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<\/p>\nCurrently, there is a widespread of software applications that exhibit significant memory safety and security flaws. It is also important to recognize that this situation is not beyond repair. Collaborating with the NSA Laboratory for Physical Sciences, we have shown that this issue can be successfully addressed. Our solution does not necessitate the refactoring of existing code or the elimination of third-party and open-source software integration.<\/p>\n
Our team is organizing a hands-on workshop to unveil the initial physical\/full-ASIC board of our secure Big Global Address Space (BGAS) capability architecture.<\/p>\n
The BGAS project was established with the goal of designing an open-source, fast, and comprehensive, software\/hardware co-design system, allowing applications to operate under capability-based security assurances. This project covers every aspect of the system, ranging from application performance evaluations to runtime environments, tools, the Operating System (OS), and the development, simulation, and emulation of the BGAS-Zeno CPU, with a specific emphasis on security, scalability in high-performance computing (HPC), and adaptability.<\/p>\n
Please contact us if you are interested in accessing the single-core board that has been released. Additionally, we welcome any collaboration inquiries for the forthcoming multicore HPC version that is currently in the finalization process.<\/p>\n
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