Improve your cluster with EKS Blueprints and AWS ACK
In my presentation, I would like to introduce the possibilities and advantages of combining EKS Blueprints and AWS ACK for the development and deployment of applications on the EKS platform. EKS Blueprints provide proven methods and templates for implementing Kubernetes applications on EKS. AWS ACK, on the other hand, enables the creation of custom AWS controllers for Kubernetes.
By using these technologies, developers can shorten the time-to-market of their applications while ensuring high scalability and robustness.
I will first provide an introduction to EKS Blueprints and explain how they can simplify application development on EKS. What are blueprints, clusters, add-ons, and teams in the language of EKS Blueprints, and how can you make the most out of them?
Next, I will talk about AWS ACK and demonstrate how it empowers developers to create custom AWS controllers for Kubernetes. I will showcase the integration of AWS ACK into the EKS environment and highlight how it simplifies the management and deployment of AWS resources within Kubernetes clusters.
The whole presentation will be rounded off with a concrete example that illustrates the implementation of EKS Blueprints and AWS ACK in a scenario.
Introduction to AWS IoT Services based on a practical example
AWS offers a wide variety in IoT services.
We want to show on a practical example how the AWS IoT services are connected to each other and which services can be used for which use case.
To archive this we want to present following:
Part One: An ESP32 based representation of a solar plant which is connected to AWS IoT Core.
A functional hardware setup containing a solar panel, several sensors and an energy consumer.
The hardware setup is connected to AWS IoT Core via MQTT.
Hardware component list, Wiring plan, ESP32 software code, terraform script (contains IoT Core representation of the esp32, could also be cloud formation if requested) and documentation will be public available.
This part should demonstrate that hardware programming and connection to the cloud can be done by everyone without huge knowledge requirements.
Part Two: Interaction of AWS services with IoT Core.
Introduction to IoT Core Rules and how to distribute and use data in various IoT services.
Data which is created and ingested to IoT Core in Part One will be used for this demonstration.
This part follows a Use-Case based presentation mode.
Following Use Cases will be available:
Data Analytics (Prediction): Data will be ingested into IoT Core Analytics and a forecast of generated power of the solar plant will be available.
Live Monitoring: Live data will be ingested into IoT SiteWise and visualized by using AWS SiteWise Monitor.
Alerting: Alerts will be configured in IoT Events reacting to a threshold based on a sensor metrics.
Ingestion into "classic" AWS services: Data will send via IoT Core Rules to "classic" AWS services like DynamoDB or S3 for further processing.
AWS Community Day DACH 2022 Sessionize Event
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