IoT development is expanding at a rapid pace, driving applications such as Industry 4.0; smart city, building automation, smart home, and other emerging use cases. This requires solutions not only on the cloud side, but also for edge computing, gateways, and constrained devices. If you have a story to tell about using Eclipse IoT projects, new open source projects for IoT, experiences with building IoT solutions or delivering edge services for IoT, then submit your talk here.
The automotive industry is witnessing tremendous ground breaking changes over the decades. The new age vehicles are equipped with more than 200 smart sensors to improve the efficiency and to cater to the ever increasing human demands and needs. With the rapid evolution of technology, self-driving cars no longer seem like a farfetched dream but something that can soon be mastered.
Eclipse Hono provides a lot of value to organizations that want to build scalable IoT cloud platforms. It defines both communication and device identity APIs necessary to build truly scalable, multi-tenant IoT connectivity service. But, by design, Hono doesn't provide a single implementation and allows APIs and the building blocks to be used to build different products in various environments.
The Rust programming language is an amazing step forward. And it is designed to eliminate a good portion of programming errors, already during compile time. It is a language designed for systems programming, and that makes it so valuable in the context of embedded software development.
What is an LPAN network?
How does it differenciate to a convetional network?
How easy is it to get started?
What kind of a protocol is used and is it open?
Usage scenarios with examples...
Modularity in Medical Software
Medical software traditionally drives critical functions of medical devices using some IoT or Edge-like architecture.
Per state-of-the-art and applicable laws, modular medical software requires segregation in order to avoid unintended interaction across such modules.
This presentation will briefly explain the process requirements to medical software and then turn to Java techniques for implementing some implementation requiremenets.
Nowadays there are several well engineered open projects available and they may serve different industries for prototyping a solution without starting from scratch. In the scope of delivering software artifacts from remote, Eclipse hawkBit is definitely one of those great open projects. As an Embedded Software Service Company, Kynetics selected hawkBit for creating its own delivery platform to serve its internal CI and its customers’ embedded device ecosystem.