Software Engineering for the Internet of Things

➟ the IoT’s major software engineering challenges: high reactivity, scalability, heterogeneity, configurability, resource-constrained systems, and robustness; ➟ software methods and development techniques for the IoT (including agile methods, other new development approaches, and specific tradeoffs); ➟ software architectures dealing with complex interactions, interoperability gaps, and data mining for reasoning about the environment and software interactions; ➟ tools, platforms, and environments for developing software for the IoT; ➟ continuous-engineering solutions for the IoT; ➟ the IoT’s social and organizational aspects; ➟ quality in the IoT: verification-and-validation challenges for IoT software; ➟ teaching the IoT: building a core software engineering curriculum for IoT developers; ➟ social impacts of the IoT related to software engineering; ➟ experience reports on software development challenges for the IoT and takeaways; ➟ software engineering challenges for mission-critical IoT systems; and ➟ applications to vertical sectors such as energy, vehicles, and healthcare.