Supercomputing in Space
Supercomputing in Space Advanced by Ramon.Space Series A Round
Ramon.Space has raised $17.5 million dollars in Series A funding to advance plans for supercomputing in space. The round includes StageOne Ventures, Deep Insight, WorldQuant Ventures, UMC Capital and existing investor Grove Ventures. The capital will be used to continue development of the company's computing solutions, support its rapidly expanding US and Israel operations, and expand the team globally.
https://youtu.be/YbeiYk2nm6k
Ramon.Space builds space resilient supercomputing systems that revolutionize the way software is written, applied, and processed in space. The use of software in space has been limited, because the hardware needed to support it could not function in such harsh conditions. Ramon.Space aims to transform the way software and hardware are used in space so applications can be developed, updated and adapted in real-time … creating infinite possibilities for new space satellite payloads and deep space missions. The company's computing and storage platform leverages ground-breaking Manycore ML / AI / DSP processing technology to power next-generation earth observation, communications and data processing applications.
Intelligent systems in space need advanced computing and storage capabilities. Computing systems on the market today are unable to withstand the high radiation levels and polarizing temperatures in space, causing them to deteriorate or malfunction. Ramon.Space uses virtual radiation-hardened technology well-suited to those conditions.
The technology developed by Ramon.Space atransforms satellites into smart and autonomous spacecraft, while significantly extending their effective lifetime by providing service agility in the form of in-orbit upgrades that adapt to services and applications.