Technical depth on hardware security, RISC-V architecture, verified firmware, and open silicon from the zeroRISC team.
A step-by-step examination of implementing a silicon-level root of trust on RISC-V platforms, covering key provisioning, attestation flows, and common pitfalls.
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Examining why the RISC-V community benefits from transparent, community-audited security architectures over proprietary alternatives.
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Why standard secure boot mechanisms fall short for RISC-V embedded systems, and how cryptographic firmware verification changes the security calculus.
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A systematic approach to threat modeling for RISC-V SoCs, from die to application layer, with practical mitigation strategies.
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How the zeroRISC platform complements the OpenTitan open-source silicon root of trust project, and where they differ.
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Practical guidance for hardware architects designing secure IoT and edge devices on RISC-V platforms.
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An overview of remote attestation protocols and their implementation challenges on RISC-V platforms.
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Deep dive into implementing TEE-style secure enclaves on RISC-V without Arm TrustZone hardware support.
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Why hardware security modules need algorithm agility and how to design for post-quantum readiness today.
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zeroRISC announces seed funding to accelerate development of its open RISC-V hardware security platform.
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