OHB Hellas presents: ABAX
The future will fly flies with this
Our team is passionately committed to pushing the boundaries of orbital high-performance computing, redifining what’s possible in space. With a relentless drive for innovation, we are recrafting the limits of speed, resilience, and intelligence in space systems. By combining cutting-edge technology with visionary thinking, we’re shaping the future of computing in orbit and beyond — to ultimately rewrite the rules of space.
A flawless design
Our Orbital High-Performance Computer (OHPC) subsystem intend to integrate cutting-edge space-qualified hardware with advanced hardware acceleration capabilities, ensuring reliable and efficient performance in the harsh environment of space. At its core, a firmware virtualization layer provides robust management and flexibility, allowing seamless adaptation to a wide range of mission-specific needs. This powerful system is then augmented with AI/ML applications tailored specifically for space use, optimizing mission operations and enabling intelligent decision-making. The OHPC is designed to be the backbone of next-generation, innovative space missions, empowering them with high computational performance, reliability, and adaptability to meet the ever-growing demands of space exploration and satellite systems.
With huge Benefits
The integration of our Orbital High-Performance Computer (OHPC) technology significantly enhances satellite capabilities, making them smarter and more efficient in handling complex space missions. By enabling rapid data processing, the OHPC allows satellites to manage vast amounts of data in real time, ensuring that critical information is processed quickly and accurately. The system’s multi-user capability supports simultaneous access and operation by multiple users, enhancing collaboration and adaptability. Furthermore, the OHPC is designed to be both flexible and scalable, allowing it to easily adapt to evolving mission requirements and expand to meet future demands. This combination of speed, flexibility, and scalability makes the satellite more intelligent, responsive, and capable of tackling increasingly sophisticated space challenges.
While our Orbital High-Performance Computer is still in development, it has already been recognized as a strategic technology by all our partners. This cutting-edge innovation promises to revolutionize satellite capabilities, pushing the boundaries of space exploration and transforming the way we process and manage data in orbit. As we continue to refine and perfect this technology, it is poised to become a cornerstone of next-generation space missions, unlocking new possibilities and empowering a smarter, more connected future in space.