for the analysis of satellite imagery and optimization of broader space operations. While specific product details are currently limited, Aibedo Intelligence positions itself as a provider of AI-powered data insights for the space sector. Currently, Aibedo Intelligence’s core business appears to center around transforming raw space data into actionable intelligence. This likely includes developing algorithms for image processing, object detection, and pattern recognition within satellite data, potentially serving applications like Earth observation, change detection, and situational awareness. Their focus on mission planning suggests capabilities in predictive analytics and optimization of orbital mechanics or resource allocation. Given the company’s recent founding date and limited publicly available information, details regarding specific missions, deployments, or key customers are not currently available. However, the company’s stated expertise in AI and analytics positions it within a rapidly growing segment of the space industry, where demand for automated data processing and intelligent decision-making is increasing. Aibedo Intelligence’s unique value proposition likely lies in its ability to deliver customized AI solutions tailored to the specific needs of space-based data users and mission operators. By leveraging machine learning, Aibedo Intelligence aims to enhance the efficiency, accuracy, and overall value derived from increasingly large and complex datasets generated by the expanding constellation of Earth observation and communication satellites.

Data Collective DCVC

Palo Alto, United States commercial

Data Collective (DCVC) is a deep tech venture capital firm founded in 2011 and based in Palo Alto, United States. The firm focuses on investing in ambitious entrepreneurs tackling significant global challenges through advanced technologies. DCVC distinguishes itself with a team comprised of over 35 technology executives and a high proportion of published scientists, indicating a strong technical foundation for evaluating and supporting portfolio companies. DCVC’s investment portfolio spans a range of deep tech sectors, including artificial intelligence, clean energy, biotechnology, and advanced computing. Notably, their portfolio includes Capella Space, and recent investments highlighted on their website include companies like Fervo Energy, Latus Bio, Pivot Bio, and Relation. The firm actively invests in companies utilizing AI, with examples including Mythic and Proprio, and is also engaged in funding innovations in areas like portable nuclear energy (Radiant) and quantum computing. Recent news coverage highlights DCVC’s involvement in supporting companies receiving substantial funding rounds and securing contracts with organizations like the U.S. Army (Fortem Technologies). This suggests a successful track record in identifying and scaling promising deep tech ventures. DCVC positions itself as a venture firm uniquely equipped to understand and support companies building technologies with the potential for significant impact, as evidenced by their focus on “hardest, highest-stakes problems” and their emphasis on technical expertise within the investment team. Their 2025 Deep Tech Opportunities Report further demonstrates their thought leadership and focus on catalyzing innovation in key industrial sectors.

Latitudo 40 turns satellite imagery into decision-ready information for public administrations, urban planners and infrastructure operators, applying AI and machine learning to imagery drawn from multiple constellations on a single platform. Typical applications are urban heat mapping, vegetation and land-use change, and predictive monitoring of environmental risk. The company was founded in 2017 in Naples as a spin-off from the University of Naples Federico II by Gaetano Volpe, Mauro Manente and Vincenzo Vecchio. Its name refers to Naples sitting at roughly 40 degrees north. Its EarthDataPlace platform launched in 2023 and serves clients across Italy, Europe and North America. Latitudo 40 went through the Techstars Transformative World accelerator and has raised investment from Techstars, Expert Dojo, CRIF, Open Venture and Kurrant Ventures. It has partnered with Planet on global climate monitoring work and presented AI agent–based geospatial analysis at ESA Acceleration Days.

ManTech

Herndon, United States commercial

ManTech is a technology solutions provider focused on national security, serving the Defense, Intelligence, and Federal Civilian sectors. Founded in 1968 and headquartered in Herndon, Virginia, the company delivers capabilities in areas including cybersecurity, data and artificial intelligence (AI), and digital engineering. ManTech emphasizes a mission-centric approach, integrating emerging technologies with deep operational experience to address complex challenges for its clients. Key technological strengths lie in full-spectrum cyber capabilities, AI integration for efficient mission success, and support for hybrid multi-cloud IT solutions through a state-of-the-art software factory. Recent news highlights include the acquisition of Elder Research, strengthening ManTech’s position in the data and AI space. ManTech positions itself as a leader in delivering “game-changing” solutions at the speed of mission, with a core competitive advantage stemming from its highly skilled workforce and leadership—recognized by Glassdoor as a 2024 ‘Top 50 Best-Led Company’. The company’s focus is on empowering clients to navigate unfamiliar territory and maintain superiority in increasingly complex operational environments.

Neuraspace

Coimbra, Portugal commercial

Neuraspace, headquartered in Coimbra, Portugal and founded in 2020, is a European space traffic management (STM) company specializing in AI-powered collision risk assessment and conjunction analysis for satellite operators — providing automated, high-confidence probability-of-collision (Pc) calculations, actionable maneuver recommendations, and coordination services that help operators navigate the increasingly congested LEO orbital environment safely. Neuraspace's platform ingests tracking data from multiple sources: U.S. Space Force's 18th Space Control Squadron (18 SCS) publicly distributed Two-Line Element (TLE) sets via Space-Track.org, commercial Space Situational Awareness (SSA) data from providers including LeoLabs, ExoAnalytic, and CSpOC's high-fidelity conjunction data messages (CDMs), and sensor data from Neuraspace's own network of optical telescopes in Portugal and Chile. The multi-source data fusion approach provides more complete and accurate orbit determination than any single data source, reducing false-positive conjunction alerts that waste operators' time on unnecessary maneuvers while catching real conjunction threats that lower-fidelity TLE-based analysis would miss. Neuraspace's AI/ML models are trained on historical conjunction event data to assess probability of collision with tighter confidence intervals than traditional covariance-based methods — particularly for conjunction events involving debris objects with poorly characterized orbits, where large orbital uncertainty regions inflate apparent collision risk but AI-refined orbit solutions can reduce uncertainty. The platform automatically recommends time-optimized avoidance maneuvers (minimizing delta-v expenditure while achieving risk reduction) and generates regulatory-compliant documentation for national authorities and ITU records. Neuraspace DEF is the company's defense-sector product line, providing space situational awareness services to European military space operators and NATO space community customers who require sovereign (non-U.S.) space tracking and conjunction analysis data without dependence on U.S. Space-Track.org data feeds. The company competes with Slingshot Aerospace, COMSPOC Corporation, and AGI (now Ansys) in the commercial STM market, and benefits from Portugal's ESA member status and Atlantic coast telescope siting advantages.

