Data Management

Mastering Data Management and Governance: A Roadmap for Success

Traci Curran

February 19, 2025

mastering-data-management-and-governance

Organizations are sitting on a goldmine of information. But like any valuable resource, data needs to be managed and governed effectively to unlock its true potential. Let’s embark on a journey to understand the critical interplay between data management and governance, and how mastering these concepts can propel your business to new heights.

The Data Landscape: Management vs. Governance

Imagine your organization’s data as a vast, unexplored territory. Data management is your team of explorers, mapping out the land and extracting resources. Data governance, on the other hand, is the set of laws and policies that ensure this exploration is done ethically, efficiently, and in compliance with regulations.

Data Management focuses on the practical, day-to-day handling of data. It involves:

  • Collecting and storing data.
  • Ensuring data quality and accessibility.
  • Processing and analyzing data for insights.

Data Governance provides the overarching framework. It encompasses:

  • Establishing policies and procedures for data handling.
  • Defining roles and responsibilities.
  • Ensuring compliance with regulations like GDPR or HIPAA.

While these concepts are distinct, they work in tandem to create a robust data strategy. Think of it as a well-oiled machine: management is the gears and cogs, while governance is the manufacturing blueprint that ensures everything runs smoothly.

The Perils of Poor Data Practices

Neglecting either data management or governance can lead to disastrous consequences. Let’s look at some real-world examples:

Target’s Data Breach (2013): Poor data governance and inadequate security protocols led to a massive breach, exposing 40 million customers’ data.

Yahoo’s Data Breaches (2013-2014): Yahoo, once a leading internet services provider, suffered two massive data breaches that were disclosed in 2016 but actually occurred years earlier:

    1. 2013 Breach:
      • Affected all 3 billion Yahoo user accounts.
      • Compromised data included names, email addresses, telephone numbers, dates of birth, hashed passwords, and security questions and answers.
    1. 2014 Breach:
      • Impacted at least 500 million user accounts.
      • Similar information was stolen, including unencrypted security questions and answers.

These cases underscore the importance of a comprehensive approach to data. To avoid similar pitfalls, consider implementing these strategies:

  • Establish clear data policies and communicate them across your organization.
  • Regularly train your team on data governance principles.
  • Implement robust data quality checks and audits.
  • Leverage technology to streamline data management and governance processes.

Learn about the data governance framework

Unlocking the Value of Your Data

When managed and governed effectively, data becomes a powerful asset. Here’s how you can start treating your data as the valuable resource it is:

  1. Recognize its Potential: Your data holds insights that can drive innovation and competitive advantage.
  2. Invest in Management: Allocate resources for proper data collection, storage, and analysis tools.
  3. Prioritize Security: Implement strong measures to protect your data from unauthorized access.

Viewing data as a critical asset sets the foundation for data-driven decision-making at all levels of your organization. This approach can lead to:

  • Improved operational efficiency.
  • Enhanced customer experiences.
  • More accurate forecasting and strategic planning.

Building Your Data Governance Framework

A solid data governance framework is essential for maintaining high-quality data and ensuring compliance. Here are the key components to consider:

  1. Establish Clear Policies: Define guidelines for data classification, access, and security.
  2. Develop Standardized Processes: Create step-by-step procedures for data collection, validation, and sharing.
  3. Set Data Management Standards: Ensure consistency in data formats, definitions, and quality metrics across your organization.
  4. Define Roles and Responsibilities: Assign specific data-related roles such as Data Stewards, Owners, and Custodians.
  5. Ensure Compliance and Accountability: Conduct regular audits and provide ongoing training on data practices.

Charting the Course Forward

As you navigate the ever-evolving world of data management and governance, keep these final thoughts in mind:

  • Regularly review and revise your data practices to stay current with industry trends and regulations.
  • Foster a data-centric culture across your organization, empowering all employees to contribute to data quality and governance.
  • Stay informed about emerging technologies like AI that can enhance your data management capabilities.
  • Build resilience against data challenges by developing comprehensive risk assessment and contingency plans.

By embracing these strategies and maintaining a focus on both effective management and strong governance, you can transform your organization’s approach to data. This mitigates risks and unlocks your data assets’ full potential, driving innovation and success in today’s competitive business landscape.

Ready to take your data strategy to the next level? Learn how Actian DataConnect and the Actian Data Intelligence Platform can help you establish a great foundation for data management and data governance.

Traci Curran headshot

About Traci Curran

Traci Curran is Director of Product Marketing at Actian, focusing on the Actian Data Platform. With 20+ years in tech marketing, Traci has led launches at startups and established enterprises like CloudBolt Software. She specializes in communicating how digital transformation and cloud technologies drive competitive advantage. Traci's articles on the Actian blog demonstrate how to leverage the Data Platform for agile innovation. Explore her posts to accelerate your data initiatives.
Data Quality

How Data Catalogs Help With Data Quality

Traci Curran

February 14, 2025

unlocking data quality blog hero

In today’s data-driven world, ensuring the quality and reliability of your organization’s data is paramount. But how can you effectively manage and improve data quality across your enterprise? Enter the unsung hero of modern data management: the data catalog. While not a traditional Data Quality Management tool, data catalogs are crucial in elevating your data quality game. Let’s dive into how these powerful tools transform how businesses handle their most valuable asset – data.

The Data Catalog: Your GPS in the Data Landscape

Imagine navigating a vast, complex city without a map or GPS. That’s what managing enterprise data can feel like without a data catalog. A data catalog serves as your organization’s data GPS, providing:

  • A centralized view of all available enterprise data.
  • Easy access to comprehensive metadata.
  • Direct links to data sources.

But how does this translate to improved data quality? Let’s break it down.

Key Features: Empowering Data Quality Management

Data catalogs come packed with features that indirectly but significantly boost your data quality efforts:

  1. Metadata Management: Gain clear insights into data lineage, definitions, and usage.
  2. Data Discovery: Quickly find and understand relevant data assets.
  3. Collaboration Tools: Enable teams to share knowledge and best practices.
  4. Integration Capabilities: Connect with other data management tools for a holistic approach.

These features lay the groundwork for robust data quality management by ensuring data is traceable, clear, and available – three critical data quality dimensions.

Real-World Use Cases: Data Catalogs in Action

Let’s explore how data catalogs support data quality in practice:

  1. Risk Identification: Data stewards can easily spot potential quality issues by reviewing metadata and usage patterns.
  2. Consistency Checks: Compare data definitions across departments to ensure alignment.
  3. Completeness Analysis: Identify missing data elements by examining metadata.
  4. Timeliness Tracking: Monitor data freshness and update frequencies.

By facilitating these activities, data catalogs become indispensable allies in the quest for high-quality data.

Problem-Solving Steps: Implementing Data Quality With Catalogs

Ready to leverage data catalogs for improved data quality? Follow these steps:

  1. Assess Your Current State: Evaluate your existing data management practices and tools.
  2. Define Quality Dimensions: Prioritize which aspects of data quality matter most to your organization.
  3. Implement a Data Catalog: Choose a solution that integrates well with your existing infrastructure.
  4. Establish Governance Processes: Define roles, responsibilities, and workflows for maintaining the catalog.
  5. Integrate with Quality Tools: Connect your catalog with specialized DQM tools for comprehensive coverage.
  6. Monitor and Iterate: Continuously assess the impact on data quality and refine your approach.

