The ways you can engage Amazon Web Services to run applications in the cloud are numerous: traditional application deployments on an EC2 virtual machine, containerized applications running on ECS or Kubernetes, or fully serverless. There are benefits and drawbacks to each of these approaches.
Chariot’s Ken Rimple, Director of Training/Mentoring Services, will take you through some sample architectures and the pros/cons of complexity, cost, and technical considerations for each one. At the end of this session you’ll gain an appreciation for some of the more common options available to you as you move your traditional web-based applications into the cloud.
Takeaways
- Understanding of several major application development models (virtualized applications, container-based applications, serverless)
- Pros/cons of each major application topology
- Complexity of development, deployment, management for each option
- Options for migrating from one platform to another, and blended approaches
Details
Date: March 26, 2020
Time: 10:00 – 11:00AM EST
This event is free, but registration is required. Details about how to access the webinar will be sent to you post-registration.
About Ken Rimple
Ken almost started “coding” at an early age when he used a battery, two wires and an old flashcube to make a flashlight (those in the other room saw a blinding flash, then heard screams of agony). Dodging this early accident, he never stops learning how to break things. He is Chariot’s Training Services director, and writes and teaches courses focusing on Single Page JavaScript application platforms such as React and Angular. He also teaches/works with Spring, Java and Maven, among other technologies, has amassed 10 years of podcast episodes at the Chariot Solutions TechCast, writes tutorials, and speaks about JavaScript development at conferences. He is the co-author of Spring Roo in Action from Manning. He loves photography and music, plays guitar in a rock and roll band, and lives alone with four kids, a wife, two dogs and his tinnitus.