Master hardware security protocols for chip design - TrustZone, secure boot, crypto accelerators, and hardware security modules.
Secure/Non-secure world partitioning, secure monitor calls, and TrustZone architecture in silicon.
Hardware root of trust, secure boot chain, verified boot, and bootloader authentication.
AES, RSA, ECC hardware engines, crypto co-processors, and encryption/decryption IP blocks.
HSM design, secure key storage, tamper detection, and hardware-based security functions.
Key generation, key derivation functions, secure key storage, and key lifecycle management.
TLS/SSL hardware acceleration, secure channels, and authenticated communication protocols.
Power analysis resistance, timing attack mitigation, and side-channel countermeasures.
PUF design, device fingerprinting, unique chip identification, and hardware entropy sources.
Memory encryption, memory authentication, secure enclaves, and protected memory regions.
Hardware TRNG design, entropy collection, random number quality, and FIPS compliance.
Security-focused verification, formal security verification, and security protocol validation.
Secure AI accelerators, ML model protection, and privacy-preserving AI computation.
Security-first SoC design, secure interconnects, and system-level security integration.
Physical tamper sensors, tamper response mechanisms, and secure chip packaging.
Common Criteria, FIPS 140-2, ISO 15408 compliance, and security certification requirements.
Authenticated debug, secure JTAG, debug port protection, and secure development flows.
Trojan detection, design-time security, supply chain security, and malicious logic prevention.
Secure clock generation, tamper-resistant reset, and security-critical timing circuits.
Hierarchical security domains, security level enforcement, and cross-domain protection.
Post-quantum cryptography, quantum-safe algorithms, and future-proof security implementations.
Security-preserving protocol conversion, secure interface adaptation, and trusted bridges.
Dedicated security chips, secure element interfaces, and isolated security processing.
Hardware-based network security, secure communication protocols, and network isolation.
Encrypted firmware storage, secure OTA updates, and firmware integrity protection.