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Amazon MSK

Securely stream data with a fully managed, highly available Apache Kafka service.

Why Amazon MSK?

MSK (Amazon Managed Streaming for Apache Kafka) is a wholly managed version of Apache Kafka. Amazon MSK will provision your servers, configure your Apache Kafka clusters, replace servers when they fail, etc. With a managed service, you can concentrate your time designing and running streaming event apps rather than worrying about the technical aspects. Apache Kafka clusters are dispersed over multiple Availability Zones (AZs) in Amazon MSK, providing you with resilient and highly available streaming storage. Amazon MSK is an open-source, highly secure Apache Kafka cluster. As Amazon’s highly flexible, observable, and scalable service, Amazon MSK provides the flexibility and control required for a wide range of use cases.

The robust interfaces between Amazon MSK and other AWS services make application development easier with Amazon MSK. It interfaces with AWS Identity and Access Management (IAM), AWS Certificate Manager, Amazon Glue Schema Registry for schema governance, Amazon Kinesis Data Analytics, Amazon Lambda for stream processing, and many more services. Modern messaging and event-driven applications, data input and processing services, and microservice application designs are made possible by Amazon MSK, which serves as the integration backbone for these applications.

How it Works

Amazon MSK makes it simple to ingest and handle streaming data in real-time using Apache Kafka, which Amazon fully manages.

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Features

  • Executed flawlessly

If you want to deploy Apache Kafka to follow best practices, you can do it with a few clicks in the console or design your cluster from scratch. It’s easy to set up Apache Kafka and ZooKeeper clusters with Amazon MSK.

  • Includes Apache ZooKeeper

Apache ZooKeeper is needed to run Apache Kafka, coordinate cluster tasks, and preserve the status of resources that interact with the cluster. Your Apache ZooKeeper nodes will be taken care of by Amazon MSK for you. Each Amazon MSK cluster offers the required number of Apache ZooKeeper nodes for your Apache Kafka cluster at no additional charge.

  • MSK Serverless is a service provided by Amazon (Preview)

MSK Serverless is a cluster type for Amazon MSK that makes it simple for you to run Apache Kafka clusters without controlling the capacity of your CPU and storage resources. MSK Serverless manages Apache Kafka partitions while automatically providing and scaling resources, so you don’t have to worry about cluster sizing or scalability when streaming data.

  • High availability is the default.

Amazon MSK’s service-level agreement (not applicable to MSK Serverless while in preview) and automated mechanisms that detect and respond to cluster infrastructure and Apache Kafka software issues support all clusters deployed across multiple AZs (three is the default). As a result, you don’t have to worry about downtime to your applications if a component fails. When you use Amazon MSK, you don’t need to start, stop, or directly access your Apache ZooKeeper nodes. In addition, it automatically updates your cluster’s software to keep it working at peak efficiency.

  • Replication of data

High-availability replication in Amazon MSK is accomplished by multi-AZ repetition. Therefore, no additional fees are required for data replication.

  • Access to a private network

Amazon MSK manages your Apache Kafka clusters in an Amazon Virtual Private Cloud (VPC). Your clusters are accessible to your own Amazon VPCs, subnets, and security groups depending on your configuration. Your network settings and IP addresses are entirely in your hands.

  • Control of access at the granular level

Free of charge, cluster authentication and API permission can be simplified using IAM roles or user policies. For Apache Kafka, you no longer need to create and run one-off access management systems. By default, your clusters are protected with the lowest possible privileges. ACLs in Apache Kafka with Simple Authentication and Security Layer (SASL)/Salted Challenge Response Authentication Mechanism (SCRAM) or mutual Transport Layer Security (TLS) authentication can also be used for provisioned clusters to limit client access to resources.

  • Encryption

Amazon MSK encrypts your data at rest without the need for any additional settings or third-party software. The default AWS Key Management Service (KMS) key or your key can be used to encrypt all data at rest in provisioned clusters. You may also use TLS to encrypt data in transit between brokers and clients on your cluster. Serverless clusters encrypt all data in transit and at rest using service-managed keys and TLS by default.

  • Deeply Integrated

AWS integrations in Amazon MSK are unmatched by any other provider. These are some of the integrations:

  • Service-level access control for Apache Kafka through AWS IAM.
  • Amazon Kinesis Data Analytics for running Apache Flink applications in Apache Kafka to process streaming data.
  • Streaming SQL and long-running SQL operations can be conducted with Apache FlinkSQL in Amazon Kinesis Data Analytics Studio.
  • Amazon Glue Schema Registry to manage and evolve schemas from a single location.
  • Amazon Web Services (AWS) Internet of Things Core (IoT Core) for MSK event streaming
  • Capturing and analyzing change data using AWS Database Migration Service (AWS DMS).
  • Using Amazon VPC (Virtual Private Cloud) to isolate networks and connect private clients,
  • Encryption at rest using the AWS Key Management Service (AWS KMS)
  • Mutual TLS client authentication with AWS Certificate Manager Private Certificate Authority
  • Secure storing and management of SASL/SCRAM secrets through AWS Secrets Manager
  • It is possible to use AWS CloudFormation to create an Amazon MSK instance in code.
  • Cluster, broker, topic, consumer, and partition-level metrics can be monitored using Amazon CloudWatch.
  • Run Apache Kafka natively.

