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Enterprise Data Management

Implementing DataOps Architecture in AWS, Azure, and GCP

Navdeep Singh Gill | 27 February 2025

Implementing DataOps Architecture in AWS, Azure, and GCP
7:03
Implementing DataOps Architecture in AWS, Azure, and GCP

Introduction to DataOps Methodology

DataOps Methodology is a new and independent view approach to data analytics based on the whole data life cycle. It applies to data reporting and preparation. It helps IT operations, and the analytics team recognize the data and its interconnections. DataOps can be seen as a combination of the Agile methodology and DevOps to maintain data regarding business goals. The agile method shortens the time needed to align analytics with business goals.

What is DataOps?

Data analytics teams use the DataOps term. It is an automated, process-oriented methodology that reduces cycle time and increases data analytics quality. Building new code is essential to the whole DataOps ideology, but equal importance is given to improving data warehouses. Here, the Agile processes for governance and analytics, with help from DevOps processes for code optimization and building, are implied.

 

One of the main objectives of the DataOps platform methodology is to improve data analytics by increasing quality, velocity, and data reliability. Particular emphasis is given to aspects such as automation, collaboration, integration, and interrelationships between various teams accessing, analyzing, and operating on the data, such as data analytics, science, ETL engineering, IT, and quality maintenance.

Implementing DataOps Methodology in AWS, Azure, and GCP?

DataOps methodology is supremely specified yet diversified. If used correctly, it is a tool that can bring great rewards and growth for any organization. The best practices help the developers and data users better understand, access, and availability the data. AWS (Amazon Web Services), Azure, and GCP all provide excellent tools to accompany this implementation of the DataOps methodology based on their cloud services.

 

There are some Principles that the DataOps follows for performance in the ecosystem based on Cloud.

  1. Automated Governance replaces simple metadata.

  2. Multi-dimensional agility replaces extensibility.

  3. Elasticity replaces enterprise Scalability.

  4. Automation replaces manual data tasks.

  5. Data preparation and pipelines replace data cleansing.

  6. Multi-model data access replaces a single model.

DataOps focuses on business goals, data management, and improved data quality. It ensures that the business goals are handled with the utmost importance and that every dream is achieved with quality and efficiency in mind. Data analytics is made to drive businesses and meet requirements.

 

Some real-life use cases where having a DataOps perspective has done wonders for the companies in growth and scaling using the various tools available from the arsenal of AWS, Azure, and GCP (Google Cloud Platform) are as follows:

  • Finding new revenue.

  • Improving health.

  • Making music.

  • Targeted marketing.

  • Movies and TV on demand.

  • Serving retail customers.

  • Valuing real estate

The increasing demand for real-time data and insights will add another layer of operational complexity that requires a radically different way to manage, process, transform and present data. Source: The Reasons Why DataOps Will Boom

How is DataOps Methodology beneficial for Businesses?

Service providers such as AWS, Azure, and GCP must consider the needs of the clients' organizations. Every organization has a load of data, but only a few can get the most out of it. Here, it is essential to know the client's needs and develop solutions as per the requirements. Demands like Grow Exponentially are vital for data owners. It is critical to find new data sources, diversify them, and store them accordingly.

 

The data's main issue is available to as many users as needed. Organizations using Cloud services have many advantages over their counterpart local storage. The availability of data stored at any given time and without limit is virtually a blessing for the organizations that opted for the Cloud. Some main benefits of using Data Lakes on Cloud are :

  • Eliminate silos of data.

  • Move to a single source, i.e., Data Lakes on Clouds.

  • Store Data securely in standard Formats.

  • Being able to Grow to any scale with as low costs as possible.

  • To predict future outcomes.

azure-datalake-icon
A data lake is a centralized location created for the purpose of processing, storing, and protecting huge amounts of structured, semi-structured, and unstructured data.5 Best Practices To Keep in Mind While Building Data Lake

What is the main objective of DataOps?

The primary purpose of DataOps is to provide trustable and efficient data insight for actionable business decisions in a time of need. The DataOps team should adhere to data governance and security principles to achieve this objective. The data flows from particular source systems and assists in constant collaboration through shared platforms to resolve issues rapidly.

 

Different pipelines and various workflows must have integrity and security from potential threats and leaks. For any high-value data falling into some wrong hands and faulty and incorrect references for business, the value can potentially harm the system's trust, which provides insights. A Data Governance framework with strong security principles can bring that level of trust and reliability to big data implementations.

balanced-data-governance-icon
Data Governance is the process and management of data availability, usability, integrity, and security of data used in an enterprise. Click to explore more about Data Governance.

There are several reasons why DataOps should be included in a Data-Driven Business Info-sights, which would ultimately help the data teams mature and handle the data-driven architecture. From the service provider's perspective, like AWS, Azure, and GCP, the architecture for the Solution base can be seen vaguely as follows :

 

Visualization and Machine Learning:

  • Dashboards

  • ML Solution base.

Analytics

  • Data Warehousing

  • Big Data processing

  • Serverless Data processing

  • Interactive Query - Operational Analytics.

  • Real-time Analytics

Data Lake:

  • Infrastructure

  • Security and management

  • Data Catalog and ETL

Data Movement:

  • Migration of data.

  • Streaming Services.

  • DataOps Testing Tools
  • DataOps Platform
  • DataOps Services

Benefits of the DataOps Methodology

Having studied and analyzed the DataOps strategy, there are a lot of benefits that any organization can achieve :

  • Access to real-time insights.

  • Predictability of all possible cases increases transparency.

  • Way higher Data Quality assurance.

  • Produce a unified data hub with features like interoperability.

  • Re-usage of code.

  • Reduced data science application cycle times.

Data Operations, or DataOps, is an agile strategy for designing, implementing, and maintaining a distributed data architecture to support a wide range of open-source frameworks and various production tools. The objective of DataOps is to create business value from big data by analyzing data based on the whole data life cycle.

Next Steps with DataOps Architecture

Talk to our experts about implementing DataOps Architecture in AWS, Azure, and GCP. Learn how industries and different departments leverage DataOps workflows and automation to streamline data pipelines, enhance decision intelligence, and drive a data-centric approach. Utilize AI and cloud-native solutions to optimize data integration, governance, and real-time analytics for improved efficiency and business outcomes.

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Table of Contents

navdeep-singh-gill

Navdeep Singh Gill

Global CEO and Founder of XenonStack

Navdeep Singh Gill is serving as Chief Executive Officer and Product Architect at XenonStack. He holds expertise in building SaaS Platform for Decentralised Big Data management and Governance, AI Marketplace for Operationalising and Scaling. His incredible experience in AI Technologies and Big Data Engineering thrills him to write about different use cases and its approach to solutions.

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