ARES '25 — 20th International Conference on Availability, Reliability and Security

The 20th International Conference on Availability, Reliability and Security (“ARES – The International Dependability Conference”) will bring together researchers and practitioners in the area of dependability. ARES highlights the various aspects of dependability – with special focus on the crucial linkage between availability, reliability and security. ARES aims at a full and detailed discussion of the research issues of dependability as an integrative concept that covers amongst others availability, safety, confidentiality, integrity, maintainability and security in the different fields of applications. ARES emphasizes the interplay between foundations and practical issues of dependability in emerging areas such as e-government, m-government, location-based applications, ubiquitous computing, autonomous computing, chances of grid computing etc. ARES is devoted to the critical examination and research challenges of the various aspects of Dependable Computing and the definition of a future road map.

Topics: Authorization, Authentication, Access Control, Automated Vulnerability Repair, Availability, Confidentiality, Integrity, Botnets and Botnet Monitoring, Cloud Security, Compliance, Certification, Legal aspects related to Security and Privacy, Dependability, Resilience, Digital Forensics, Human Factors in Security and Privacy Identity Management, Incident Response and Prevention, Intrusion Detection, Fraud Detection, Machine Learning for Security and Privacy, Security and Privacy for Machine Learning, Mobile Security, Network Security, Privacy-Enhancing Technologies (PETs), Process based Security Models and Methods, Risk analysis, Side Channel Attacks, Software Security, Static and Dynamic Code Analysis for Security and Privacy, Security and Privacy for IoT, Cyber-Physical Systems, Critical Infrastructures, Security and Privacy Awareness, Security Requirements, Secure Design of Applications, Usable Security and Privacy, Threats and Attack Modelling, Trusted Computing, Trust Models, Trust Management, Web Application Security and Privacy