Compact ASIC Implementation of the ICEBERG Block Cipher with Concurrent Error Detection

Abstract

-ICEBERG is a block cipher that has been recently proposed for security applications requiring efficient FPGA implementations. In this paper, we investigate a compact ASIC implementation of ICEBERG and consider the novel application of concurrent error detection to protect the implementation from fault-based attacks. The compact architecture of ICEBERG requires about 5800 gates with a throughput of 552 Mbps in an ASIC implementation based on 0.18 µm CMOS technology. The addition of an effective multiple parity concurrent error detection scheme to protect the hardware from fault attacks results in a 62% area overhead.

Lightweight cryptographic algorithms based on different model architectures: A systematic review and futuristic applications

“…Conditional differential cryptanalysis and related‐key attacks 48 . Cube testers have the strongest differentiating assault on Grain‐128's majority of keys 62 …”