KPN has developed LoRa, an energy efficient wireless network technology that allows millions of devices to connect to the internet using little data over long distances while consuming very little energy. LoRa devices transmit small amounts of data at set times, then switch to sleep mode to conserve power. This can allow devices to transmit data for 10 years on just two batteries. KPN's LoRa network provides good national coverage and supports various Internet of Things applications like smart city services, logistics tracking, and remote control of devices.
Onyx Beacon - 10 ideas from IBM InterConnect 2015Onyx Beacon
Onyx Beacon conducted recently its first large-scale deployment implemented on a large and prestigious event of international scope.
We placed a complex infrastructure of 50 Beacons controlled by the Onyx Beacon CMS at the largest high technology conference organized by IBM in America,
InterConnect 2015.
This document provides instructions for setting up a Fuse Online integration at a hackathon event. It includes 4 steps: 1) Configure the AMQ Broker by creating an address space and app credential in OpenShift Console. 2) Deploy the UI web application by installing it from a GitHub repository. 3) Add API connectors by importing them from another GitHub URL. 4) Add a technical extension by installing a JAR file also referenced from GitHub. The goal is to demonstrate integration between the broker, UI, and connectors using Fuse Online and OpenShift.
This document provides instructions for setting up an integration environment at a hackathon using OpenShift, Fuse Ignite, and Enmasse. It includes 4 steps: 1) Configure an AMQ Broker in Enmasse, 2) Deploy a UI web application, 3) Add API connectors in Fuse, and 4) Add a technical extension in Fuse. The document contains links to GitHub repositories with detailed instructions for each step.
Kamesh is an active open source contributor who has contributed to projects like Knative, Minishift, Eclipse Che, and fabric8. He created the vert.x-maven-plugin. Knative provides a Kubernetes-based platform for building, deploying, and managing serverless workloads and includes components for serving, building, and eventing that are essential for modern applications. It supports running workloads on-premises, in the cloud, or in third-party data centers.
This document contains an agenda and notes from a technical discussion. It includes topics like Kubernetes, etcd, the operator framework, Kafka installation on OpenShift, Zookeeper, and configuration management. Various technical concepts and components are defined briefly.
This document discusses DevOps tools and practices on Kubernetes and OpenShift container platforms. It covers topics like:
1. Using Jenkins as a service on OpenShift for continuous integration and delivery.
2. Deploying web applications and microservices on Kubernetes, including technologies like circuit breakers.
3. Architectures for distributed and microservices systems, including service meshes.
4. DevOps tools available on OpenShift like Istio for traffic management between microservices.