This Downstream Lab 1 infrastructure is mainly running on Arm architecture and some on x86 architecture, future plans to expand to RISC-V, MIPS, and x86 architecture.
Hin Yang is leading signing a MoU at the LF Edge level with OpenGCC and ECC.
Akraino needs to start cooperation after TSC has made a report and decision is passed, and OpenGCC (http://en.opengcc.org/) and ECC (http://en.ecconsortium.org/) need to provide introduction materials in advance.
Currently, Akraino's main body of carrier platform should be mainly in North America. It is recommended that Akraino set up a branch in China. GCC/ECC, as a platform for China's computing industry, can be used as a carrier platform for Akraino branches to land in China. After the specific cooperation relationship, the cooperation statement and plan will be released to the outside world.
Shenzhen GCC laboratory, exhibition hall and office environment (over 1,000 m²) will be put into use at the end of November. The Akraino open source project can be deployed to the GCC laboratory and displayed in the exhibition hall. In particular, the global projects planned to be promoted in China in the future are not limited to projects that Chinese companies will focus on in Akraino, such as IEC Type5, Baidu AI Edge, Tencent 5G MEC, and China Mobile IEC Type3. Akraino's full set of tools and software can also be used by this laboratory to provide Akraino members in China to carry out open source development, testing and other activities.
Blueprint is an edge computing integrated software package for various industries, which can be displayed and promoted with the help of GCC/ECC member base and various conferences and other activities.
Technical personnel skilled in the Akraino platform and blueprint can be trained to support Akraino's landing operations and technical support in China.
Member company of Akraino China office will adopt and/or deploy these blueprints.
Ampere Mt. Jade server
Nvidia GPU Tesla T4
Taishan 2280 server
AMD GPU WX 5100
Workshop: Arm virtualized cloud gaming workshop
Time: March 27, 2021
Location: Shanghai, China
Attendees: Nvidia, Tencent, Baidu, Arm, Ampere, Phytium, et al
Topic: Cloud gaming solutions from different companies
Product: Nvidia vGaming, Arm server, Tencent XianYou, Baidu Red Finger, Ampere Altra, Phytium S2500
Goal: build up ecosystem connection, promote the collaboration
Exhibitions of Cloud Mobile, Cloud Desktop, on Arm servers etc. in Apsara Conference, ODCC
gaming, public cloud,
Model: PCIe Backplane named X136 in X100 series by Socnoc.
Workshop: DATA CONNECTING THE WORD, EDGE COMPUTING THE FUTURE
Time: November 26, 2021
Location: Hefei China,
Attendee: To be confirmed,
Topic: Demo show & New Product Announcement,
Product: 8 channels PCIe Backplane,
Goal: Edge computing group to shape a new rack & cloud service.
To be confirmed
Smart cities, AI Transportation, Energy manufacturing, Industries communication.
Federated ML Scheduling platform
Factory warehouse manage middleware
Yishi vBus vehicle middleware
TI
AutoSAR (AUTomotive Open System ARchitecture)
PCEI can be installed/enabled with Edge Multi-Cluster Orchestrator and accessible on common hardware and network environment.
PCEI enabler relieves users form troubles of API interoperability including API definition, API gateway functions (AAA, policy, security) and providing a secure, controllable, tracable, scalable and measureabler way to access the APIs from diverse public edge cloud service providers. So far, PCEI has already finished these follwing onboarding and deployment of cloud natvie Public Cloud Edge (PCE) Apps: Deploying Azure IoT Edge with PCEI and Deploying AWS GreenGrassCore with PCEI, and a 3rd-Party Edge (3PE) App: ETSI MEC Location API App. We hope to collaberate with Teclos and hyperscalers in China to test the end-to-end operation of the Apps on their edge infrastructure: operator`s edge infrastructure or public Clouds (Alibaba cloud or Tencent cloud).
Edge computing; Public Cloud;
The Blueprint Validation Framework offers a set of tools that can be used to test Akraino deployments on different layers (hardware, os, k8s, openstack, etc).
The framework provides tests at different layers of the stack, like hardware, operating system, cloud infrastructure, security, etc. Since the project is constantly evolving, the full list of available tests can be found in the projects repo, where the tests are located under their respective layer. Each layer has its own container image built by the validation project. The full list of images provided can be found in the project’s DockerHub repo.
Randy Stricklin Daniil Egranov Wenhui Zhang
If you are working on driver code, Vuls and Lynis are needed.
If you are developing container based application code, Vuls, Lynis and Kuber-Hunter are needed.
If you are developing VM based application code, Vuls (testing setup inside each VM) and Lynis (testing setup inside each VM) are needed.
Vuls scan usually takes around 10 to 20 mins.
Kuber-Hunter usually takes about 10 mins.
Lynis scan usually takes about 2 mins.
Shenzhen GCC laboratory, exhibition hall and office environment (over 1,000 m²) will be put into use at the end of November. The Akraino open source project can be deployed to the GCC laboratory and displayed in the exhibition hall.
Location: Shenzhen-Hong Kong International Technology Park
No. 3, Binlang Road, Futian District, Shenzhen City, Guangdong Province, China
Technical blogs can be published at Arm Software Developers WeChat Official Account, Aijishu Arm Software Developers column, Communication World, OpenGCC WeChat Official Account, etc.
Presentation from Akraino China Office to industry events like OpenGCC Summit, Global Edge Computing Conference, ODCC etc.
Akraino to actively participate in the Open Green Computing Consortium ecosystem building activities, such as the Summit. We can sign up to participate, or can be the main participant in the main forum to make a speech or report. For example, we can participate in white papers, conference and other industrial voice, we have done Arm. Kirin special. We would love to have
Akraino participation and any suggestions.
Some videos are available in LF Edge YouTube channel, can be republished to the following video website.