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RISC-V 开放设计以及对硬件安全研究和开发活动的贡献.pdf

上传人: c** 编号:955298 2025-10-27 13页 1.61MB

1、RISC-V SUMMIT 2025RISC-V open designs and contributions to hardware security research and development activitiesAgence Nationale de la Scurit des Systmes dInformation(ANSSI)11 MARS 20251212/05/2025Technical challengesImplement hardware-based security functions Performances optimization,SWaP and secu

2、rity balancing(mobility,sustainability)Early stages,protection of the cores,techno specific propertiesImprove the level of assurance Improvement of tools for security proof verification Control the design and the configuration of the security functionsSecuring the software Mechanisms securing the so

3、ftware implementation Support the increase in the size and complexity of systemsSecure Hardware FoundationTightly coupling of hardware and software securitySecure by design312/05/2025Security featuresSecure ElementsSystem on chipsIoTSmartcardsSmartphonesHSMSecure communicationsSecure computingWallet

4、sSide channel attacksFault injectionsMicro-architectural attacksArchitecturesSWaP-CSupply ChainIndustrializationCoreSecure bootMemory protectionControl flow integrityPipeline protectionPMP/MMUCrypto acc.Buses&interconnectFirewallAccess controlSecure partitioningPeripheralsIOPMP/MMUWorldguard/TEECryp

5、to coproc.TRNG/Performances/Hardware attacksTechno specificDesign specific412/05/2025 but there are many other project to which ANSSI does not contribute directlySome current activities or topics of interest Survey and technical analysis Core security functions:CVA6,CV32E40S,Ibex(Secure and CherIoT)

6、,Caliptra Secure SoC design:OpenTitan,Caliptra Tools:ArchiFI Collaborations Hardware accelerator with the IP ECC Hardware resources sharing for crypto-agility in PQC Contributions to funded projects ARSENE Project-funded under PEPR Cyber-2022/2027 FORWARD project-funded under PTCC 2025/2029512/05/20

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根据标记内容,全文主要围绕RISC-V架构的硬件安全研究和发展展开。以下是关键点: 1. **技术挑战**:优化性能、平衡SWaP(尺寸、重量、功耗)和安全性,保护核心,提高保证水平,确保软件安全。 2. **项目与合作**:参与SecureHardwareFoundation项目,与CEA合作开发硬件加速器,共享加密资源。 3. **资助项目**:参与ARSENE和FORWARD项目,研究RISC-V处理器安全,包括32位和64位处理器。 4. **IP特性**:提供嵌入式TRNG、静态安全模式、多种SCA防护措施。 5. **设计策略**:100%技术无关性设计,支持从FPGA到ASIC的完整实现。 6. **应用**:支持硬件根信任、认证等用例,与libecc*项目兼容。 7. **目标**:提高硬件和软件安全性,应对侧信道攻击、故障注入和微架构攻击。
ANSSI如何助力?" ANSSI贡献揭秘!" RISC-V安全之路探秘!"
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