8 Best Practices for Approaching Master Data Governance in the Cloud
Expanding your footprint to the cloud has gotten easier in recent years, and as a result, a growing community of data consumers are now motivated and energized to collect, capture, store, and analyze data for insights and business decision making. While more enterprise organizations are looking to go all-in on cloud, CIOs will learn that the nature of their data may require a hybrid approach to truly modernize their IT infrastructure. In fact, Gartner analysts believe hybrid IT will be the standard in 2019.
Despite traction, information management stakeholders still have concerns about the potential risk of managing their data, both in the cloud and on premises, for various reasons.
Enterprises have consistently cited security and governance as barriers to cloud adoption, looking for increased control where the cloud infrastructure is shared with a third party. There’s also a growing set of regulations that mandate stricter governance of personal data, such as the California Consumer Privacy Act (CCPA), the European Union’s General Data Protection Regulation (GDPR), and more. Not to mention democratization and data awareness. Moving data into any kind of data lake (cloud-based or on-premises) runs the risk of losing track of which data assets have been moved, the characteristics of their content, and details about their metadata. So discoverability becomes very important.
These factors highlight the need for increased data classification, cataloging, access control, data quality management, and monitoring of the flow of data through the organization (data lineage) as core data governance competencies that every organization should look for in a cloud provider. Addressing these risks, without abandoning cloud computing’s many benefits, makes it more important than ever to understand data governance in the cloud. And of course, know which parts are most critical.
Simply put, data governance encompasses the ways that people, processes, and technology can work together to enable business efficiency along with defined and agreed-upon data policies that ensure compliance is met. As a given company generates more data and moves it to the cloud, they need to consider a comprehensive approach to data governance. Why? Because good data governance can inspire customer trust, allow the company to extract more value from their data and therefore lead to more competitive offerings and improvements in, for example, customer experience.
There are well-known frameworks out there that can be great resources for how to approach data governance (i.e. Gartner framework , Forrester framework ). But these steps aren’t always linear or the same for every organization.
With that in mind, here are eight best practices for any company to consider as they approach data governance in the cloud:
1. Data Discovery and Assessment
Cloud-based environments offer an economical option for creating and managing data lakes, but the risk remains for ungoverned migration of data assets. You can mitigate this with improved data discovery and assessment processes. By identifying data assets within a primary, hybrid, or multi-cloud environment you can trace and record each data asset by origin, lineage, object metadata, and discovery what transformations have been applied to the data. Better data discovery means that users can find the data they need, when they need it, which leads to efficiency and better, data-driven decision making.
2. Data Classification and Organization
Properly evaluating a data asset and scanning the content of its different attributes can help categorize the data asset for subsequent organization. This process can also infer whether the object contains sensitive data, and if so, classifying each data asset in terms of the different levels of data sensitivity, including personal and private data, confidential data, and intellectual property. To implement data governance in the cloud, you’ll need to profile and classify sensitive data in order to inform which governance policies and procedures apply to the data.
3. Data Cataloging and Metadata Management
Once your data assets are assessed and classified, it is crucial that you document your learnings so that your communities of data consumers have visibility into your organization’s data landscape. You need to maintain a data catalog that contains structural metadata, data object metadata, and the assessment of levels of sensitivity in relation to the governance directives (such as compliance with one or more data privacy regulations). The data catalog not only allows data consumers to view this information, but it can also serve as part of a reverse index for search and discovery, both by phrase and (given the right ontologies) by concept. It is also important to understand the format of structured and semi-structured data objects, and allow your systems to handle these data types differently, as necessary.
Different data consumers may have different data quality requirements, so it’s important to provide a means to document data quality expectations, as well as techniques and tools for supporting the data validation and monitoring process. These management processes include creating controls for validation, enabling quality monitoring and reporting, supporting the triage process for assessing the level of incident severity, enabling root cause analysis and recommendation of remedies to data issues, and data incident tracking. The right processes for data quality management will provide measurably trustworthy data for analysis.
5. Data Access Management
There are two aspects of governance for data access. The first aspect is the provisioning of access to available assets. It’s important to provide data services that allow data consumers to access their data, and fortunately, most cloud platform providers provide methods for developing data services. The second aspect is prevention of improper or unauthorized access. It’s important to define identities, groups, and roles, and assign access rights to establish a level of managed access. This best practice involves managing access services as well as interoperating with the cloud provider’s identity and access management (IAM) services by defining roles, specifying access rights, and managing and allocating access keys for ensuring that only authorized and authenticated individuals and systems are able to access data assets according to defined rules.
Organizations must be able to assess their systems to make sure that they are working as designed. Monitoring, auditing and tracking (who did what and when and with what information) helps security teams gather data, identify threats, and act on them before they result in business damage or loss. It’s important to perform regular audits: check the effectiveness of controls in order to quickly mitigate threats and evaluate overall security health.
7. Data Protection
Perimeter security is not, and never has been sufficient for protecting sensitive data. Attempting to prevent someone from breaking into your system has limited success, but at some point, your data may become exposed. It’s important to institute additional methods of data protection to ensure that exposed data cannot be read, including encryption at rest, encryption in transit, data masking, and permanent deletion.
