Uploaded November 2022 | Updated September 2026, 3 weeks ago
Today’s networks are not simply data pipes. The networks are the fabric that binds a business to its customers. The advent of open 5G paves the way for us to bring everyone in this ecosystem together to shape the future of networking. The Open 5G cloud infrastructure platform allows you to build and manage your private or public cloud. In the current state of things, open 5G is a viable solution for data-driven operations that require lightning-fast results and a high level of flexibility. The Edge Computing model is a mesh network of data centers that ingest and store data locally before they are sent to a centralized storage or cloud system. It is a relatively new paradigm that aims to bring computational power in close proximity to IoT sensors, smartphones, and connected technologies. AI technology allows users to leverage advanced analytics capabilities like augmented or predictive analytics and surface actionable insights more efficiently from huge data stores. Thus, a future-proof cloud infrastructure platform gives you greater network flexibility and agility, enables you to deploy new applications from any cloud with confidence, and ensures optimal connectivity.
Speakers: Anni Lai & Deepak Vij, Futurewei Technologies, Inc.; Prashant Mishra & Rupal Shirpurkar, Click2Cloud Inc.
Today’s networks are not simply data pipes. The networks are the fabric that binds a business to its customers. The advent of open 5G paves the way for us to bring everyone in this ecosystem together to shape the future of networking. The Open 5G cloud infrastructure platform allows you to build and manage your private or public cloud. In the current state of things, open 5G is a viable solution for data-driven operations that require lightning-fast results and a high level of flexibility. The Edge Computing model is a mesh network of data centers that ingest and store data locally before they are sent to a centralized storage or cloud system. It is a relatively new paradigm that aims to bring computational power in close proximity to IoT sensors, smartphones, and connected technologies. AI technology allows users to leverage advanced analytics capabilities like augmented or predictive analytics and surface actionable insights more efficiently from huge data stores. Thus, a future-proof cloud infrastructure platform gives you greater network flexibility and agility, enables you to deploy new applications from any cloud with confidence, and ensures optimal connectivity.
Speakers: Anni Lai & Deepak Vij, Futurewei Technologies, Inc.; Prashant Mishra & Rupal Shirpurkar, Click2Cloud Inc.
![O3DE 25.05.0 Release Plan
Tune in to hear about the O3DE 25.05.0 Release.
If you have questions, we encourage you to explore some resources and documentation that might address your query:
• Join the Discord Server [https://discord.gg/o3de]: Sometimes, the question you have might have already been answered by other community members. Use the search function in our Discord server to see if your question has been addressed before or submit your question to #general channel. [https://discord.com/channels/805939474655346758/805939474655346764]
• Documentation: Check out our documentation, which often contains detailed explanations and examples that might help you find the answer youre looking for. [https://www.docs.o3de.org/docs/]
• Good First Issues: Take a look at our list of Good First Issues. These are tasks that are well-suited for newcomers to O3DE and can be a great way to get started and familiarize yourself with our codebase. [https://o3de.org/contribute/#first-issue] O3DE 25.05.0 Release Plan](https://i.ytimg.com/vi/wJsdjopzK64/mqdefault.jpg)







![A Cloud-based Large Terrain System for O3DE Gems
[From O3DeCon 2021] Under the O3DE framework, a cloud-based terrain system is proposed here to support city wide scale rendering in real time while providing a good visual quality. This enables the potential for O3DE building a metaverse world of large scale. To support this scale in runtime, the terrain system consists of an efficient streaming modular that can minimize the data transfers between platforms or IO operations, a smooth adaptive tessellation method to provide both a good visual quality and rendering performance, a virtual-texture based material system to support high quality texture rendering and an efficient culling method for fast visibility tests. Editing on this scale of terrain remains a big challenge. Provided by the power of cloud computing and AI-driven data processing, massive procedural generations for height maps, textures, cloud points, etc. the editing experience can be improved using this cloud platform.
Speaker: Chen Wei, Huawei A Cloud-based Large Terrain System for O3DE Gems](https://i.ytimg.com/vi/xbhGbSbKpvM/mqdefault.jpg)

