Ubotica Launches Revolutionary SPACE:Ai Camera For In-Orbit Imaging

by | Sep 17, 2024 | News | 0 comments

Dublin, Ireland – September 17, 2024 – Ubotica, the leader in SPACE:AI, today announced the launch of a revolutionary new in-orbit camera powered by SPACE:AI, designed for applications ranging from streaming rocket launches to providing autonomous situational awareness for satellites in orbit.

The camera, called CogniSAT-NEI and powered by Ubotica’s SPACE:AI, revolutionises in-orbit imaging for Non-Earth Imaging (NEI) applications onboard satellites. With real-time image capture and onboard Edge-AI processing, it enables satellites to both see and understand their surroundings and to take autonomous actions for the very first time.

The camera has proven its reliability in the harsh space environment, having already successfully flown as part of the Apex “Call to Adventure” mission launched on SpaceX’s Falcon 9 in March 2024. One of the very first images taken, as part of the commissioning process, was a stunning image of southern California’s Baja Peninsula from over 500 km above the Earth.

First Image from Ubotica's SPACE:AI camera
CogniSAT-NEI, with its real-time image capture and onboard AI processing, is a game-changer for the in-orbit economy. By enabling autonomous decision-making and actions in space, it can be a key enabler for significantly extending the lifespan and performance of existing satellites, while also serving as a foundational technology for future in-orbit activities such as servicing, assembly, and resource extraction. Key applications include:

  • Space Debris Detection and Avoidance: Ensuring the safety and longevity of satellites and other space assets.
  • Space Situational Awareness: Tracking the positions and conditions of other satellites, supporting efficient space traffic management.
  • Autonomous Navigation and Docking: Providing accurate relative positioning and target recognition information.
  • Satellite Maintenance and Inspection: Continuously monitoring the satellite’s visual health and structural integrity to prevent potential issues and extend its operational life.
  • Resource Extraction: Facilitating the identification and extraction of valuable resources from asteroids.
    • satellite constellation

    CogniSAT-NEI: Compact, Cost-Effective and Uniquely Versatile

    Utilising commercial components, this camera is a fraction of the cost of bespoke systems like LIDAR, making advanced space capabilities more accessible and cost-effective. The camera system is incredibly light and compact at 136mm (5.35 inches) long x 66mm (2.60 inches) wide x 53mm (2.09 inches) high, and weighing just 350g (12.35 ounces).

    The camera’s programmability allows it to adapt to a wide range of missions, offering unparalleled flexibility and supporting live swapping of AI models. For instance, while assisting in the docking process with precise positioning and target recognition, the camera can seamlessly transition to inspect the newly docked satellite, ensuring all systems are intact and operational.

    CogniSAT-NEI Intelligent Space Camera

    About Ubotica Technologies

    Ubotica is the pioneering force behind SPACE:AI, the groundbreaking technology that enables satellites to think, see, and act autonomously for the first time through the power of edge AI processing. SPACE:AI is a flight-proven, end-to-end platform that empowers satellites to analyze and interpret data directly onboard, enabling real-time decision-making and autonomous operations. Ubotica is shaping the future of the space economy and Earth observation, unlocking new possibilities for scientific discovery, commercial applications, and global sustainability efforts. Find out more at ubotica.com.