Remember, implementing data quality is an incremental process. Start with ensuring quality at the source, then use your data catalog to improve clarity, traceability, and availability.

The Data Quality Revolution Starts Now

Data catalogs may not be traditional DQM tools, but their impact on data quality is undeniable. Providing a clear, centralized view of your data landscape empowers your organization to make informed decisions, improve operational efficiency, and gain a competitive edge.

Are you ready to revolutionize your approach to data quality? It’s time to harness the power of data catalogs and unlock the full potential of your enterprise data.

Read Our Guide to Data Quality Solutions

Don’t let poor data quality hold your organization back. Take the first step towards data excellence today! Discover how a data catalog can transform your data quality management.

Sign up for a demo.

Traci Curran headshot

About Traci Curran

Traci Curran is Director of Product Marketing at Actian, focusing on the Actian Data Platform. With 20+ years in tech marketing, Traci has led launches at startups and established enterprises like CloudBolt Software. She specializes in communicating how digital transformation and cloud technologies drive competitive advantage. Traci's articles on the Actian blog demonstrate how to leverage the Data Platform for agile innovation. Explore her posts to accelerate your data initiatives.
Databases

Data Wars: Rise of HCL Informix®

Lawrence Fernandes

February 11, 2025

data wars informix hero

“No one’s ever really gone.” — Luke Skywalker

In a galaxy not so far away, where scalability and performance are paramount, one name quietly makes its resurgence — HCL Informix®. Often hailed as a stalwart of traditional relational databases, HCL Informix has been steadily evolving to meet the demands of modern data challenges. With the release of HCL Informix v15, briefly explored on the last Data Wars episode [1], a new chapter begins, one that positions it as a Very Large Database (VLDB) powerhouse, blending its rich RDBMS legacy with other pre-existing innovative features that nod to the NewSQL paradigm. But can HCL Informix truly claim a seat at the NewSQL table? Let’s find out!

A NewSQL Hope

Before diving into HCL Informix, let’s discuss NewSQL. Why does it matter? Or should I say, “Does it still matter”?

First things first, the NewSQL term was first used by 451Group analyst Matthew Aslett in a 2011 research paper [2] discussing the rise of a new generation of database management systems designed to combine the scalability of NoSQL with the ACID guarantees of traditional RDBMS. Back in 2020, I wrote an article [3] about the emergence of NewSQL databases as a solution to the limitations of both traditional RDBMS and NoSQL systems, and concluded by predicting a significant growth in this industry segment.

Regarding my prediction, if we take the financial performance of two of the biggest NewSQL providers as a reference, namely CockroachDB and SingleStore, I’d say I was partially right. According to Sacra, Cockroach Labs’ revenue has grown at a CAGR of 140% from 2020 to 2021 [4], while SingleStore’s ARR grew by 29% from 2022 to 2023, with a valuation of $1.30 billion as of 2023 [5]. Meanwhile, according to Verified Market Reports, the NewSQL database market was valued at $22.81 billion in 2023, and it’s expected to reach $111.14 billion by 2030 with a CAGR of 21.78% [6]. Those are all good numbers, but not exceptional, and far from the absolute dominance expected by many back in 2020.

Now, what about my first claim? Well, while there is a general consensus that NewSQL systems are impressive, aiming to provide horizontal scaling and high availability (the biggest goals of the NoSQL movement) while keeping support for ACID transactions and SQL (some of the best benefits of RDBMS), the reality shows that all that glitters is not gold [7]. NewSQL providers faced many challenges such as market education, integration with existing data ecosystems, compatibility with legacy applications, issues in proving cost-effectiveness in large-scale deployments, failures in guaranteeing consistency [8], and lack of standardization [9][10].

RDBMS (SQL) vs NoSQL vs NewSQL comparison by Dr. Rabi Prasad Padhy

RDBMS (SQL) vs NoSQL vs NewSQL comparison by Dr. Rabi Prasad Padhy [9]

 

Although the NewSQL movement is already mature by now (with over 10 years of existence [11]), and adoption in the market has gained traction, even the top players have shown moderate growth with a limited market share. In fact, most of the original NewSQL providers went out of business, were sold (and failed to land big exits) or pivoted [12][13]. Moreover, the increasing competition from RDBMS providers, and the fact that NoSQL providers fared better in comparison, makes the future of NewSQL uncertain, with many experts already declaring the death of NewSQL as early as 2021 [7][11][12][13].

Competition Strikes Back

Back to 2025, life is far from easy for the remaining NewSQL providers in the market. Selling databases is undeniably challenging — a reality I can attest to from personal experience. The core issue lies in the “stickiness” of databases; enterprises are understandably cautious about migrating from their established RDBMS or NoSQL systems. Furthermore, many of these systems have evolved into multi-model databases, a category that Gartner placed at the Plateau of Productivity in its 2023 Hype Cycle for Data Management.

Gartner Hype Cycle for Data Management
Gartner Hype Cycle for Data Management, 2023

 

This brings us to HCL Informix: a well-established RDBMS with a rich history and pedigree that has evolved into a multi-model database. Founded in 1980 and going public in 1986, HCL Informix (then called just “Informix”) rose to prominence in the 1990s, becoming the second most popular database after Oracle. According to Art Kagel, during the fierce database wars of the ’90s, Informix and Oracle competed intensely for the title of “Best” OLTP performance, with Informix never losing a comparative benchmark against Oracle, Sybase, SQL Server, or other competitors [14]. Speaking of performance benchmarks, an old TPC-D benchmark revealed that Informix was 70% faster than Oracle while running on 25% less hardware [15].

TPC-D Benchmark from the 90s
TPC-D Benchmark from the 90s

 

From 1996 to 2000, the database world legend Michael Stonebraker became Informix’s CTO, after their acquisition of Illustra [16]. Despite its technological advancements, Informix’s success was marred by some technical setbacks [17][18] and financial scandals[19], which led to the downfall of the company. Efforts to recover through restructuring and acquisitions ultimately failed, culminating in Informix’s acquisition by IBM in 2005.

As stated by Art Kagel, “IBM has made more improvements, enhancements, and added more new features to the product than Informix Corp. did during the 18 years of its existence” [20]. Some of those enhancements includes the Informix Warehouse Accelerator (IWA), support for the MongoDB API and connectivity protocols, among
others. However, due to many reasons (some of them explored in the same Quora thread [20]), the competition strikes back, resulting in loss of market share and awareness.

Rise of HCL Informix

Back in 2017, IBM signed a long-term partnership agreement with HCLTech, one of the world’s largest consulting companies (among other related businesses), to jointly develop the Informix family of products [21][22], which bring us to HCL Informix: the same Informix database customers learned to love, but licensed by Actian, a division of HCLSoftware [23].

HCL Informix has product parity with IBM® Informix® Advanced Enterprise Edition, including support for IWA, and now it’s own HCL Informix 4GL and ISQL offerings, as well as exciting new capabilities released in version 15. With a simplified per-core licensing model, competitive pricing, experienced customer support, and no cloud vendor lock-in, there is more to fall in love with HCL Informix [24].

