Developing and Modernizing Applications with Red Hat OpenShift

The Modern application development workshop is a unique, hands-on experience that showcases how organizations rely on Red Hat® OpenShift® and related offerings to develop and modernize applications on a hybrid cloud platform. A single-day experience, the workshop caters to both developer and operations practitioners with tailored hands-on labs that explore modern tooling, techniques, and architectures.

What you’ll learn and experience:

• Developer track: Developers will learn to assess and analyze an application for modernization and will experience a hands-on overview of application services, with particular emphasis on Kafka, API management, and integration, and how they can enhance your application portfolio
• Operations track: Infrastructure and operations professionals will learn how design and build environments for developers, deploy and manage multiple clusters with advanced cluster management, discover security vulnerabilities across multi-cluster deployment and enforce security policies to keep applications from being run

Who should attend:

• Infrastructure architects
• Infrastructure specialists
• Enterprise architects
• Developers
• DevOps engineers
• Application architects
• Enterprise architects
• Developer team leads

Know before you go

Infrastructure- and operations-focused participants should have knowledge of systems administration, storage, and operations with these suggested tools or skills:

• Competency on the Linux® command line
• A general understanding of Linux containers (e.g., Docker, CRI-O, etc.)
• A general understanding of authentication (e.g., LDAP/AD)
• A laptop computer running Windows, MacOS, or Linux with the Firefox or Chrome web browser

Application- and developer-focused participants are expected to be familiar with general application development concepts and have basic skills in these areas:

• Java™ programming
• Apache Maven build tool
• Linux command line and Red Hat OpenShift command line
• Linux containers and Docker
• Open source monitoring/tracing tools (e.g., Jaeger, Prometheus, Grafana)
• Entry-level Kubernetes concepts
• Entry-level service mesh (e.g., Istio) concepts