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Security & Cryptography Hardware
Root of trust, secure boot, PUFs, crypto accelerators and hardening silicon against side-channel attack.
5 articles
Security & Cryptography Hardware Physical Unclonable Functions (PUFs) for Chip Identity Every manufactured chip has microscopic, random variations from the manufacturing process – even chips built from the exact same design. Physical Unclonable Functions turn this natural variation into a unique, hardware-rooted identity for each individual chip.
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Security & Cryptography Hardware Side-Channel Attacks and Hardware Countermeasures Even a cryptographic algorithm that's mathematically unbreakable can be compromised if the hardware implementing it inadvertently leaks information through indirect channels like power consumption or timing – this is the domain of side-channel attacks.
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Security & Cryptography Hardware Cryptographic Accelerators: AES, RSA, and ECC in Hardware Running cryptographic algorithms in software is often too slow and power-hungry for demanding applications. Dedicated hardware cryptographic accelerators perform these operations far faster and more efficiently than a general-purpose processor.
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Security & Cryptography Hardware Hardware Root of Trust Explained A Root of Trust is the foundation that everything else in a chip's security architecture depends on. If this foundation is compromised, no amount of software security built on top of it can be trusted.
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Security & Cryptography Hardware Secure Boot: How It Works Secure boot ensures a device only runs software that's been cryptographically verified as authentic and unmodified – preventing attackers from replacing firmware with malicious code, even if they have physical access to the device.
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Build your idea into silicon.
From RTL to real, packaged chips through the VACS program.