NOVI Space

United States commercial

NOVI Space is a United States-based company developing space-edge computing and artificial intelligence infrastructure for geospatial intelligence (GI), autonomy, and Space Domain Awareness (SDA) applications. Their core offering is the GENIE platform – a next-generation, open-access constellation designed to perform on-board data processing, significantly reducing the cost and latency associated with traditional Earth Observation (EO) data transmission. NOVI achieves this by processing raw satellite data in orbit and downlinking only the refined, “useful” information, rather than the entire dataset. Key to NOVI’s capabilities is the SP240 on-board computer and the STORM platform, enabling AI inference directly in space. The company has demonstrated technological maturity, achieving Technology Readiness Level 9 (TRL-9) for its hardware and operations in early 2025. NOVI supports mission development through an advanced emulator allowing customers to build, train, and test applications for on-orbit processing. NOVI has a proven track record supporting missions for the U.S. Air Force and the Missile Defense Agency, and recently released sample imagery from a payload hosted on the International Space Station. Their next planned mission is the launch of the NOVI Constellation Satellite N1-ATLAS in Q1 2026. NOVI Space positions itself as uniquely capable of dramatically reducing the cost of space-based data and intelligence, serving leading organizations in the space, defense, and data sectors. The company’s focus on on-orbit processing and AI-driven insights represents a shift towards more efficient and actionable data delivery from space.

Overstory

Amsterdam, Netherlands commercial

Founded in 2018 and based in Amsterdam, Netherlands, Overstory provides vegetation intelligence solutions specifically for electric utilities. The company leverages artificial intelligence and remote sensing data – including satellite and aerial imagery – to deliver actionable insights into vegetation risk and health along powerline networks. This technology enables utilities to move beyond traditional, cycle-based vegetation management towards a proactive, data-driven approach, optimizing resource allocation and minimizing the risk of power outages and wildfires. Overstory’s core offering focuses on identifying potential hazards like encroaching vegetation and at-risk trees, allowing utilities to prioritize impactful pruning and maintenance work. They combine their AI-powered analysis with local data such as asset location, wildfire maps, and terrain to provide comprehensive vegetation intelligence. Currently, Overstory serves over 50 investor-owned utilities, cooperatives, and municipalities across North and South America and Europe. Notably, the company has demonstrated high accuracy in its deliverables, validated across 10,000 miles of powerline in Spain, and has received positive feedback regarding the potential of its forest health monitoring dashboard from partners like Planet.

Solar Terrestrial Dispatch (STD), founded in 1989 and based in Stirling, Canada, is a company specializing in space-weather forecasting and data services. With over three decades of experience, STD focuses on monitoring and predicting space weather events – disturbances in the space environment that can impact technological systems on Earth and in space. The company’s core business revolves around providing actionable intelligence related to these events. A key differentiator for STD is its utilization of an advanced flare prediction model developed in collaboration with NASA and IBM, leveraging artificial intelligence. This suggests a focus on solar flare forecasting, a critical component of space weather prediction, and indicates an investment in sophisticated data analysis and modeling techniques. While specific data services aren’t detailed, the company’s longevity and focus on expertise suggest provision of data feeds, reports, or customized analyses related to space weather conditions. Currently available information does not detail specific missions or a comprehensive customer list. However, the company’s sustained operation for 36 years indicates a reliable service offering and established relationships within industries sensitive to space weather impacts – potentially including satellite operators, power grid companies, and aviation. Given the increasing reliance on space-based assets and terrestrial infrastructure vulnerable to space weather, Solar Terrestrial Dispatch positions itself as a provider of critical risk mitigation tools. The combination of long-standing expertise and the application of cutting-edge AI technology suggests a unique value proposition focused on improving the accuracy and timeliness of space weather forecasts.

Tomorrow.io

Boston, Massachusetts, United States commercial

Tomorrow.io (originally founded as ClimaCell in 2016 by Shimon Elkabetz, Rei Goffer, and Itai Zlotnik) is a Boston-headquartered weather intelligence and space-weather company. It operates a proprietary global weather-forecast platform and in 2023–2024 began launching a constellation of Ku-band precipitation radar and microwave-sounder satellites intended to fill coverage gaps left by aging government weather satellites. The first Tomorrow.io pathfinder satellites (Tomorrow-R1 and R2) launched on Rocket Lab Electron missions in 2024, demonstrating space-based precipitation radar from a small commercial platform — a capability previously only operated by government-led missions such as NASA/JAXA's GPM. Data from the constellation feeds into Tomorrow.io's commercial forecasting API used by airlines, logistics, insurance, agriculture, and public-sector customers. Investors include Koch Disruptive Technologies, SoftBank, Canaan Partners, JetBlue Ventures, and Pitango. The company has signaled ambitions to deploy dozens of radar and sounder satellites by the late 2020s. Tomorrow.io is representative of a new class of commercial weather operators challenging government-only Earth-observation weather data pipelines.