There is perhaps no greater shared challenge facing our world today than climate change. If we are to address this issue, we must collectively improve the technologies we both create and use to help improve the world. From increasing their energy efficiency to using them for protecting the wild, open source has a key role to play in building technologies for a sustainable future.
Open Source has become the defacto way to build software. Everywhere we go, whether in the industry or not, we will come across open-source software and open-source software development. How and what are we doing in enabling the next-generation of up-and-coming developers to participate in open-source software development? Wouldn't it be wonderful if there are ways for the community, industry and academia to collaborate and nurture the next generations of open-source developers?
The applications of real-time machine learning on human mobility data continue to grow, thanks to the increase in digital mobility data, such as phone records, GPS traces, and social media posts. This has led to exponential growth in areas such as next location prediction, crowd flow, trajectory generation, flow generation, disease spreading, urban projection, and well-being.
In a world that is constantly changing, we believe that it is essential to drive forward a technology concept that specifically and deeply meets the consumers, devices makers and developers needs.
Over the last year cybersecurity has been pushed to the mainstream media as a critical threat to everyone from threats and vulnerabilities found i our most trusted open source libraries to executive orders demanding more diligent practices to mitigate these risks.
The Automotive industry is undergoing massive transformation with emerging automated, connected, and electric automotive technologies enabling new mobility services in a shared economy. In turn, these innovations are changing the way automakers, their partners, and customers create value and benefit from vehicles and transportation. And no one can do that alone ...
For Java developers, the Just-In-Time (JIT) compiler is key to improved performance. However, in a container world, the performance gains are often negated due to CPU and memory consumption constraints. To help solve this issue, the Eclipse OpenJ9 JVM provides JITServer technology, which separates the JIT compiler from the application.
The smart city ecosystem is huge and varied - trying to keep pace with new actors, devices, standards and protocols can be an unending task. Adding new data sources to your system, or even just updating existing sources, sometimes requires huge updates and breaking compatibility. The Eclipse sensiNact project provides a simple lightweight smart city platform hosting a digital twin of your city infrastructure, suitable for deployment at the edge or in the cloud. Eclipse sensiNact makes accessing data or triggering actions for any of your city’s smart capabilities consistent, simple and flexible, regardless of what native protocol or data format is used underneath. In addition, sensiNact provides push notifications, integrates with AI to automatically respond to data changes, and can deploy business logic to the edge for fast “reactions” even if the wider internet is unreachable.
Are you using Jakarta EE yet? Creating the Jakarta EE project as an open home for Enterprise Java standards is one of the biggest changes in Java’s long history. The most obvious and immediate impact is, of course, that all the API packages changed their names. Look a little closer, however, and the ripples through the rest of the Java ecosystem are still moving. This talk will look at how the changes in Jakarta EE have impacted you not just as a user of the APIs, but also the Open Source projects and other Open Standards that you use as well.
