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Cleo Robotics is a Boston, Massachusetts-based technology company that develops compact, ducted drones designed for safe reconnaissance and inspection operations within confined and hazardous spaces. The enterprise integrates proprietary hardware with artificial intelligence and autonomy to manufacture specialized unmanned aerial vehicles, specifically the Dronut and DD1 models. Active across the public safety and industrial sectors, the firm supplies its robotics platforms to law enforcement, first responders, and United States federal government agencies. After initial development periods in Calgary and Silicon Valley, the business secured more than $295,000 in federal contracts between the years 2022 and 2024. Operating with a team of fewer than 500 employees, the manufacturer recently expanded its commercial footprint to support over 60 active customers globally. Cleo Robotics was founded in 2016 by mechanical engineer Omar Eleryan and software engineer Simon Czarnota.
Cleo Robotics has raised $120K across 1 funding round.
Cleo Robotics has raised $120K in total across 1 funding round.
Cleo Robotics has raised $120K across 1 funding round. Most recently, it raised $120K Seed in February 2019.
| Date | Round | Lead Investors | Other Investors | Status |
|---|---|---|---|---|
| Feb 1, 2019 | $120K Seed | — | AIR Force Accelerator Powered BY Techstars | Announced |
Cleo Robotics has raised $120K in total across 1 funding round.
Cleo Robotics's investors include Air Force Accelerator Powered by Techstars.
Cleo Robotics is a technology company specializing in advanced unmanned aerial vehicles (UAVs), particularly the Dronut series of drones designed for safe, intelligent operation in indoor and confined spaces where GPS is unavailable. Their flagship product, the Dronut DD1, is a compact, rugged drone equipped with AI-driven navigation, 3D LiDAR, and fully enclosed propellers to enable precise inspections and data capture in complex environments such as industrial facilities, utilities, and government sectors. The company addresses critical challenges in asset inspection, preventative maintenance, and hazardous environment access by improving safety, reducing downtime, and increasing operational efficiency[1][2][3][4].
Cleo Robotics was founded by Omar Eleryan, who serves as CEO and co-founder. The company emerged from the need to develop UAVs capable of operating safely and effectively in GPS-denied, confined, and cluttered indoor environments where traditional drones cannot function. Early traction came from the success of the Dronut X1 Pro platform, which evolved into the more advanced Dronut DD1, incorporating enhanced autonomy, sensor payloads, and safety features. This evolution reflects the company’s focus on pushing the boundaries of physical AI and autonomous flight in demanding operational scenarios[2][4].
Cleo Robotics rides the growing trend of autonomous systems and AI integration in robotics, specifically targeting the niche of indoor and confined space UAV operations. The timing is critical as industries increasingly demand safer, more efficient inspection and maintenance solutions that minimize human risk and downtime. Market forces such as the rise of Industry 4.0, digital twins, and smart infrastructure amplify the need for precise spatial data capture and real-time monitoring. Cleo Robotics influences the ecosystem by setting new standards for drone safety, autonomy, and operational versatility in environments traditionally considered too challenging for aerial robotics[1][4].
Looking ahead, Cleo Robotics is poised to expand its impact by further enhancing AI capabilities, extending flight endurance, and broadening applications across industrial, government, and defense sectors. Trends such as increased automation, AI-driven asset management, and regulatory acceptance of indoor UAVs will shape their growth trajectory. Their influence is likely to deepen as they continue to push the envelope on what autonomous drones can achieve in complex, GPS-denied environments, potentially becoming a cornerstone technology for industrial digital transformation and mission-critical operations[4]. This trajectory ties back to their mission of redefining autonomous systems for the world’s most demanding environments.
