SPACE-QUALIFIED CAMERAS AND EDGE PROCESSORS FOR ANY SPACE MISSION

Satoro, a Taiwanese spacecraft platform developer running regular satellite missions, needed reliable monitor cameras to verify solar panel deployments and capture spacecraft attitude in orbit. Infinity Avionics supplied the SelfieCam across multiple Satoro missions, providing dependable on-orbit imagery of solar panel deployment sequences. Beyond mission-critical monitoring, the footage supported Satoro's marketing activities and demonstrated their real-time video streaming capability to ground stations, turning an engineering requirement into a compelling customer-facing asset.

HEO, a leading provider of non-Earth imaging services, required customised camera backend electronics capable of surviving the harsh radiation environments of both LEO and GEO orbits. Infinity Avionics designed and delivered multiple bespoke camera products tailored to HEO's unique non-Earth imaging mission requirements. Infinity Avionics further extended HEO's capabilities by integrating the BRAIN edge processor into their camera systems, enabling on-orbit data processing at the point of capture.

"BRAIN gives us the on-orbit processing capability we need to move from raw data collection to real-time insight generation. Its performance and ease of integration with our NEI cameras make it a strong fit for HEO's non-Earth imaging operations. We are excited to utilise BRAIN on our upcoming space missions to LEO, GEO and beyond." — HEO

D-Cubed, a global leader in deployable systems and in-space power delivery, required monitor camera systems to document on-orbit solar panel 3D printing and deployable structure demonstrations across multiple ARAQYS missions. Infinity Avionics supplied SelfieCam, Leo2MP, and Aquila camera systems, providing D-Cubed with a proven, integrated imaging solution that minimised non-recurring engineering effort while meeting the rigorous demands of in-space manufacturing verification.

"As a prior customer of Infinity Avionics, selecting the Leo2MP and Aquila for our imaging solution allows us to monitor our in-space manufacturing processes and deployable structures with confidence, while reducing our required NRE for camera suite integration. Both camera systems will play a critical role in showing that in-space manufacturing at scale is not only possible, but that it can redefine the current state of the art for large spacecraft structures." — D-Cubed

Exotrail, a space logistics and propulsion technology company operating their SpaceVan spacecraft platform, needed camera systems to verify thruster operation and to visually confirm the deployment of hosted payloads during Space Drop missions. Infinity Avionics provided both SelfieCam and Leo2MP cameras to address these requirements. The cameras successfully captured video footage confirming proper thruster firing and the clean separation and deployment of hosted spacecraft, providing Exotrail and their customers with critical mission assurance data.

EntX, an Australian nuclear engineering company, is developing a Radioisotope Heater Unit (RHU), a thermal solution designed to sustain spacecraft and lunar assets through extended periods of darkness. EntX required expert support across the full electronics development lifecycle. Infinity Avionics partnered with EntX from initial requirements capture through electronics design, manufacturing, and final hardware delivery, accelerating the path toward flight readiness for this novel deep-space thermal technology.

"The quality and level of work provided by Infinity Avionics were outstanding from beginning to end." — EntX

A US Defence Prime supporting an Air Force Research Laboratory (AFRL) programme required high-resolution cameras with customisable optical assemblies and spectral filters to meet specific mission parameters. Infinity Avionics adapted the Lynx4MP camera platform with two distinct optical assemblies and tailored optical filters to precisely match the customer's technical specifications. The solution was delivered on schedule, demonstrating Infinity Avionics' ability to rapidly customise space-qualified hardware for demanding defence applications.

Nurjana Technologies, an Italian pioneer in sensor integration and artificial intelligence for defence, security, and surveillance applications, was seeking space-proven imaging solutions to enhance their Space Domain Awareness (SDA) capabilities in support of Italian and European programmes. Infinity Avionics partnered with Nurjana Technologies through a formal Memorandum of Understanding, providing the Lynx4MP-70 camera deployed as part of the ExoTopic Give Me Some Space (GMSS) mission. The collaboration brings together Infinity Avionics' high-resolution space imaging expertise with Nurjana Technologies' AI-driven analytics and command and control systems — creating an integrated capability for detecting, tracking, and analysing resident space objects in orbit.

"Nurjana Technologies is actively developing next-generation payloads to support Italian and European SDA initiatives. In this new strategic collaboration, we will work alongside Infinity Avionics, whose space-proven solutions offer significant potential to enhance our SDA capabilities. We are pleased to launch this collaboration, combining our expertise to co-develop disruptive technologies for the evolving space environment." —Nurjana Technologies