But you may ask, “Ok, but is HCL Informix a NewSQL system?”. The short answer is no. However, HCL Informix has evolved over the decades to include multi-model capabilities (supporting relational, document, time-series, and spatial data), making it able to rival to both NewSQL and NoSQL systems. Its unique combination of traditional relational database features with modern capabilities like high availability, scalability, and hybrid data handling makes it a formidable competitor in both categories, positioning it as a versatile choice for enterprises seeking to bridge the gap between structured and unstructured data management.

HCL Informix’s MongoDB API allows developers to natively leverage MongoDB-like document storage and querying capabilities, also supporting the MongoDB shell and any of the standard MongoDB command utilities and tools, as well as providing a REST API, MQTT connectivity, and JSON data sharding [25]. By providing a unified platform for both SQL and NoSQL workloads, HCL Informix eliminates the need for separate DBMS’es and reduces operational complexity. This hybrid approach is particularly valuable for businesses managing mixed transactional workloads, that also require JSON document storage.

HCL Informix's wire listeners architecture

HCL Informix’s wire listeners architecture

 

HCL Informix’s data replication features allows for seamless replication of data across nodes, ensuring data consistency and fault tolerance [26]. HCL Informix offers a comprehensive suite of data replication features—Enterprise Replication (ER), High-Availability Data Replication (HDR), Remote Standalone Secondary (RSS), and Shared Disk Secondary (SDS)—that rival the replication capabilities of NoSQL and NewSQL systems.

Enterprise Replication enables asynchronous multi-master replication across geographically distributed environments, making it comparable to NoSQL solutions like
MongoDB’s replica sets [27]. HDR, on the other hand, provides synchronous replication for a primary-secondary setup, ensuring strong data consistency, much like NewSQL databases such as SingleStore, which prioritize CA (Consistency and Availability) in the CAP theorem [28].

HCL Informix's Enterprise Replication vs HDR

HCL Informix’s Enterprise Replication vs. HDR

 

RSS adds flexibility by allowing read-only replicas in remote locations, optimizing for disaster recovery and global read scalability, akin to MongoDB’s read preference settings or Spanner’s regional replicas [29]. Finally, SDS extends scalability and fault tolerance by enabling a shared-disk architecture with minimal latency, making it ideal for high-performance OLTP workloads [30].

HCL Informix's HADR vs. ER features

HCL Informix’s HADR vs. ER features

 

HCL Informix’s VLDB capabilities further strengthen its position against both NoSQL and NewSQL systems in handling massive datasets. SmartBLOBs enables the management of large volumes of unstructured data by providing efficient storage, retrieval, and manipulation capabilities for multimedia content, documents, and other BLOB/CLOB data types, seamlessly integrated into transactional workflows—a functionality further enhanced with the release of External SmartBLOBs in HCL Informix 15 [31].

Furthermore, HCL Informix 15 has larger row and page addresses: it’s table size has increased 134 million times, chunk size by 2.25 million times, and storage capacity by 4.2 million times compared to HCL Informix 14.10. This change made the max storage capacity of a single HCL Informix 15 instance goes to half a yottabyte, or 4X the estimated size of the internet!

HCL Informix 15 Re-Architected for Massive Storage Capacity Improvement

HCL Informix 15 Re-Architected for Massive Storage Capacity Improvement

 

Together, these features provide enterprises with a versatile replication toolkit and the ability to handle massive amounts of data, bridging the gap between traditional RDBMS reliability and the horizontal scaling of modern NoSQL and NewSQL platforms. For a deep dive comparison of HCL Informix against some key NewSQL providers, please check the tables below:

Feature/Metric Informix NewSQL Providers
Category Traditional RDBMS with multi-model capabilities Hybrid databases combining RDBMS features with NoSQL scalability
Architecture Traditional RDBMS architecture with optional clustering and enhanced cloud capabilities Distributed, cloud-native architectures built for horizontal scalability
Data Models Supported Relational, Document (JSON), time-series, spatial CockroachDB: Relational

SingleStore: Relational, Key/Value, Document (JSON), Object Oriented, Multi-Value, Vector

Spanner: Relational, Key/Value, Vector

YugabyteDB: Relational, Key/Value

Transactions per Second (TPS) 2 million TPS CockroachDB: 1,684,437 TPS

SingleStore: 10M TPS

Google Cloud Spanner: 1B TPS

YugabyteDB: 100K

Maximum Storage Capacity Half a Yottabyte CockroachDB: ~890TB (10TiB per node, recommended 81 nodes max)

SingleStore: Unlimited (theoretically unlimited on
the Unlimited Storage Tiers, as it offloads data to cloud object storage – probably AWS S3)

Spanner: ~850TB (10TB per node, 85 nodes max – but users can request increase)

YugabyteDB: ~1000TB (10TB per node, 100 nodes max tested – but handle more, but performance bottlenecks may occur)

Tables per Database 477.102.080 (maximum tables per system, supporting up to 21M databases per system) CockroachDB: Virtually unlimited

SingleStore: Virtually unlimited

Spanner: 5000

YugabyteDB: Virtually unlimited

Columns per Table 32K CockroachDB: 1600

SingleStore: 4096

Spanner: 1024

YugabyteDB: 1600 (limit on PSQL, not on YugabyteDB itself)

Scalability Designed for vertical scaling (scale-up) by leveraging stronger hardware; horizontal scaling (scale-out) supported but requires specific configuration

Horizontal scaling features includes fragmentation, sharding (both local or remote shards, and JSON data shards), replication, and distributed queries

CockroachDB: Built for horizontal scaling; auto-shards data across nodes, with effortless addition/removal of nodes

SingleStore: Supports both vertical and horizontal scaling, optimized for fast queries and mixed OLTP/OLAP workloads

Spanner: Exceptional horizontal scalability; scales across regions and zones while maintaining global consistency

YugabyteDB: Highly scalable, horizontally scales by adding nodes, designed for global distribution

ACID Compliance Fully ACID-compliant, ensuring robust transactions in single-node and distributed setups CockroachDB: Fully ACID-compliant, even in distributed transactions

SingleStore: Provides ACID compliance, but transactionality may vary depending on the specific table types

Spanner: Fully ACID-compliant with TrueTime-based strong consistency

YugabyteDB: Fully ACID-compliant, designed for distributed transactional workloads

CAP Theorem Primarily adheres to CA (Consistency & Availability) suitable for OLTP workloads in stable networks CockroachDB: Focuses on CP (Consistency & Partition Tolerance), sacrificing Availability in certain partition scenarios

SingleStore: Aims for CA, optimized for performance over strict partition tolerance

Spanner: Balances CP, with globally consistent transactions using TrueTime

YugabyteDB: Prioritizes CP, offering strong consistency in distributed setups

Ease of Use Mature, enterprise-ready ecosystem with a broad range
of tools and integrations, and strong documentation
CockroachDB: Easy to set up with SQL familiarity
and intuitive tooling; seamless horizontal scaling may require some expertiseSingleStore: Designed for ease of use with integration-focused features (e.g., pipelines), but managing table types (rowstore vs. columnstore) adds complexity

Spanner: Simple for basic operations, but advanced features require understanding of TrueTime and global distribution

YugabyteDB: Familiar SQL syntax and good developer documentation; distributed deployment may be challenging for beginners

