Context Critical systems in domains such as aviation, railway, and automotive are often
subject to a formal process of safety certification. The goal of this process is to ensure that …

Android is the most popular platform for mobile devices. It facilitates sharing of data and
services among applications using a rich inter-app communication system. While access to …

Alloy is a declarative formal modeling language with syntax derived from notations common
to object-oriented design and first-order relational logic semantics. To better understand the …

Robots are currently deployed in safety-critical domains but proper techniques to assess the
functional safety of their software are yet to be adopted. This is particularly critical in ROS …

Safety-critical applications often use dependability cases to validate that specified properties
are invariant, or to demonstrate a counter example showing how that property might be …

Scientific software development demands robust solutions to meet the complexities of
modern scientific systems. In response, we propose a paradigm-shifting Neuro-Symbolic …

As software is rapidly being embedded into major parts of our society, ranging from medical
devices and self-driving vehicles to critical infrastructures, potential risks of software failures …

Formal techniques for guaranteeing software correctness have made tremendous progress
in recent decades. However, applying these techniques to real-world safety-critical systems …

Robots are now part of our daily lives and their usefulness is, seemingly, never-ending. They
manufacture our goods, harvest our crops and drive us from place to place. Innovation in the …

We present a near-future research agenda for bringing a suite of modern programming-
languages verification tools-specifically interactive theorem proving, solver-aided …