What Is AWS Kinesis Data Analytics, Data Streams + Features

Are you looking for a highly efficient and scalable data processing and analytics solution? You probably need an AWS Kinesis tutorial.

In the world of real-time data, cross-platform integration, and instant notifications, developing live, real-time systems is a valuable skill. One of the most important components of developing a real-time system includes streaming data from one app to another. This is AWS Kinesis can be of great help.

This comprehensive AWS Kinesis guide will cover:

  • Definition of AWS Kinesis;
  • Key Features of AWS Kinesis;
  • Components of AWS Kinesis;
  • AWS Kinesis Pricing.

What Is AWS Kinesis?

AWS Kinesis is one of the Amazon Web Services (AWSs) used by firms from various industries to process big data in real-time.

Quite remarkably, AWS Kinesis has what it takes to process hundreds of terabytes an hour from massive volumes of streaming data from financial transactions, social media feeds, operating logs, and other sources.

While top data management technologies like Hadoop process data in batches, they won’t allow for real-time operational decision-making related to continuously streaming data. This gap is filled by AWS Kinesis. This way, the solution makes it easy to write apps that require data that must be processed in real-time.

AWS kinesis can be integrated with Amazon S3 (Amazon Simple Storage Service), Amazon Dynamo, Amazon Redshift, and even some third-party products. The service follows AWS’s standard pay-as-you-go plan. The amount you pay depends on the amount of data processed and how the information is packaged.

Components of AWS Kinesis

AWS Kinesis has 4 major modules that you can use to complete different tasks. They include:

  • Kinesis Firehose
  • Kinesis Video Streams
  • Kinesis Data Analytics
  • Kinesis Data Streams

Let’s dig deeper into each AWS Kinesis component, so you can figure out which ones you need:

Kinesis Firehose

Kinesis Firehose is designed to transform and load data into AWS (Amazon Web Services) that needs to be analyzed. The services may include Amazon Elasticsearch Service, Kinesis Analytics, Amazon Redshift, Amazon S3, and so on.

The platform will automatically manage and scale its functions based on the amount of data, precluding the need for continuous administration.

Kinesis Video Streams

Kinesis Video Streams serves as a use-case-specific platform that’s capable of streaming video from devices equipped with a camera to Amazon Web Services.

It’s executed for use cases like storage of security footage on Cloud Data Warehouse Deployments and applications involving video streaming on the internet.

Besides, the platform provides WebRTC support. WebRTC is an open-source project that allows connected devices, web browsers, and mobile apps to interact with each other using Application Programming Interfaces (APIs), and facilitates real-time media streaming.

What is AWS Kinesis Data Analytics

This platform relies on Standard SQL to analyze and process real-time streaming data of any type. It’s primarily used for analyzing data that arrives via Kinesis Data Streams and Kinesis Firehose platforms.

Not only does the platform detect the standard formats of the data but it also automates the parsing of data. Also, it will recommend a schema while also allowing users to customize it through an interactive schema editor.

Kinesis Data Streams

This platform is designed to process real-time streaming data constantly. It is often used to acquire log events in mobile deployments such as servers.

With a solid focus on security, the platform enables you to use AWS KMS master keys and server-side encryption to encrypt your sensitive data. With Kinesis Producer Library (KPL), you can easily create Kinesis Data Streams.

Also, Kinesis Data Streams contain shards, which provide:

  • A maximum of 1,000 records/second- writes up
  • 1MB/second of maximum total data write rate
  • Five transactions/second- reads
  • Up to 2MB per second of data read rate

Key Features of AWS Kinesis

Kinesis Firehose Features

  • Optional Automatic Encryption: The platform comes with the option to automatically encrypt your data once it’s uploaded to its destination. You can specify an encryption key in AWS Key Management System (KMS) as part of the delivery stream configuration.
  • Elastic Scaling for Handling Varying Data Throughput: When the delivery streams have been launched, they’ll scale up and down automatically to the input data rate and maintain data latency at your specified levels for the streams. No maintenance or intervention is required.
  • Easy Configuration and Launch: With just a few clicks in your AWS Management Console, you should be able to launch Kinesis Firehose and develop a delivery stream to load data into Splunk, Amazon S3, MongoDB, Amazon Redshift, New Relic, Amazon OpenSearch Service, Datadog, or HTTP endpoints. To transmit data into the stream of delivery, you can run the Linux agent or call the Firehose API. The platform will then constantly load data into your desired locations.

Kinesis Video Streams Features

  • Built-in Integration with Amazon Rekognition Video: Using Amazon Rekognition Video, you can specify any of your Amazon Kinesis video streams as inputs. This way, you can recognize and detect faces automatically in streaming video. If you want to build computer vision applications for situations such as security monitoring, this feature is ideal for you.
  • Real-Time APIs: The Kinesis Video Streams feature user-friendly APIs that help you acquire data from streams on a frame-by-frame basis to build real-time apps.
  • Durable Storage: Backed by Amazon S3 for data storage, the Kinesis Video Streams ensure reliable and durable data storage. The feature allows you to set and control retention periods on a per-stream basis so that you can store your data in streams cost-effectively, either indefinitely or for a limited period. At any point in time, you can alter the stream retention period.

