The Tenth European Dependable Computer Conference

TL;DR

The paper discusses the importance of dependable computing systems in modern society, highlighting recent research, challenges, and advancements in designing, testing, and evaluating reliable and secure computing systems amidst increasing complexity and scale.

Contribution

It provides an overview of the latest research presented at the 10th European Dependable Computer Conference, emphasizing new techniques, systems, and tools for dependability and security in computing.

Findings

Advances in fault-tolerance techniques for complex systems

Development of new testing and validation tools

Insights into security challenges and solutions in dependable computing

Abstract

The 21st century society relies on computing systems more than ever. Computers are no longer simply machines that are used by organizations or at home. They are embedded everywhere, from cell phones to cars or industrial control devices, and large-scale cloud computing providers are sharing them among many organizations in an unprecedented scale. As computers have become indispensable, their failures may significantly perturb our daily lives. The increased hardware and software complexity, as well as the scaling of manufacturing technologies towards nanometer size devices, pose new challenges to the developers. As a consequence the development, testing, and benchmarking of dependable systems has become a vital topic of research, both for academia and industry. EDCC is the leading European conference for presenting and discussing the latest research in dependable computing. As in previous years, its tenth edition aims at providing a European-hosted venue for researchers and practitioners from all over the world to present and discuss their latest research results on dependability, security, fault-tolerance, and testing. Original papers are solicited on theory, techniques, systems, and tools for the design, validation, operation and evaluation of dependable and secure computing systems, covering any fault model, from traditional hardware and software faults to accidental and malicious human interactions.