Description
Develop robust cloud-native applications that are scalable and efficient. Learn how to select appropriate infrastructure technologies to create secure and efficient systems in the cloud.
This training offers routes to the realization of dynamic cloud-native architectures. In addition, typical concepts of current container managers are shown, along with how they can be used for the realization of common quality standards for large web applications.
Microservices, containers and container managers have in recent years greatly changed the way software is conceived, developed and brought into production. Modern applications must function in a cluster of multiple nodes and be dynamically placeable, scalable, and fault-tolerant.
Participants will learn routes to the realization of dynamic cloud-native architectures, container application design, logging/monitoring/alerting, container-native storage as well as possibilities for UI integration. In addition, typical concepts of current container managers are shown, along with how they can be used for the realization of common quality standards for large web applications.
Your Benefits
Essential tools for the cloud-based operation of web applications
»Full-stack« competence: technical knowledge, market overview and use cases
Competitive advantages, both in the modernization of long-standing systems as well as in the design of new »greenfield« systems
Audience
Developers and architects with practical experience in the design and development of small to medium-sized software systems. Some practical experience in the servicing or ongoing development of software systems as well as with containers and their deployment is advantageous.
Training Objectives
Understand current Cloud Infrastructures and the concepts of Containers and Kubernetes
Know what Cloud Native means and the consequences of this
Understand the changes required by development and CI/CD with the Cloud
Know how to make internal states of systems visible (observability)
Learn modern and flexible architecture concepts (CQRS, Microservices, SCS)
Know how to apply patterns of OOP and resiliency to Containers
Learn about ways to automate
Your Trainers
Anja Kammer
INNOQ
DevOps, Cloud-Native, Cloud-Infrastruktur
- Cloud-Native Teams
- Flexible architectures
- Infrastructure, Containers and Cloud Native
Anja Kammer is a Senior Consultant at INNOQ and supports companies on their journey to the cloud. In addition to providing advice on development processes and platforms, she develops cloud-native web applications in cross-functional teams. She is also an accredited trainer and co-curator for the iSAQB Advanced Level module CLOUDINFRA.
Christopher Schmidt
INNOQ
Cloud migration, Kubernetes, author of the iSAQB CLOUDINFRA curriculum
- From Legacy to Cloud Native
- Infrastructure, Containers and Cloud Native
Christopher is a senior consultant at INNOQ Schweiz and has been involved in software development for more than 20 years. During this time, he has successfully brought numerous software and modernization projects into production. His main focus is on current front-/backend technologies and highly scalable architectures. His passion is NoSQL and Kubernetes.
Kofi Jedamzik
INNOQ
Cloud-native Infrastructure, Observability, Platform Engineering
- Docker and Kubernetes hands-on
- Infrastructure, Containers and Cloud Native
Kofi Jedamzik has been working in the IT industry for more than 15 years and has specialized in cloud-native infrastructure, observability and platform engineering as a senior consultant at INNOQ. He has extensive experience in the development and implementation of modern operating architectures, especially in the optimization of automation processes and continuous delivery systems. In addition, he supports companies in effectively migrating their legacy workloads to the cloud and develops customized software architectures for demanding IT environments.
Sascha Selzer
OpenValue
Backend architecture, Continuous Delivery, deployment strategy
- Infrastructure, Containers and Cloud Native
Sascha Selzer works as a senior software engineer at OpenValue. He has many years of experience in development with JVM based languages and in software architecture. His current focus is on the design and implementation of backend architectures, as well as continuous delivery/deployment strategies. He is also involved in cloud related topics such as monitoring and tracing solutions as well as related architecture and development paradigms (microservices, devops).
Sebastian Schwaiger
INNOQ
Cloud Native, distributed systems
- Docker and Kubernetes hands-on
- Infrastructure, Containers and Cloud Native
Sebastian Schwaiger associates himself with Generation Cloud Native. He thinks in scalable architectures for distributed applications. He is always interested in how the entire application works - from the macro to the micro level, from the infrastructure to the front end.
Technical Information and Books
GitOps
GitOps is a way of implementing Continuous Deployment for cloud native applications. It focuses on a developer-centric experience when operating infrastructure, by using tools developers are already familiar with, including Git and Continuous Deployment tools. More info
Kubernetes Resource Management
Over the last couple of years Kubernetes has arguably become the most popular infrastructure platform with a rapidly growing ecosystem. This practical guide shows you how to optimize the configuration of your Kubernetes cluster so that they run your workloads as efficiently as possible.
Service Mesh – The New Infrastructure for Microservices
Microservices are still the most hyped software architecture. However, they cause additional complexity for operations. Service meshes are the latest technology to solve this problem. This primer explains what a service mesh is, shows reasons to use one, and give a complete executable example with Istio. It discusses also alternatives like Linkerd 2, Consul, and AWS App Mesh and when to use them.
Continuous Delivery – A Pragmatic Guide
Continuous Delivery allows for faster and more reliable deployment of software in production. The foundation is a Continuous Delivery pipeline that automates the deployment process. This enables a reproducible, low-risk process to bring new releases into production. The book is a 100% practical guide to building Continuous Delivery pipelines that automate rollouts, improve reproducibility, and dramatically reduce risk. It introduces a proven Continuous Delivery technology stack, including Docker, Chef, Vagrant, Jenkins, Graphite, the ELK stack, JBehave, and Gatling. The book guides you through applying these technologies throughout build, continuous integration, load testing, acceptance testing, and monitoring. Wolff’s start-to-finish example projects offer the basis for your own experimentation, pilot programs, and full-fledged deployments.
Relevant Other Training Courses
Cloud-Native Teams
Supporting team structures for the cloud-native transformation
by Request
Workshop
Get to know supporting team structures for cloud-native transformation
From Legacy to Cloud Native
Migrating to the Cloud
by Request
Find out more about how you can migrate your current software system to the cloud.
from 600 €
Workshop
Are you aiming for the iSAQB CPSA-A certification and want to prepare yourself optimally for the exam? You've come to the right place.