When off-the-shelf IP no longer fits your SoC
Teams come to us when off-the-shelf IP no longer fits the SoC they’re designing.
- Security choices are affecting power, area, memory, or performance
- Your architecture is non-standard (no CPU, FSM-based control, custom memory)
- You need to protect AI models, firmware, or external memory (emerging trends)
- Customer or OEM security questions are becoming architectural, not procedural
Design security that strengthens your SoC. Not constrains it
Security choices don’t live in isolation. Early decisions can introduce integration gaps that only surface later, affecting power, performance, area, memory footprint, and future product flexibility.
We work with silicon teams during the design phase to identify those system-level impacts early, advising on the right abstractions and architecture choices so security strengthens the SoC without creating unintended overhead or constraints.
Security without unintended trade-offs
We help silicon teams design security that fits their SoC by validating architecture decisions during the design phase. That includes surfacing hardware–software integration gaps early, where many system-level issues emerge.
We then provide the documentation, evidence, and technical support needed to streamline OEM engagement and certification processes.
What We Do
Combining customisable IP with expert advice, to ensure confidence in your security decisions.
Low-area, low-power Security IP
Right-sized IP designed for real SoC constraints not reference designs.
Security Architecture Validation
We pressure-test security assumptions early to reveal system-level and future threat implications.
Expert Guidance on System-Level Tradeoffs
We help teams connect security goals to architecture realities especially where cyber-physical threats matter.
Siemens selected Crypto Quantique IP to meet the architectural requirements of their next-generation silicon lifecycle management platform.
Built For Security-Critical Silicon
Proven silicon IP and embedded software, built for real world scenarios.
Constrained SoCs & IoT
Physical AI & Next Generation Designs