Target Use Cases Ideal for OLTP, IoT data, time-series workloads, and traditional business applications requiring stable performance

Support for OLAP workloads thought IWA or real-time integration with Actian Data Platform for Big Data analytics

Support for hybrid architectures: HCL Informix is available on-prem and in cloud marketplaces (AWS, Azure,
HCLSofy). IBM Informix is available on-prem and at IBM Cloud Pak for Data

CockroachDB: Strong fit for global distributed OLTP
workloads, multi-region setups, and modern SaaS applications, and hybrid architectures (on-prem, AWS, Azure, GCP, DigitalOcean)SingleStore: Optimized for mixed OLTP and OLAP use cases, real-time analytics, and fast ingest workloads like IoT. Managed service (SaaS) limited to AWS

Spanner: Enterprise-scale global applications with strict consistency and high availability needs. Managed service (SaaS) limited to GCP

YugabyteDB: Cloud-native, distributed transactional workloads, and hybrid-cloud architectures (on-prem, AWS, Azure, GCP)

 

Thanks for reading, and if you’re interested in HCL Informix, Actian, the Data & Analytics division of HCLSoftware, is ready to support you in your database modernization journey. Until the next Data Wars episode, may the force (of data) be with you! If you liked this blog, consider subscribing to my Data Wars newsletter on LinkedIn.

Honoring a Legacy of Excellence in the Informix Community

I dedicate this article in memory of Harry Carlton Doe III, a pillar of the Informix community whose dedication and expertise inspired countless professionals. Though we never met, Carlton Doe’s contributions—which includes being a founding member of the International Informix User Group (IIUG) and his many Informix books (some of which I own a copy)—have left an indelible mark, and his legacy continues to guide and empower the whole Informix community.

OBS: Informix is a trademark of IBM Corporation in at least one jurisdiction and is used under license.

References:

[1] Lawrence Fernandes. Data Wars: 2024 Wrap-Up.
[2] Aslett, Matthew (April 6, 2011). “What we talk about when we talk about NewSQL”. 451 Group.
[3] Lawrence Fernandes. Data Wars: A NewSQL Hope.
[4] https://sacra.com/c/cockroach-labs/
[5] https://sacra.com/c/singlestore/
[6] https://www.verifiedmarketreports.com/product/newsql-database-market/
[7] https://dev.to/arctype/too-good-to-be-true-why-newsql-failed-l7p
[8] NewSQL database systems are failing to guarantee consistency, and I blame Spanner. Daniel Abadi. DBMS Amusings. September 21, 2018.
[9] NewSQL Databases. Mandeep Kumar. July, 2022.
[10] Google Spanner:A NewSQL Journey or Beginning of the End of the NoSQL Era. Dr. Rabi Prasad Padhy. October, 2018.
[11] Ten years of NewSQL: Back to the future of distributed relational databases. Matt Aslett. June, 2021.
[12] Andrew Pavlo. The official ten-year retrospective of NewSQL databases: Video
[13] Andrew Pavlo. The official ten-year retrospective of NewSQL databases: PDF
[14] Art Kagle. Quora. What are the advantages of using an Informix database instead of an Oracle database?
[15] Informix IDS vs Oracle: A Competitive Comparison. https://slideplayer.com/slide/6229837/
[16] https://en.wikipedia.org/wiki/Michael_Stonebraker
[17] Informix admits faulty code will crash Universal Server. TechMonitor, CBR Staff Writer, October, 1996. https://www.techmonitor.ai/technology/informix_admits_faulty_code_will_crash_universal_server
[18] New Era is not gone, just no longer relevant. TechMonitor, CBR Staff Writer, July 1997. https://www.techmonitor.ai/technology/informixs_new_era_is_not_gone_just_no_longer_relevant_1/
[19] Steve W. Martin. 2005. The Real Story of Informix Software and Phil White: Lessons in Business and Leadership for the Executive Team. Sand Hill Publishing.
[20] Art Kagle. Quora. What are the pros and cons of using Informix as a database? https://qr.ae/pYsl2Z
[21] Art Kagle. Quora. What is the Future of Informix? https://qr.ae/pYsdFQ
[22] https://virtual-dba.com/blog/explaining-the-ibm-hcl-partnership/
[23] https://www.hcl-software.com/actian/informix
[24] https://www.actian.com/databases/hcl-informix/
[25] https://help.hcl-software.com/hclinformix/15.0.0/json/json.html
[26]https://docs.deistercloud.com/content/Databases.30/IBM%20Informix.2/Replication
[27]https://docs.deistercloud.com/content/Databases.30/IBM%20Informix.2/Replication/ER.xml
[28]https://docs.deistercloud.com/content/Databases.30/IBM%20Informix.2/Replication/HDR.xml?embedded=true
[29]https://docs.deistercloud.com/content/Databases.30/IBM%20Informix.2/Replication/ER.xml
[30]https://docs.deistercloud.com/content/Databases.30/IBM%20Informix.2/Replication/RSS.xml
[31] https://help.hcl-software.com/hclinformix/15.0.0/1infocenter/new_features_ce.html#concept_v15.0.0.0__ext_sbspace_15.0.0.0

Disclaimer:
I am not affiliated with, nor endorsed by, any of the authors cited or The Walt Disney Company. References to Star Wars are purely a fan-made tribute.

lawrence fernandes headshot

About Lawrence Fernandes

Lawrence Fernandes is a seasoned data professional with a strong background in data engineering and architecture. With over a decade of experience in the data field, including at global enterprises like IBM and Nestlé, Lawrence has developed expertise in designing scalable data solutions that drive business value. As a Sales Engineer at Actian, he is currently responsible for Latam, working closely with business partners across the region to help customers solve their biggest data challenges. His passion lies in helping companies transition from legacy systems to modern data platforms, ensuring efficiency, scalability, and innovation grounded in sound architectural principles. Lawrence holds a B.Sc. Computer Science degree from CEFET/RJ, and is based out of sunny Rio de Janeiro, Brazil.
Data Management

Four Data Management Trends Reshaping Business in 2025

Emma McGrattan

February 6, 2025

Four Data Management Trends Reshaping Business in 2025

A CTO’s Perspective on What’s Next

As I step into my new role as CTO at Actian, I’m struck by the profound changes affecting the data management landscape. These changes are not only driven by the deployment of AI, but by organizations wrestling with more data in more places than ever before. While these shifts create exciting opportunities, they also bring new challenges that will reshape how we think about data management in 2025. Here are four key trends I see emerging:

1. The End of One-Size-Fits-All Data Governance

Remember when all roads led to the data warehouse and a single authority managed data governance or to data lakes containing big swaths of ungoverned data? Those days are ending. In 2025, we’re embracing a decentralized reality where data gravity dictates where data lives. Because of this new reality, organizations need to adapt their governance approach to manage data wherever it lives.

Federated governance combines centralized standards with domain-specific flexibility. Think of it like this: your marketing team understands marketing data best, and your finance team knows their numbers inside and out. Why not let them manage their own data domains while maintaining company-wide standards? This approach means better, more relevant governance without sacrificing compliance, quality or security.

Domain-oriented data owners are active participants in the governance program by communicating company policies and other regulations assigned to their data through a data catalog. The data catalog makes data discoverable and accessible, enabling data sharing and collaboration across the organization. By granting widespread access to trusted data, businesses can enable employees at all levels to make informed decisions.

