Click on the Deployed models tab. At the start, it shows a “0” since no models are deployed. Now click Deploy model (Figure 10).
In the Models and model servers section, click on Configure server (Figure 5).
The Amazon Controller for Kubernetes (ACK) allows you to create and use AWS services directly from Kubernetes. You can deploy your applications, including any required AWS services directly within the Kubernetes framework, using a familiar structure to declaratively define and create AWS services like S3 buckets or RDS databases.
Red Hat Plug-ins for Backstage work in tandem with Red Hat Developer Hub and pre-existing customer installations of Backstage to extend its functionality and improve the overall experience. These Red Hat plug-ins are the supported version of the community plug-ins.
With plug-ins, you can incorporate pre-built solutions, shared patterns, and preferred tools that help developers get up to speed faster. Red Hat Plug-ins for Backstage, including plug-ins for Keycloak and Quay, provide a more integrated user experience without compromising application velocity.
Janus is an open source community that relies on contributions from its users. We are always looking for new contributors!
Load users and groups from Keycloak enabling use of multiple authentication providers to be applied to Backstage entities.
View details of container images stored in Quay in Backstage. View associated security vulnerabilities (CVEs) associated with your deployed images.
View clusters from Open Cluster Manager’s (OCM) MutliClusterHub and MultiCluster Engine in Backstage.
Visualize your applications’ deployment status and related resources deployed on any Kubernetes cluster. With this plugin, developers can see a graphical visualization of your Backstage service’s workloads and their pod statuses in real time with the ability to filter workloads by a specific cluster.
View the detailed status of the last Tekton PipelineRun of your services in Backstage. View a list of PipelineRuns associated with your service.
Easily view ArgoCD status in Backstage. View Argo CD deployment history.
Connects applications and microservices together across Clouds, Kubernetes Clusters, or standalone VMs.
These examples highlight Red Hat Service Interconnect’s ability to connect services and applications across multiple environments.
A minimal multi-service HTTP application deployed across sites using the Skupper CLI.
Simple database-backed web application. Access a database at a remote site without exposing it to the public internet.
Access a Kafka cluster at a remote site without exposing it to the public internet.
Illustrates how services in a public cluster can access services in a private cluster when the private cluster will not accept incoming network connections and the private cluster has no Ingress routes.
Create a Virtual Application Network that enables communications across the public and private cluster and deploy a subset of the application's gRPC-based microservices to each cluster.
Deploy HTTP servers to both a public and a private cluster. You will also create HTTP clients that will access the HTTP servers via the same address.
Share a MongoDB database across multiple Kubernetes clusters that are located in different public and private cloud providers.
Share a PostgreSQL database across multiple Kubernetes clusters that are located in different public and private cloud providers
Access a Kafka cluster at a remote site without exposing it to the public internet.
Connects applications and microservices together across Clouds, Kubernetes Clusters, or standalone VMs.
Based on the open source Skupper project, Red Hat Service Interconnect simplifies application connectivity across the hybrid cloud. Unlike traditional means of interconnectivity (such as VPNs combined with complex firewall rules), development teams can easily create interconnections without elevated privileges and deliver protected links without compromising the organization's security or data.
Applications and services across your environments can communicate with each other using Red Hat Service Interconnect as if they were all running in the same site. This connectivity can be maintained even as applications are migrated between environments.
Make any service from any cloud available securely on any other cloud. Service Interconnect routers and gateways provide trusted communication links between services on different clouds, edge devices, generic Kubernetes and OpenShift.
When relying on multiple cloud providers for redundancy, maintaining database consistency across clouds is crucial for replicating environments seamlessly. With Service Interconnect, databases can use their native replication features across a protected channel, without compromising the services of one cloud to those of another.
Service Interconnect allows legacy or “never-migrate” applications to continue running independently in their original environments while new web-tier applications are deployed in the cloud. To the cloud-native apps running in the cloud, these “legacy” apps appear to be cloud-native apps as well.
Service Interconnect lets you migrate progressively, one service at a time, reducing effort and risk when migrating between major versions of OpenShift or from any CNCF certified Kubernetes to OpenShift. Services are moved from the source to the target OpenShift cluster one by one. The services themselves behave as if they are still on the same cluster until the migration is complete.
When services or applications are located on Red Hat Enterprise Linux (RHEL), Service Interconnect installs as a systemd service, a RHEL Service Gateway, or Podman containers on the same RHEL machine or even on an adjacent RHEL machine on the same network segment, allowing services to be migrated progressively to OpenShift.
