Business & Policy
Semiconductor strategy
Semiconductor strategy connects secure processor capabilities with domestic or allied design capacity, software ecosystems, manufacturing access, skills and market demand.
Why it matters
Investment in hardware alone will not create adoption; developers and buyers also need maintained toolchains, operating systems, boards, assurance and clear product routes.
In brief
Semiconductor strategy connects secure processor capabilities with domestic or allied design capacity, software ecosystems, manufacturing access, skills and market demand. CHERI is relevant because it can be implemented across architectures and used to differentiate secure products.
Key considerations
1. Portfolio
Support complementary processor IP, chips, FPGA platforms and evaluation environments across embedded and application-class needs.
2. Software leverage
Fund shared compilers, operating systems, libraries, tests and training that can serve more than one supplier.
3. Demand and assurance
Use demonstrators, procurement signals and credible certification to connect technical capability with customer confidence.
Evidence and caveats
Commercial announcements, prototypes and released products have different maturity and support implications. Use dated classifications and verify supplier status.
Show assumptions, ranges, dates and owners for economic or policy claims. Recheck legislation, guidance, product status and prices at the decision date.