The inserted delay improves the security strength of the bus to EM attacks due to the reduction of the correlation between EM emissions and transmitted data, ...

Abstract—Random Delay Insertion (RDI) has been shown to be an effective countermeasure to side-channel attacks (SCAs) on on-chip power networks.

helps improve the resilience against EM side-channel attacks. Therefore, the performance-aware delay insertion can serve as a security countermeasure ...

This paper proposes a novel methodology that adds delay to interconnect buses to mitigate electromagnetic (EM) SCAs without degrading bus latency.

Simulation results show that the new technique can offer the same level of protection against SCAs with better performance than other hardware RDI ...

This paper proposes an Efficient Randomized Instruction inSertion Technique (ERIST) to resist side-channel attacks (SCAs). In ERIST, an instruction insertion ...

Interconnects 100% · Side Channel Attack 100% · Circuit Performance 60% · Simulation Result 40% · Energy Dissipation 20% · Cross-Coupling 20% · Processed Data 20%.

The data are launched from a register and driven by a chain of buffers. ○ Delay is generated by modifying BUF1. ○ Devices INV0, M4~M7 generate the delay.

Mitigating EM Side-Channel Attacks with Dynamic Delay Insertion and ... Performance-Aware Interconnect Delay Insertion Against EM Side-Channel Attacks.

Performance-aware interconnect delay insertion against EM side-channel attacks. M Jiang, VF Pavlidis. 2021 ACM/IEEE International Workshop on System Level ...