Ramon.Space provides the world’s most advanced programmable computing systems in spacecraft, bringing a real disruption to the satellite industry. Powered by its unique AI/ML processors, Ramon.Space’s software-defined systems enable the realization of earth-like computing capabilities in space. The company's proven technology is used in many satellites and has been part of over 50 space missions - with zero failures.
- Avi Shabtai
- [email protected]
- HaCarmel 5, Yokneam, Israel
- 0545610985
- https://www.ramon.space/
Challenge
Things work differently in space. The space environment introduces major challenges for computing system operation. Radiation in space, causing anomalies in the operability of electronic components, requires space-grade solutions. Extreme temperature range, limited maintenance, and the expectation to operate for years become a major barrier to entry for solutions in this market.
Solution and Product
HQ in Palo Alto CA, with an R&D center in Israel and 25 technology professional experts, Ramon.Space develops and provides the most advanced mission-ready, high performance, cost-effective, programmable, low-power computing systems that are resilient to radiation.
Ramon.Space has developed an agile integrated space computer system, allowing:
- Computing in space: Real-time high-performance processing in orbit
- SW defined capabilities: In orbit SW upgrade
- Optimized unitization of satellite resources
- Communication –regeneration in space, more users, faster connection
- Imaging real-time image processing, massive storage
- Full rad-hard architecture, enabling extended orbital lifetime
- Economy of scale: modular systems that are not built to order
- Optimized cost of operation and customer service
The cost-effective solution provided by Ramon.Space enables software-defined satellites’ that allow operators to adapt services and extend the effective lifetime of the satellites in orbit.
Space Experience
Ramon.Space has a long heritage of successful deployment with zero failures of its technology in space missions in Earth orbit satellites, Moon, Solar orbit, and Mars.