31 posts tagged with "edge computing"

We are very pleased to share that we received a very good response from community for KubeEdge contribution competition that started on 23rd April 2019. Participants were given challenge to either fix issues, raise issues, add code towards feature development, requirement identification, promote KubeEdge by writing blogs or create a sample application using KubeEdge. During this period 156 commits and 66 issues were added in the repository. We thank all the community members for making this event a grand success. We believe that community will continue contributions to KubeEdge with same enthusiasm in the future as well. Each and every contribution is of great worth and to honor top contributors KubeEdge team have selected below members as winners of this competition.

KubeEdge is a CNCF Sandbox project that extends K8s from Cloud to Edge. We would like to invite you to join us in furthering this project and making it useable for everyone. To make this contribution effort more fun, we're proposing a contribution competition. See below for details. May the best contributor win!

Why SPIFFE for edge computing?​

Edge computing framework capabilities should be able to cloud-native design patterns and practices such as container orchestration, microservices, serverless computation which has led to increasing heterogeneous deployment environments. Conventional practices for securing heterogeneous deployments add complexity overhead to enforcing policies, prevention and detection of threats. Due to the increase in complexity, there is more scope of error in manageability and also, constraints the scalability of the applications across multiple production environments. In such cases, a common identity framework for workloads becomes necessary to avoid the pit-falls of conventional security policies (such as managing network policies that are based on rules for traffic between particular ip addresses) which affect implementation of distributed patterns.

This enables to build a security model which is application-oriented rather than infrastructure-oriented.

The KubeEdge team presented their case for sandboxing at the CNCF TOC meeting on 12th March 2019.

Edge Computing with KubeEdge

Cloud computing is far away from terminal devices (such as cameras, sensors, etc.). For real-time computing requirements, placing calculations on the cloud can cause long network delays, network congestion, and degradation of service quality. Terminal devices usually have insufficient computing power and cannot be compared to the cloud. In this case, edge computing came into being, extending the cloud computing power to the edge nodes close to the terminal device, which perfectly solved the above problem.

As the world's first open source edge computing platform for Kubernetes, KubeEdge relies on Kubernetes' container orchestration and scheduling capabilities to provide the ability to extend the application on the cloud to the edge by managing the edge nodes of the user, and to link the data on the edge side and the cloud to meet the requirements. Customer's remote control, data processing, analysis and decision-making, and intelligent appeal for edge computing resources. At the same time, it provides unified equipment/application monitoring, log collection and other operation and maintenance capabilities in the cloud, providing enterprises with complete edge computing solutions for integrated cloud and cloud services.