Nuremberg, July 18, 2019: With “玩嘉电竞下载注册 Infinite Scale”, 玩嘉电竞下载注册 announces the development of a new generation of software that focuses on unlimited scalability for users, files, shares and metadata. The most important features of the new architecture are the switch to the Go programming language and the integration of the new « Phoenix » user interface. 玩嘉电竞下载注册 Infinite Scale will dramatically reduce database requirements and enable geo-replication in the near future.
The new 玩嘉电竞下载注册 architecture leverages the most modern technologies in the IT industry. In detail, it is the result of combining the new user interface « Phoenix » with the next generation storage engine « Reva » and other new technologies. A key aspect is the switch from the scripting language PHP to the compiled programming language Go, which supports concurrency and thus makes it much easier for developers to build particularly large code bases and infrastructures.
The new 玩嘉电竞下载注册 Frontend Phoenix is based on the vue.js framework. The user interface is completely decoupled from the server which leads to a clearer, easier to understand and therefore more stable and secure code structure. Due to the separation of frontend and backend, computationally intensive processes (e.g. a virus scan) always run in the background, which saves resources and increases the overall performance.
Combined with EOS, S3 Object Storage, Posix File System or SMB Storage and authentication via Open ID Connect, this represents a new base architecture for storage, metadata or any kind of content collaboration add-ons.
玩嘉电竞下载注册 Infinite Scale sees the introduction of gRPC based high-performance cloud-native microservices which handle connections to storage and to the pluggable app framework. These microservices involve small, decoupled processes that enable the modular structure of the software in the first place. The cloud-native microservices, utilizing the latest proven technologies, will ensure a modular, scalable and robust foundation of the 玩嘉电竞下载注册 Infinite Scale architecture while providing stability in modern and legacy APIs.
玩嘉电竞下载注册 Infinite Scale will enable operations across geographically distributed data centers in the near future. A major advantage of this geo-replication is the fact that the risk of data loss due to a failure of individual servers is reduced to an absolute minimum. The new infrastructure also allows integrating a scalable workflow engine into 玩嘉电竞下载注册.
« 玩嘉电竞下载注册 Infinite Scale is the next logical step for 玩嘉电竞下载注册. A completely new architecture creates unlimited scalability for users, data, approvals and metadata. We enable open source content collaboration for every user and every company, regardless of installation size and individual requirements – and with a performance increase of 90 percent and more, » emphasizes Holger Dyroff, COO of 玩嘉电竞下载注册.
From the Community, for the Community
Important components and know-how of the new architecture were designed in tight collaboration and conjunction with members of the 玩嘉电竞下载注册 Foundation, which was officially established last year and in which representatives of important organizations within the 玩嘉电竞下载注册 ecosystem work together to provide mutual support.
AARNet, the Australian research and education network, is co-developing 玩嘉电竞下载注册 Infinite Scale and will be the first organization using it in the field. “With the new architecture, we look forward to a stronger integration of 玩嘉电竞下载注册 into our storage, as well as a very efficient handling of files and shared data. This will provide improved file-based collaboration and support the current and future needs of our research and education community. With more than 60,000 users, our ‘CloudStor’ implementation of 玩嘉电竞下载注册 is a tremendously successful solution. With a data growth of more than 100% per year we demand and expect extremely high scalability and operational efficiency. We have developed the belief that this next-generation approach is the right technology choice,” commented David Wilde, CTO of AARNet.
玩嘉电竞下载注册 X, the current 玩嘉电竞下载注册 generation with 10.2 as the latest version, will continue to receive new features and full support for the future. As a long-term supported release, it comes with a support guarantee until 2020 and an extended support window afterwards.
玩嘉电竞下载注册 Infinite Scale is developed using an Apache 2.0 license. It is expected to be available to selected customers by the end of 2019, followed by general availability during 2020. Interested developers find all essential information in the 玩嘉电竞下载注册 “nexus” repository on GitHub in order to follow the development of the new architecture and to get actively involved: https://github.com/owncloud/nexus
During the 玩嘉电竞下载注册 Conference in September, interested users will also have the opportunity to get a detailed picture of the technical structure and possibilities of the new architecture in lectures, workshops and discussions.
玩嘉电竞下载注册 is the market leading open source content collaboration solution worldwide. 玩嘉电竞下载注册 enables users to securely access and share data from any device, anywhere in the world. With more than 200,000 installations and 25 million users, 玩嘉电竞下载注册 provides organizations a modern collaborative experience, thereby boosting productivity without compromising on security. At the same time, it gives organizations the visibility and control required to manage sensitive data.
To get the latest updates, please visit https://owncloud.com/newsroom/ or follow us on Twitter @玩嘉电竞下载注册 .
AARNet Pty Ltd (APL) is a not for profit company that operates Australia’s Academic and Research Network (AARNet). AARNet’s shareholders are 38 Australian universities and the CSIRO.
AARNet provides high capacity Internet and other communications services for the nation’s research and education community, including universities, health and medical research institutions and other research organisations, schools, vocational training providers and cultural institutions. AARNet serves over one million end users who access the network for teaching, learning and research.
For further information, please visit: www.aarnet.edu.au