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Boost Infrastructure Efficiency with AWS ECS Capacity Provider Strategy

Introduction:

Explore the simplicity of scaling in the AWS cloud by diving deep into the AWS Elastic Container Service (ECS) capacity providers. AWS ECS is revolutionizing the world of container orchestration, and capacity providers are essential in streamlining the scaling process.

In this blog, we will explore the concept of Capacity Providers in Amazon ECS. We’ll delve into the reasons for choosing Capacity Providers in Amazon ECS, understand how they function, examine the various types of Capacity Providers, explore the significance of weight and base settings within Capacity Providers, and take a closer look at the potential drawbacks associated with their usage.

What is a Capacity Provider:

Amazon Elastic Container Service (ECS) is a robust container orchestration service offered by Amazon Web Services (AWS), designed to simplify the deployment, management, and scaling of containerized applications. At the heart of ECS lies the concept of Capacity Providers. It’s a fundamental element streamlining the intricate process of managing the compute resources that underpin your containerized workloads.

Continue reading “Boost Infrastructure Efficiency with AWS ECS Capacity Provider Strategy”

Amazon ECR Container Images Across Accounts or Regions

Want to implement an AWS Elastic Container Registry Replication practice in your DevOps solution? But don’t know how to start and where to go. Folks, now you are on the right path.

We’re pursuing this to safeguard our production resources in the ap-south-1 (Mumbai) region from potential disasters and connectivity issues. Ensuring resource distribution across other AWS regions is critical. Our microservices-driven applications rely on Docker images, including custom ones crucial for disaster recovery. AWS Container Registry offers a secure, efficient solution for storing and managing Docker images, simplifying image storage, and enabling seamless sharing across private or public environments.

So, here you may wonder how we can replicate the same images from its registry to another AWS Account(cross-accounts) or in the same account in different regions(cross-region).

Pre-requisite:

Need two AWS Accounts with admin access to Amazon ECR service and programmatic access for it(to pull/push images).
Login/Signup: https://aws.amazon.com/console/

Note: 1st AWS Account: Source account

2nd AWS Account: Destination account

Enough theory part let’s take action for this,

Nifi Cluster Setup with External Zookeeper

Apache NiFi is an open-source data integration and automation tool that enables the automation of data flow between different systems. NiFi provides a user-friendly interface to design, control, and manage the flow of data between various sources and destinations. The tool is particularly useful in handling data from different sources, applying transformations, and routing it to different systems in real-time.

Why use the Nifi cluster over the standalone?

Performance: Clusters can handle higher throughput and provide better performance than standalone instances due to load distribution.
Fault Tolerance: Clusters provide high availability and fault tolerance such as if one node fails, the other nodes take over the processing.
Scalability: Clusters allow for scalability by adding more nodes, whereas standalone instances have limitations in scaling.

The Fallacies of Platform Engineering

Delve into the intricacies of implementing platform engineering strategies and the misconceptions that surround it.

In today’s rapidly evolving tech landscape, the significance of platform engineering cannot be overstated. It serves as the bedrock upon which countless digital ecosystems are built, from mobile applications to cloud-based services and everything in between. Yet, for all its importance, the world of platform engineering is riddled with misconceptions & misunderstandings that can lead to costly mistakes, project delays and suboptimal outcomes. To navigate this complex terrain successfully, it is crucial to identify and address these fallacies head-on.

By exposing these fallacies and offering insights into platform engineering best practices, we aim to empower engineers, developers and decision-makers to make more informed choices and in turn, create more robust and effective platforms.

Throughout this exploration, we’ll delve into the intricacies of implementing platform engineering strategies, examining its core principles and the misconceptions that surround it. We’ll also discuss real-world examples and case studies to illustrate the consequences of falling prey to these fallacies.

Securing Nifi Cluster with TLS Toolkit

Apache NiFi is an easy-to-use, powerful, and reliable system to process and distribute data. As data flows between different systems it’s a good practice to ensure the integrity of the data being processed. Securing a NiFi cluster is essential for various reasons, primarily to protect sensitive data, ensure system integrity, and prevent unauthorized access. Apache NiFi provides a TLS toolkit using which we can self-sign Certificate Authority (CA) and easily issue and sign certificates in the format expected by NiFi. Continue reading “Securing Nifi Cluster with TLS Toolkit”