2. Welcome to the Data Ecosystem Era

Here’s a truth that might sound familiar: your organization’s valuable data isn’t just in databases and warehouses. It’s in PowerPoint presentations, email exchanges, PDF documents, Excel sheets, and countless other formats scattered across shared drives and cloud storage. In 2025, successful organizations will stop ignoring these diverse data sources and instead embrace them as part of their complete data ecosystem.

The shift to interconnected data systems and diverse data tools requires a focus on interoperability. Data lineage also becomes important for a complete view of the data’s life cycle – from its collection to its use, storage, and preservation over time.

But this evolution isn’t just about technology – it’s about people too. With skilled data professionals in short supply, organizations need to foster data literacy across all teams, standardize a glossary of data terms, and encourage continuous learning to keep pace with technological change.

3. The Rise of the Enterprise Data Marketplace

Imagine if finding and using data in your organization was as easy as shopping online. That’s the promise of the enterprise data marketplace. In 2025, we’ll see more organizations treating their data as products that can be easily discovered, understood, rated, and used internally.

This marketplace approach isn’t just convenient – it’s transformative. Teams can publish their high-value data assets (from datasets to dashboards to AI models) as data products, which preserve critical context about quality, origin, and usage rules. Other teams can then find and use this data through a familiar, e-commerce-like experience.

4. Data Quality: The Foundation for AI Success

As AI becomes more central to business operations, one truth remains clear: even the most sophisticated AI models are only as good as the data that powers them. In 2025, data quality will become even more critical, but we need to think about it in two ways.

First, there’s the objective side of the data – factors like accuracy, completeness, and timeliness. Equally important is the subjective side of the data – trust and purpose. For example, a partially completed customer profile might be perfectly fine for a marketing campaign but useless to the finance team if the verifiable billing address is missing. Understanding these context-dependent quality requirements will be crucial to preparing data for successful AI implementations.

Looking Ahead

These trends point to a future where data management becomes both more sophisticated and more intuitive. Organizations that adapt to these changes – embracing decentralized governance, building comprehensive data ecosystems, enabling marketplace-style data sharing, and maintaining high data quality – will be best positioned to thrive in 2025 and beyond. As a result, they will have deeper intelligence into their data, being able to leverage it for strategic decision-making and to deliver business value.

The good news? The technology to support these shifts is already emerging. At Actian, we’re focused on helping organizations navigate this transition, making it easier than ever to unlock the full potential of their data while maintaining security and governance. The future of data management isn’t about building higher walls – it’s about building better bridges.

emma mcgrattan blog

About Emma McGrattan

Emma McGrattan is CTO at Actian, leading global R&D in high-performance analytics, data management, and integration. With over two decades at Actian, Emma holds multiple patents in data technologies and has been instrumental in driving innovation for mission-critical applications. She is a recognized authority, frequently speaking at industry conferences like Strata Data, and she's published technical papers on modern analytics. In her Actian blog posts, Emma tackles performance optimization, hybrid cloud architectures, and advanced analytics strategies. Explore her top articles to unlock data-driven success.
Data Governance

Untangling Data Governance From Compliance

Fenil Dedhia

January 30, 2025

Untangling Data Governance from Compliance

Table of Contents 

Understanding the Basics

What is Data Governance?

The Role of Data Governance and Common Use Cases

What is Data Compliance?

The Role of Data Compliance and Common Use Cases

7 Key Differences: Data Governance vs. Data Compliance

How Does Data Governance Help With Data Compliance?

Summing It All Up


Data governance and compliance are terms often used interchangeably, but they serve fundamentally different purposes in your organization’s data strategy. While compliance focuses on meeting specific regulatory requirements, governance encompasses a broader strategic framework that includes compliance as one of its key outcomes.

Think of data governance as your organization’s internal playbook for managing data effectively, while data compliance is about meeting external rules set by regulators and industry standards. In fact, compliance requirements often represent just a subset of the controls and policies that a robust governance framework puts in place.

The main difference? Data governance is always proactive—you create internal frameworks and policies that dictate how your organization handles data. Data compliance requires proactive planning too, but because regulations continuously evolve and new ones emerge, organizations must remain responsive to changing external requirements. Even with established regulations like the General Data Protection Regulation (GDPR) and the Health Insurance Portability and Accountability Act (HIPAA) as a foundation, compliance practices need to adapt as interpretations change and new standards develop.

Here’s the key: data compliance is actually an outcome of good data governance, not a separate process. While some platforms position themselves as end-to-end governance solutions, organizations often find more success by starting with focused compliance objectives and gradually expanding their governance capabilities over time. This allows teams to demonstrate quick wins through compliance achievements while building the foundation for broader governance initiatives at a pace that matches their organizational readiness.

“Data governance without compliance is ineffective; compliance without governance is impossible. They’re two sides of the same coin, but governance is the side that determines the coin’s value.”

Understanding the Basics

Before we dive deeper into each concept, let’s establish some clear definitions that will help frame our understanding.

What is Data Governance?

Data governance is a framework that dictates how an organization manages, uses, and protects data assets through internal policies, standards, and controls to ensure compliance, data quality, and security.

Gartner defines data governance as a way to “specify decision rights and accountability to ensure appropriate behavior as organizations seek to value, create, consume, and control their data, analytics, and information assets.”

The Role of Data Governance and Its Use Cases

Data governance is necessary to ensure data is safe, secure, private, usable, and in compliance with external data policies. It establishes controls that enable broader data access while maintaining security and privacy standards.

The main use cases of data governance are as follows:

Data Democratization Oversight: Modern data governance establishes the framework for controlled data sharing across the organization. This involves defining policies for data catalogs, literacy programs, and self-service capabilities that enable teams to access and use data safely while maintaining proper controls.

Data Stewardship: Data governance often means giving accountability and responsibility for both the data itself and the processes that ensure its proper use to “data stewards.” These stewards define standards, create policies, and monitor data quality metrics while facilitating cross-functional collaboration.

Data Quality Control: Data governance establishes the framework and policies for ensuring data quality. This includes defining the standards and metrics across six dimensions:

  • Accuracy (correctly representing real-world entities).
  • Completeness (all required information is present).
  • Consistency (same values across systems).
  • Timeliness (available when needed).
  • Validity (conforming to business rules).
  • Uniqueness (free from unintended duplication).

It’s important to grasp that data quality control isn’t just about defining standards—it’s about making them operational. Product teams often struggle with balancing automated quality checks against performance impact, while consultants face the challenge of implementing quality frameworks that scale across different data domains. For instance, what works for customer data quality might not apply to product usage data. The key is implementing flexible quality frameworks that can adapt to different data types while maintaining consistent governance principles.

Access Control and Security: Data governance defines who can access what data, under what circumstances, and how it should be protected. This involves creating policies for data classification, access rights, security protocols, and privacy requirements.

Policy and Standards Setting: Data governance creates the rules and guidelines for how data should be handled throughout its lifecycle. This includes policies for data collection, storage, usage, sharing, retention, and disposal, which data management then implements.