8. Data Literacy
A critical component to an organization’s success with data governance relies on education, training, and a true understanding of what can and can’t be done with your data. Technology on its own isn’t enough – it takes people, process, policies to drive organizational change and enable users to see and protect the value of their data as a business asset.
Overall, organizations will likely reap immense benefits as they promote a data-driven culture – a large part of which involves a strong understanding of data governance. By putting these recommendations into practice, information management professionals will be one step closer.
About the author: Evren Eryurek, PhD is the leader of Data Analytics and Data Management portfolio of Google Cloud. As the director of product management, Evren’s responsibilities cover Streaming Analytics, Dataflow, Beam, Messaging (Pub/Sub & Confluent Kafka), Data Governance, Data Catalog & Discovery and Data Marketplace as the Director of Product Management. Prior to joining Google, he was the SVP & Software Chief Technology Officer for GE Healthcare, near $20 billion segments of GE. A graduate of the University of Tennessee, Evren holds a master’s and a doctorate degree in Nuclear Engineering and over 60 U.S. patents.
January 15, 2021
- Social Media Manipulation by Political Actors an Industrial Scale Problem, Says Oxford Report
- Fleet of Robots Successfully Tracks, Monitors Marine Microbes
- Quantzig’s Redefined Manufacturing Analytics Portfolio Drives Operational Excellence at Times of Uncertainty
- RAIDIX ERA Delivers Enhanced Performance for Kx Streaming Analytics Platform
- Incorta Partners with CData Software to Expand Data Connectivity
- 6 New Projects Selected for European Commission’s AI-on-demand Platform, AI4EU
- Fractal Acquires Enterprise AI Provider Zerogons to Strengthen its Cloud AI Business
January 14, 2021
- O’Reilly Announces 2021 Superstream Series Lineup and Dates
- Clean Data Key to Maximizing 5G’s Potential to Augment Marketing
- Cal Poly Team Working on Cross-disciplinary Data Science and Analytics Effort
- Alteryx Partners with Snowflake to Automate Analytics and Data Science in the Cloud
- Théa Chooses OmniSci to Capture, Analyze and Visualize Automotive Data at Scale
- GridGain Announces Version 8.8, the Latest Release of In-Memory Computing Platform
- Tweaking AI Software to Function Like a Human Brain Improves Computer’s Learning Ability
- Couchbase Cloud Now Available on Microsoft Azure
- InfluxData Closes 2020 with Exponential Cloud Growth, Expanding User Base, and New Customers
- Snowflake Data Marketplace Expands Total Providers Over 300%
- CData Software Launches Native Connectors for AWS Glue in AWS Marketplace
- ElectrifAi Announces Expansion of Machine Learning Model Offerings for Amazon SageMaker
- Broad Institute and Verily Partner with Microsoft on the Next Generation of the Terra Platform for Health and Life Science Research
Most Read Features
- 2021 Predictions: Data Science
- Dremio Officially a ‘Unicorn’ As it Reaches $1B Valuation
- Big Data File Formats Demystified
- Peering Into the Crystal Ball of Advanced Analytics
- Johns Hopkins Launches COVID-19 Mortality Calculator, Aims to Inform Vaccine Prioritization
- 2020: A Big Data Year in Review
- Why Data Science Is Still a Top Job
- H2O Wave: A New UI for AI
- Is Python Strangling R to Death?
- The Maturation of Data Science
- More Features…
Most Read News In Brief
- War Unfolding for Control of Elasticsearch
- A Virtual Ride Along with John Deere at CES
- Cloudera CEO: Enterprise Data Cloud Vision Nearly Complete
- AWS Launches Managed Services for Grafana, Prometheus
- Data Prep Still Dominates Data Scientists’ Time, Survey Finds
- Verizon Expands Deal with AWS for 5G Edge Platform
- ACLU Objects to Expansion of Facial Recognition by CBP
- Databricks Plotting IPO in 2021, Bloomberg Reports
- The Rise and Fall of Qlik
- Starburst Rides Presto to a $1.2B Valuation
- More News In Brief…
Most Read This Just In
- PrestoSQL Rebranding as Trino
- Accern Upgrades No-Code AI Platform with Advanced Features for Financial Services
- Ascend.io Unveils Flex-Code Data Connectors for Rapid Data Ingestion
- BlackSky Awarded Govt Contract to Develop AI Platform for Global Construction Monitoring
- Monte Carlo Releases Data Observability Platform
- Fujitsu Signs $8M Contract with Palantir, Becomes First Distributor of Foundry Modules in Japan
- Using AI to Fight Substance Abuse in Youth Experiencing Homelessness
- New Data-driven Global Climate Model Provides Projections for Urban Environments
- Starburst Secures $100M Series C Financing Led by Andreessen Horowitz
- SAS Fulfills Pledge to Support HBCUs with Software and Partnerships
- More This Just In…