ASHES 2020 : Fourth Workshop on Attacks and Solutions in Hardware Security

ASHES 2020 welcomes submissions on any aspect of hardware security.
This includes, but is not limited to:

• Fault injection and countermeasures
• Side channels and countermeasures
• Hardware Trojans and countermeasures
• Tamper sensing and tamper protection
• New physical attack vectors or methods
• Biometrics
• Secure sensors and sensor networks
• Device fingerprinting and hardware forensics
• Emerging computing technologies in security
• Lightweight hardware solutions
• Lightweight implementation of cryptographic and security primitives
• Security of reconfigurable and adaptive hardware
• Post‐quantum security
• New designs and materials in hardware security
• Nanophysics and nanotechnology in hardware security
• Physical unclonable functions (PUFs) and new/emerging variants thereof
• Secure implementation and secure design of cryptographic primitives
• Item tagging, secure supply chains, and product piracy
• Secure and efficient hardware implementation of cryptographic primitives
• Scalable hardware solutions for large numbers of players/endpoints
• Hardware security and machine learning: Secure hardware implementations of machine learning algorithms, machine learning in side channel attacks, etc.
• Hardware security in emerging application scenarios: Automotive and autonomous systems, wearable computing, pervasive and ubiquitous computing, etc.
• Information leakage in the cloud
• Electronic voting machines
• Physical layer security and wireless network security
• Anti‐forensic attacks and protection (e.g., hardware virtualization and anti‐forensic resilient memory acquisition)
• Hardware security in mobile platforms
• Architectural factors in hardware security, isolation versus encryption
• Secure hardware for multiparty computation
• Secure hardware in intellectual property protection and content protection
• Integration of hardware root of trust and PUF
• Quality metrics for secure hardware
• Conformance and evaluation of secure hardware
• Formal treatments, proofs, standardization, or categorization of hardware-related techniques (incl. surveys and systematization of knowledge papers)
• Hardware security in the internet of things