Modern policy setting must align with agile development practices and DevOps culture. Rather than creating rigid policies that slow down innovation, successful governance frameworks provide guardrails that enable self-service while maintaining control. This might mean implementing policy-as-code, creating automated compliance checks in CI/CD pipelines, and designing data contracts that evolve with your products.

What is Data Compliance?

Data compliance is adherence to external regulations and standards for data privacy and security (like GDPR, HIPAA).

The Role of Data Compliance and its Use Cases

Data compliance can be seen as an outcome of a solid data governance program. Modern data platforms like the Actian Data Intelligence Platform help you configure compliance-based access policies at scale for your data and metadata.

The main use cases of data compliance are as follows:

Industry-Specific Regulatory Compliance: Financial services, healthcare, and education sectors face unique regulatory challenges that demand rigorous data handling practices. These regulations often require organizations to demonstrate not just compliance, but also the mechanisms and controls in place to maintain it.

  • Example: A Seattle-based healthcare provider faced HIPAA compliance challenges when transitioning to telehealth in 2020. It needed to demonstrate not just secure video consultations, but also prove compliant storage of patient records, audit trails of data access, and proper encryption of data at rest and in transit.

Privacy Regulation Compliance: The global landscape of privacy regulations continues to evolve, with new frameworks emerging regularly. Organizations must navigate an increasingly complex web of requirements, often needing to comply with multiple jurisdictions simultaneously.

  • Example: In January 2024, France’s privacy watchdog CNIL fined Amazon France Logistique €32 million for what it deemed an “excessively intrusive” employee surveillance system. The regulator found issues with how the company tracked employee scanner inactivity time and item scanning speeds, along with retaining this data for extended periods. This case demonstrates how compliance extends beyond customer data privacy to encompass employee privacy rights as well.

Data Security Controls and Protection: Modern compliance frameworks increasingly focus on demonstrable security controls rather than mere policy documents. Organizations must implement and verify technical controls that protect sensitive data throughout its lifecycle.

  • Example: A multinational insurance company discovered unauthorized access to 30,000 customer records through a third-party vendor’s compromised credentials. Despite having a substantial security budget, the company faced regulatory penalties because its data wasn’t properly segmented and encrypted. The incident highlighted that compliance requires layered security controls, not just investment in perimeter security.

With the rise of microservices, cloud-native applications, and distributed systems, security controls must evolve beyond traditional perimeter-based approaches. This means implementing security controls at the data level, ensuring that protection travels with the data regardless of where it resides or how it’s accessed. For software companies, this often means rethinking how data flows between services, managing secrets in configuration, and implementing fine-grained access controls at the API level.

Audit and Reporting Requirements: Compliance often requires organizations to maintain detailed audit trails and generate reports demonstrating adherence to regulations. This includes documenting data access patterns, changes to sensitive information, and proof of required security controls.

Cross-Border Data Transfer Compliance: With global operations becoming the norm, organizations must navigate complex requirements for international data transfers. This includes understanding and implementing appropriate data transfer mechanisms, maintaining required documentation, and ensuring continued compliance as regulations evolve.

For software companies, cross-border data transfer compliance presents unique challenges, particularly in product development and customer support scenarios. Consider a typical SaaS application: development teams in multiple countries need access to production data for debugging, while support teams require customer data access across time zones. This requires implementing sophisticated data access patterns that can dynamically adjust based on user location and role, while maintaining compliance with regulations like GDPR’s data transfer requirements.

“Think of data governance as building a house: you need a solid foundation, clear blueprints, and proper construction. Compliance is like the building code inspector – they don’t tell you how to build, they just ensure you’ve met the minimum standards.”

7 Key Differences: Data Governance vs. Data Compliance

1. Strategic Focus

  • Data Governance: Internal framework and strategy focused on managing data as a business asset
  • Data Compliance: External requirements and regulations that must be followed

2. Core Definition and Purpose

  • Data Governance: Framework that dictates how an organization manages, uses, and protects data assets through internal policies, standards, and controls to ensure compliance, data quality, and security
  • Data Compliance: Adherence to external regulations and standards for data privacy, security, and handling (like GDPR, HIPAA, CCPA)

3. Primary Goal

  • Data Governance: Manage, maintain, and use data to create business value by ensuring your data is accurate, consistent, available, and secure
  • Data Compliance: Mitigate legal and regulatory risks associated with data by governing the collection, storage, processing, and sharing of data

4. Scope of Application

  • Data Governance: Applies to all organizations seeking to manage their data assets effectively, regardless of size or industry
  • Data Compliance: Specific to organizations based on jurisdiction, industry sector, or type of data handled

5. Core Activities

  • Data Governance:
    • Implementing data classification and tagging frameworks.
    • Building data quality control mechanisms and data quality metrics.
    • Creating and maintaining data catalogs and metadata.
    • Setting up access control hierarchies.
    • Developing data integration and interoperability standards.
    • Managing data lifecycle from creation to archival.
    • Implementing data literacy programs.
    • Building data stewardship programs.
    • Orchestrating controlled data democratization initiatives.
  • Data Compliance:
    • Conducting regular/periodic compliance audits and assessments.
    • Implementing required security controls and monitoring.
    • Maintaining compliance documentation and evidence.
    • Delivering compliance training and awareness programs.
    • Monitoring regulatory changes and updating procedures.
    • Managing data privacy impact assessments.
    • Reporting to regulatory bodies as required.
    • Responding to compliance incidents and breaches.
    • Ensuring vendor and third-party compliance.

6. Interdependency

  • Data Governance: Provides the framework and controls that enable compliance.
  • Data Compliance: Influences governance policies and procedures to ensure regulatory requirements are met.

7. Key Stakeholders

  • Data Governance:
    • Chief Data Officer (CDO): Executive leader who drives organization-wide data strategy and oversees data operations.
    • Chief Information Officer (CIO): Oversees all IT strategy and ensures alignment between technology and business objectives.
    • Data Stewards: Subject matter experts maintaining data quality and metadata.
    • Data Governance Manager: Orchestrates governance implementation and ensures stakeholder alignment.
    • Data Quality Managers: Lead initiatives to maintain and improve data quality across the organization.
    • Data Owners: Business leaders accountable for specific data assets.
    • Data Custodians: Technical specialists implementing governance systems.
    • Data Product Managers: Oversee development and management of data products and services.
    • Domain Owners (Data Mesh Champions): Govern data products while ensuring local autonomy and cross-domain standards compliance.
    • Database Administrators: Manage and optimize database systems, ensuring data availability and performance.
    • Data Infrastructure Managers: Oversee technical infrastructure (including SRE, IT Ops, DevOps teams).
    • Enterprise Architects: Design and oversee the organization’s overall technical and data architecture.
    • Data Steering Committee: Cross-functional team setting strategic direction.
  • Data Compliance:
    • Chief Information Security Officer (CISO): Leads overall information security strategy and risk management.
    • Data Protection Officer (DPO): Oversees data protection strategy and GDPR compliance.
    • Data Compliance Managers: Ensure adherence to data-related regulations and standards.
    • Chief Compliance Officer: Ensures organization-wide regulatory compliance.
    • Legal Teams: Interpret regulations and provide legal guidance.
    • Information Security Officers: Implement security controls and monitor threats.
    • Privacy Specialists: Focus on privacy requirements and implementation.
    • Compliance Analysts: Monitor compliance metrics and prepare reports.
    • Audit Teams: Conduct internal compliance audits.
    • Risk Management Teams: Assess and mitigate data-related risks.
    • Training Specialists: Develop compliance training programs.
    • External Auditors: Provide independent compliance verification.