Red Hat Service Interconnect enables seamless multicloud, hybrid cloud, and edge connectivity so you can easily connect your applications and services. Access private cloud services from the public cloud without the need for VPNs while ensuring your data stays protected. Service Interconnect also lets you add and remove new clusters on the fly, giving you greater flexibility and control.
Service Interconnect is equipped with built-in security that scales across clusters and clouds by default. The connections between Service Interconnect routers are secured with mutual TLS using a private, dedicated certificate authority (CA). Each router is uniquely identified by its own certificate. This means that the Service Interconnect network is isolated from external access, preventing security risks such as lateral attacks, malware infestations, and data exfiltration.
With Red Hat Service Interconnect, you won't need to make any changes to your existing application or have administrator privileges. Our solution provides transparent communication through HTTP/1.1, HTTP/2, gRPC, and TCP, enabling seamless integration into your current system.
Simplify service connectivity through layer 7 addressing and routing. Service Interconnect’s redundant routing feature ensures high availability even during network failures. Dynamic load balancing allows for better traffic management and improved performance. Service Interconnect provides efficient and optimized routing with cost- and locality-aware traffic forwarding.
Interconnections created are agnostic of the environment and IP version (such as IPv4 and IPv6); they enable portability for both applications and their associated networking. This lets you migrate applications easily without recreating the networking.
Service Interconnect provides a simple command-line interface that development teams can use without elevated privileges to establish trusted connections across environments.
Skupper is a layer 7 service interconnect that enables secure communication across Kubernetes clusters with no VPNs or special firewall rules. With Skupper, your application can span multiple cloud providers, data centers, and regions. The Skupper project is completely open source and licensed under the Apache License version 2.0.
An enterprise-grade, open developer platform for building developer portals, containing a supported and opinionated framework. Red Hat Developer Hub helps reduce friction and frustration for engineering teams while boosting their productivity and increasing their organization's competitive advantages.
We brought our own expertise and customer experiences together with a community of partners and open source projects to improve developer experience on Red Hat OpenShift and Kubernetes. Both are critical to our customers, and we want to provide developer tools that make it easier and more productive for your teams to build services and applications along with lowering the cognitive burden of navigating the complexity of application development.
Red Hat Developer Hub is an enterprise-grade, open developer platform for building developer portals, containing a supported and opinionated framework. It helps reduce friction and frustration for engineering teams while boosting their productivity and increasing their organization's competitive advantages. Learn more
Along with Red Hat Developer Hub, we are releasing Red Hat Plug-ins for Backstage, a bundle of 6 plug-ins that extend the functionality of the upstream project. Red Hat Plug-ins for Backstage can work in tandem with Red Hat Developer Hub and any other pre-existing customer installations of Backstage. Learn more
Every engineering team and every IT project evolves a tailored development environment. This collection of tools, services, and configuration is often maintained by convention and transmitted by from one team member to another.
Developer portals help teams curate, manage, and replicate these environments. Backstage is an open source Cloud Native Computing Foundation (CNCF) project for building developer platforms and encapsulating tools, services, documentation, and best practices in “golden paths” to ease onboarding and daily development work.
Using Red Hat Developer Hub, developers can access a unified and open platform that streamlines the development process and provides a variety of tools and resources to help them build high-quality software efficiently.
We’ve taken the open innovation of Backstage further, with a hardened and integrated internal developer platform offering: Red Hat Developer Hub.
IT organizations are the unsung heroes in the background, keeping developer workflows rolling smoothly with the right tools, validated environments, and on-demand services. Red Hat Developer Hub helps developers focus on crafting beautiful code, not the plumbing underneath it.
Red Hat Developer Hub adds support for key Red Hat-developed plug-ins, including GitOps with Argo CD and Pipelines with Tekton, to drive a more consistent automation experience based on GitOps and Pipelines.
Additional plug-ins like Application Topology for Kubernetes and Multicluster View with Open Cluster Manager (OCM) drive a consistent user experience into the overall application and infrastructure health as well as security.
Red Hat Developer Hub includes validated templates that provide opinionated, pre-architected approaches to building and deploying software from creation to production, supporting application development teams on their journey to cloud-native deployment.
Engineers write documentation in Markdown files that live together with their code, giving teams access to system architecture and application documentation when and where they need it.
Red Hat Developer Hub gives IT organizations a developer platform built on open source innovation, with the stability, support, and reliability that they’ve come to expect from Red Hat’s hybrid cloud technologies.
Janus is an open source community that relies on contributions from its users. We are always looking for new contributors!
Faced with cognitive load and security issues you are not trained to address, you are overwhelmed by alert storms slowing down your application releases.