With Amazon MSK, applications and tools created for Apache Kafka function right out of the box, requiring no application code modifications.

  • Access to an easier-to-use version

After Apache Kafka goes public, Amazon MSK normally releases the latest version.

  • Seamless upgrades

You may determine whether to take advantage of new features and bug fixes in new Apache Kafka versions by upgrading versions on provided clusters in just a few clicks. Client I/O availability may be maintained for clients using best practices with Amazon MSK’s automated distribution of version upgrades on running clusters. In addition, Amazon MSK automatically upgrades Apache Kafka versions for serverless clusters.

  • Affordability

You may get started with Amazon MSK for as little as $2.50 per day. Compared to other managed providers, customers typically pay between $0.05 and $0.07 per GB consumed. To learn more about price, see the Amazon MSK Pricing page.

  • Scaling a broker (provisioned clusters only)

In minutes, you may change the size or family of Apache Kafka brokers in your Amazon MSK clusters without any disruption. Scaling Amazon MSK clusters by altering their size or family is a common practice since it allows you to adapt the computing capability of the cluster to changing workloads. Furthermore, because it does not necessitate partition reassignment, which may affect Apache Kafka’s availability, this approach may be preferable.

  • Scaling of clusters (serverless clusters only)

In response to your application’s throughput requirements, Amazon MSK automatically scales the resources of your clusters.

  • Automatic management of partitions

Cruise Control, a popular open-source tool for Apache Kafka, automatically assigns partitions on your behalf when using Amazon MSK. Using Amazon MSK for serverless clusters, you don’t have to worry about partition assignments.

  • Auto-scaling of storage (provisioned clusters only)

As your storage needs change, you can easily increase the storage allocated per broker using the AWS Management Console or the AWS Command Line Interface (AWS CLI). A policy that automatically expands your storage capacity as your streaming needs rise can also be implemented.

  • Streaming performance may be easily observed by default using CloudWatch metrics.

Amazon CloudWatch can be used to monitor and analyze crucial data to better understand and maintain the performance of streaming applications.

  • A Prometheus server can be used to export JMX and Node metrics from Open Monitoring (provisioned clusters only)

It is possible to monitor Amazon MSK using technologies such as Datadog, Lenses, New Relic, and Sumo Logic or a Prometheus server and convert your existing monitoring dashboards to Amazon MSK using Open Monitoring. Open Monitoring with Prometheus is available in the documentation section.

Amazon MSK Connect

Use AWS to execute Apache Kafka Connect workloads with Amazon MSK Connect, a part of the AWS MSK platform. Connectors that transport data between Apache Kafka clusters and external systems like databases, file systems, and search indexes may be easily deployed, monitored and automatically scaled with this capability. In addition, it is possible to move your Kafka Connect applications over to MSK Connect without having to make any modifications to the code. If you use MSK Connect, there is no requirement for a cluster infrastructure.

Benefits

  • Managed

There is no need to set up infrastructure or Apache Kafka Connect clusters with MSK Connect. Instead, the service manages clusters, workers, and connectors. So you can focus on developing your streaming data flows to and from Apache Kafka clusters, not on infrastructure monitoring and patching.

  • Automatic scales

Data flows fluctuate, with varying volumes coming from various sources. MSK Connect is serverless and scales workers as needed, so you only pay for what you use to transport data to and from your Apache Kafka cluster.

  • Connectors run

MSK Connect works with Apache Kafka Connect. So you may run any connector compatible with Apache Kafka Connect 2.7.1 and up, whether it was developed by one of our partners, the open-source community, or your own company. In addition, MSK Connect lets you run third-party connector plugins on AWS.

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Amazon MSK Serverless

It is possible to operate Apache Kafka on Amazon MSK Serverless without the need to manage and scale the cluster’s capacity. Instead, Apache Kafka can be used on-demand thanks to MSK Serverless, which automatically provisions and scales CPU and storage resources.

Benefits

  • Stream data easier

MSK Serverless automatically controls cluster capacity and Apache Kafka partitions. In just a few clicks, and MSK Serverless cluster may be created.

  • Insta-scale

MSK Managing cluster capacity or reassigning Apache Kafka partitions isn’t necessary with Serverless.

  • Cost-effective

MSK Serverless uses throughput-based pricing, so you only pay for data you stream and retain, not idle brokers or storage.

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Amazon MSK Pricing

The cost of using Amazon Managed Streaming for Apache Kafka (MSK) is based on how often you utilize it. There are no minimum costs or upfront commitments. You will not be charged for the Apache ZooKeeper nodes that Amazon MSK provides for you, nor will you be charged for data transfer between brokers or between Apache ZooKeeper nodes and brokers inside your clusters, as long as you use Amazon MSK. It is determined by the type of resource you create that Amazon MSK will charge you for. Clusters can be divided into MSK clusters and MSK Serverless clusters. MSK clusters allow you to set and scale cluster capacity to match your specific requirements. With MSK Serverless clusters, there is no need to specify or scale the amount of capacity available. You can also create Kafka Connect connectors using MSK Connect.

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