“The most successful organizations don’t treat compliance as a checkbox exercise. They build it into their data DNA through strong governance practices, making compliance a natural outcome rather than a forced effort.”

How Does Data Governance Help With Data Compliance?

Data governance serves as the backbone that enables effective data compliance by providing the structure, processes, and controls needed to meet regulatory requirements. Here’s how data governance specifically supports compliance objectives:

1. Foundational Infrastructure

  • Provides the technical and organizational framework required to implement compliance controls.
  • Creates clear data classification schemes that help identify regulated data.
  • Establishes data lineage tracking that demonstrates regulatory conformity.
  • Maintains comprehensive data inventories needed for compliance reporting.

2. Policy Implementation

  • Translates regulatory requirements into actionable internal policies.
  • Creates standardized procedures for handling sensitive data.
  • Ensures consistent application of compliance controls across the organization.
  • Enables systematic policy updates as regulations evolve.

3. Access Control and Security

  • Implements role-based access control aligned with compliance requirements.
  • Maintains audit trails of data access and usage.
  • Enforces data protection measures required by regulations.
  • Provides mechanisms for data masking and encryption.

4. Documentation and Evidence

  • Maintains detailed records of data handling practices.
  • Creates audit trails for compliance verification.
  • Provides evidence of policy enforcement.
  • Supports regulatory reporting requirements.

5. Risk Management

  • Identifies potential compliance risks through data monitoring.
  • Enables proactive mitigation of compliance issues.
  • Provides early warning of potential violations.
  • Supports incident response and remediation.

The synergy between governance and compliance creates a virtuous cycle: strong governance makes compliance more achievable, while compliance requirements help strengthen governance practices. This relationship is essential for organizations seeking to both protect their data assets and meet their regulatory obligations.

Summing It All Up

Understanding the relationship between data governance, data management, and data compliance is crucial for building an effective data strategy. While these concepts are interconnected, they serve distinct purposes:

  • Data governance provides the internal framework and rules—your organization’s playbook for handling data assets. It’s proactive, setting the standards and controls that guide how data should be managed, used, and protected.
  • Data management puts these rules into action through day-to-day operations, tools, and processes. It’s the execution arm that implements the governance framework’s requirements.
  • Data compliance validates your practices against external regulations. While governance creates the internal rules and management executes them, compliance ensures these align with external requirements like GDPR or HIPAA.

Think of it as a three-part system: governance creates the playbook, management runs the plays, and compliance keeps score against external standards. When these three components work in harmony, organizations can both protect and maximize the value of their data assets.

As data landscapes grow more complex and regulations more stringent, organizations face increasing challenges in maintaining effective governance while ensuring compliance. Many find themselves struggling with disconnected tools, manual processes, and unclear data lineage—turning what should be strategic assets into operational burdens.

In today’s regulatory environment, organizations need a unified solution that simplifies data governance while ensuring compliance. Actian Data Intelligence Platform bridges the gap between governance and compliance, providing the visibility and control needed to confidently manage data assets.

This is where the platform makes a difference.

Actian Data Intelligence Platform for Data Governance and Compliance

As a modern metadata management and data intelligence platform, Actian’s platform simplifies both data governance and compliance through automation and federation:

For governance, the Actian Data Intelligence Platform delivers:

  • Federated data governance that supports decentralized models like data mesh, enabling local autonomy while maintaining enterprise-wide oversight.
  • Automated data lineage and  documentation that shows where data comes from, how it changes, and who owns it—building data trust while reducing risk.
  • Streamlined governance through automated metadata discovery, classification, and AI-powered data stewardship recommendations.

Unlike traditional platforms that rely on rigid, centralized approaches and manual stewardship, Actian’s modern architecture enables automated, federated governance that works seamlessly across multi-cloud and hybrid environments without vendor lock-in.

For compliance, the Actian Data Intelligence Platform provides:

  • Automated compliance readiness with dynamic classification and tracking of sensitive data and PII.
  • Policy-based access controls that balance self-service with governance.
  • Comprehensive audit and regulatory reporting capabilities that track data usage, lineage, and regulatory alignment.

While traditional compliance tools remain static and rule-bound, the Actian Data Intelligence Platform’s lightweight, agile approach enables domain-specific compliance enforcement that aligns with modern data principles—integrating seamlessly without adding friction to existing workflows.

Selecting the ideal data solution requires careful evaluation. The ISG Buyers Guide for Data Products, like the ISG Buyers Guide for Data Platforms, is a trusted, third-party resource for organizations looking to navigate this complex product landscape. For insights into choosing the right products for your business, download your complimentary copy of the ISG Buyers Guide for Data Products. It evaluates 19 vendors based on a comprehensive set of criteria in various categories including product experience, capabilities, reliability, customer experience, return on investment, and more.

Looking ahead, successful organizations will be those that can maintain strong governance while adapting to evolving data terminology and compliance requirements. With platforms like the Actian Data Intelligence Platform, businesses can transform their data governance from a compliance burden into a strategic advantage, focusing on creating value rather than just managing risk.

Fenil Dedhia headshot

About Fenil Dedhia

Fenil Dedhia leads Product Management for Actian's Cloud Portfolio. He has previously guided two startups to success as a PM, excelling at transforming ideas into flagship products that solve complex business challenges. His user-centric, first-principles approach drives innovation across AI and data platform products. Through his Actian blog posts, Fenil explores AI, data governance, and data management topics. Check out his latest insights on how modern data platforms drive business value.
Databases

Actian: Powering Customer Success Through Innovation and Partnership

Traci Curran

January 28, 2025

powering customer success through innovation

At Actian, we take immense pride in our customers’ success. Our commitment to fostering long-term partnerships, overcoming technical challenges, and delivering innovative solutions has been the cornerstone of our approach. We are excited to share two inspiring stories exemplifying how Actian’s customer-centric focus drives business growth and technological advancement. We are proud to share the first customer videos from customers in the APAC region.

Magic Software: Transforming Data Integration Challenges into Opportunities

magic software

Magic Software is an innovative technology leader that delivers comprehensive solutions for digital transformation and application development worldwide. Its flagship Magic xpa platform empowers organizations to swiftly build multi-platform business applications across desktop, web, and mobile environments, enabling rapid response to emerging market opportunities.

Magic Software sought a powerful embedded database solution to enhance their customers’ low-code development experience. They chose Actian Zen to provide a highly reliable database, and Actian and Magic Software have enjoyed over 40 years of shared success.

Watch the video here.

Tsubakimoto: Pioneering Data-Driven Manufacturing Excellence

tsubakimoto blog image

Tsubakimoto Chain Co., a leading Japanese manufacturer of power transmission products, embarked on a journey to revolutionize its production processes through data-driven decision-making. It needed a robust database solution that could handle vast amounts of sensor data from its manufacturing equipment while providing real-time insights.

Actian’s Zen Edge database rose to the challenge, delivering:

  • Real-time data processing capabilities.
  • Seamless integration with existing systems.
  • Enhanced data security and reliability.