Kinesis Data Analytics Features

  • Sub-Second Processing Latency: To help you generate actionable insights, real-time alerts, and dashboards, Kinesis Data Analytics promises sub-second processing latencies.
  • Serverless: As a serverless platform, Kinesis Data Analytics handles everything needed to constantly run your application, including automated provisioning of the infrastructure to ensure continuous processing of streaming data. This precludes the need to establish and maintain a complex infrastructure for stateful processing and high availability.
  • SQL Application features: With regards to the SQL applications in Kinesis Data Analytics, you benefit from standard SQL support, console-based SQL editor, pre-built SQL templates, integrated input and output, advanced stream processing functions, and user-friendly schema editor.

Kinesis Data Streams Features

  • Tagging Support: This feature enables you to tag your data streams for easier cost and resource management.
  • As a user-defined label presented as a key-value pair, a tag helps you organize the AWS resources. For instance, if you want to classify and track your Kinesis Data Streams costs by cost centers, you can tag the streams by cost centers.
  • Amazon CloudTrail Integration: You can integrate Kinesis Data Streams with Amazon CloudTrail, which is another AWS service for your account that will record AWS API calls and deliver to you the log files.
  • Amazon CloudWatch Integration: You can also integrate Kinesis Data Streams with Amazon CloudWatch. This enables you to acquire, check, and evaluate metrics of CloudWatch with regards to Kinesis streams.

AWS Kinesis Pricing

AWS Kinesis follows the pay-as-you-go pricing model. Amazon’s Pricing calculator is an easy way to determine the cost of the AWS service you’re interested in.

Only the resources that are utilized will be paid for, and no upfront costs exist. Two critical parameters used to determine the price for Kinesis Data Streams, for instance, include PUT Payload Unit, and Shard Hour.

AWS kenesis vs kafkada

Is AWS Kinesis Same As Kafka?

While the underlying purpose for both AWS Kinesis and Kafka is the same, some differences between the two exist. The key differences between AWS Kinesis and Kafka are related to Data retention, set-up, SDK support, and pricing:

Data Retention: With Kinesis, you have a maximum of 7-day data retention period, while it’s longer with Kafka, which allows users to configure retention periods.

Set-up: AWS Kinesis is quicker to set up than Kafka. To install and manage data clusters on Kafka, you’ll need an in-house team.

Pricing: While you pay for resources used on Kinesis, there’s no setup cost. In contrast, Kafka is open-source software that you can use for free.

SDK Support: AWS Kinesis supports .Net, Java, Android, and Go, while Kafka supports Java.

AWS kinesis vs SQS

Both are services in AWS that can be used for the decoupling of various systems. Let’s find out the difference between these two widely used services in AWS:

FeaturesKinesisSQS
Message CapacityUp to 1 MBUp to 256 KB
StorageMessages stored in ShardsIndependent single messages
Data Retention24 hours to 7 days1 minute to 14 days
WritesMultiple systems can write simultaneouslyMultiple systems can write simultaneously
ReadsMultiple consumers can read the same dataThe message is removed once processed by any consumer
Data OrderingIn-order in a single shard, but no guarantee between shardsA standard queue has no guarantee of order whereas FIFO queue supports it.
SpeedDepends on the number of shardsDepending on the number of systems writing and reading from the queue

Best AWS kinesis use cases

Let’s check out a few use cases where kinesis can be used:

  1. Any system where realtime or near-realtime data processing is required.
  2. Can be used with IoT.
  3. Processing click-stream data.
  4. Can be used where ever multiple users are writing as well as simultaneously reading data.
  5. Streaming Video files.
  6. On the fly analytics with the help of Kinesis Analytics.

AWS Kinesis FAQs

Q: Uses Of AWS Kinesis?

Broadly speaking, AWS Kinesis is used to process big data in real-time. But the exact functions differ from one component to another. To learn more, go back to the “Components of AWS Kinesis” section.

Q: What Is AWS Kinesis Based On?

The AWS Kinesis software is modeled after an existing Open Source system, in which case it’s modeled after the Apache Kafka. Like other AWS offerings, AWS Kinesis is known to be reliable, user-friendly, and incredibly fast.

Q: Why Do We Use Kinesis?

We use AWS Kinesis because it offers some distinct advantages. As a managed service, its system administration is handled by AWS, not by developers.

Hence, developers have more time to focus on their code. Among the biggest Kinesis clients include Netflix, which uses the service to process multiple terabytes of log data per day.

Q: AWS kinesis documentation

Check out here to read the complete Kinesis documentation.

Q: What is the AWS kinesis agent?

This is a java application provided by AWS that can be used to send and receive messages to Kinesis Firehose. This agent removes the hassle of writing any code. It’s plug-and-play stuff for easy setting up the producers and consumers for any Kinesis Firehose setup.

Q: AWS kinesis put-record JSON example?

Put-Record JSON sample is as below:
put-record
–stream-name <value>
–data <value>
–partition-key <value>
[–explicit-hash-key <value>]
[–sequence-number-for-ordering <value>]
[–cli-input-json <value>]
[–generate-cli-skeleton <value>]

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Conclusion

After going through this guide, you should have realized that AWS Kinesis is among the most valuable and efficient data streaming and analytics solutions out there.

We walked you through the definition of AWS Kinesis, its components, and its key features. As the demand for data storage, assessment, and efficient data processing surges, developing an understanding of this amazing cloud service is important.

Happy Clouding!!

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