The impact on Tsubakimoto’s operations was profound:

  • 30% improvement in equipment efficiency.
  • Significant reduction in unplanned downtime.
  • Data-driven insights leading to optimized production schedules.

Masaru Tokizaki, Manager of the Digital Innovation Promotion Group at Tsubakimoto, remarked: “Actian’s Zen Edge database has been instrumental in our digital transformation journey. It’s enabled us to harness the power of our data, driving efficiency and innovation across our manufacturing processes.”

This success story underscores Actian’s ability to provide tailored solutions that address complex technical challenges while driving tangible business outcomes. Watch the full video (spoiler alert – it has cool robots!)

Empowering Success: The Actian Difference

These case studies are just a glimpse into how Actian’s commitment to customer success translates into real-world impact. Our approach is built on several key pillars:

  1. Deep Customer Focus: We don’t just provide solutions; we build lasting partnerships.
  2. Technical Excellence: Our team thrives on solving complex challenges and pushing the boundaries of what’s possible.
  3. Innovative Thinking: We’re constantly evolving our offerings to meet the changing needs of our customers.
  4. Measurable Impact: Our success is measured by the tangible benefits our customers experience.

Our customers’ success remains at the heart of everything we do as we continue to innovate and grow. Whether it’s revolutionizing data integration for software providers or enabling data-driven manufacturing excellence, Actian is committed to being a catalyst for our customers’ growth and innovation.

Ready to experience the Actian difference for yourself? Explore our solutions and discover how we can help drive your business forward.

Traci Curran headshot

About Traci Curran

Traci Curran is Director of Product Marketing at Actian, focusing on the Actian Data Platform. With 20+ years in tech marketing, Traci has led launches at startups and established enterprises like CloudBolt Software. She specializes in communicating how digital transformation and cloud technologies drive competitive advantage. Traci's articles on the Actian blog demonstrate how to leverage the Data Platform for agile innovation. Explore her posts to accelerate your data initiatives.
Data Management

Future-Proofing Banking, Financial Services, and Insurance Compliance

Kasey Nolan

January 27, 2025

Future-Proofing Banking, Financial Services, and Insurance Compliance

For financial institutions, staying compliant isn’t just about following rules—it’s about steering the ship with foresight and agility in the vast ocean of regulatory requirements. As technology advances and new regulations emerge, Banking, Financial Services, and Insurance (BFSI) institutions must adopt proactive strategies to ensure they not only meet current standards but are also prepared for what the future holds.

The Challenge: Ensuring Compliance While Staying Ahead of Changing Regulations

Regulatory frameworks, like Europe’s GDPR and the global BCBS 239, demand rigorous compliance measures, with standards designed to enhance financial stability and protect consumer data. This necessitates a robust data infrastructure that can adapt swiftly to legal changes and safeguard sensitive information.

The cost of non-compliance in this sector is substantial, not only due to the risk of hefty fines but also because of the potential for severe reputational damage. An IBM report from 2024 highlights that the average cost of a data breach in the BFSI sector is $6B per incident, significantly higher than the global average of $4.88B across other industries. This high cost underscores the crucial need for financial institutions to establish effective data governance and cybersecurity measures that preempt regulatory penalties and protect their customer base.

However, the challenge does not stop at compliance and security. BFSI institutions must also make this data accessible for business operations and innovation, such as through digital transformation initiatives that require seamless data integration and real-time analytics. This creates a delicate balance between securing data to comply with global regulations and deploying it flexibly to fuel digital advancement. Success in this arena requires a sophisticated approach to data management that employs cutting-edge technology to ensure data integrity and availability without compromising on security or compliance.

Integrating Comprehensive Data Management

Effective data management lies at the heart of compliance and operational efficiency within BFSI institutions. As financial transactions and interactions become increasingly digitized, managing the sheer volume and variety of data presents a formidable challenge. Institutions must not only ensure data integrity and security but also maintain its accessibility for crucial functions like auditing and reporting. The complexity is compounded by recent statistics by Deloitte indicating widespread concerns about data availability and usability:

  • 92% of professionals believe that needed data is unavailable or takes too long to be made available, highlighting significant delays that can impede compliance and decision-making processes.
  • 88% report that while data is available, it comes from various sources, is often duplicated, and not integrated, which complicates efforts to obtain the unified view necessary for accurate analysis and reporting.
  • 81% acknowledge that data is available but of poor quality, suggesting issues with accuracy, completeness, and reliability that can lead to misguided decisions and compliance risks.
  • 53% note that data is accessible, but they and their teams lack the technical capabilities to make appropriate use of it, pointing to a gap in skills and tools needed to leverage data effectively.

Addressing these issues requires BFSI institutions to implement robust data governance frameworks and adopt sophisticated data intelligence tools that are easy to use without requiring advanced skills. These frameworks and tools are essential for ensuring data quality and streamlining access across disparate systems. They play a crucial role in consolidating data sources, reducing duplication, and improving integration, which together enhance the accuracy and timeliness of data available for regulatory compliance and business intelligence.

Embracing Technological Innovations

Advanced metadata management capabilities allow financial institutions to automate many aspects of data governance. By creating a centralized, searchable inventory of data assets, complete with rich metadata and lineage information, institutions can quickly locate and understand their data. This level of insight is essential not only for meeting regulatory demands but also for protecting against data breaches. With these solutions, institutions can monitor data access and usage, ensuring that sensitive information is only accessible to authorized personnel and is protected from unauthorized exploitation.

Furthermore, these technological aids help BFSI institutions harness their data for digital transformation and other uses. By providing a comprehensive view of the data landscape, they enable smoother integration of new technologies such as AI and machine learning, which require high-quality, well-documented data to function effectively. This not only enhances operational efficiencies but also powers innovative customer solutions that can give institutions a competitive edge in the fast-evolving financial sector.

Building a Data-Centric Culture

Fostering a data-centric culture is crucial for driving innovation and data-driven decision-making. Central to this effort is the adoption of a comprehensive data catalog, enhanced by a knowledge graph and a metadata-focused marketplace. These tools together facilitate a robust understanding of data assets and their relationships, crucial for breaking down silos and encouraging collaboration across the organization.

This integrated approach not only supports agile and informed decision-making but also ensures stringent data security and regulatory compliance. By embedding these practices into the organizational ethos, BFSI institutions can balance innovation with obligation. Platforms like the Actian Data Intelligence Platform play a pivotal role in this ecosystem, offering advanced tools for metadata management that underpin a culture of continuous improvement and strategic foresight.

Call to Action

Is your institution ready to future-proof its compliance practices? Explore cutting-edge compliance solutions that can transform your approach to regulatory challenges. To learn more about how the Actian Data Intelligence Platform can help, request a free demo of our platform!

Kasey Nolan

About Kasey Nolan

Kasey Nolan is Solutions Product Marketing Manager at Actian, aligning sales and marketing in IaaS and edge compute technologies. With a decade of experience bridging cloud services and enterprise needs, Kasey drives messaging around core use cases and solutions. She has authored solution briefs and contributed to events focused on cloud transformation. Her Actian blog posts explore how to map customer challenges to product offerings, highlighting real-world deployments. Read her articles for guidance on matching technology to business goals.
Data Management

Unifying Metadata and Master Data for Business Success

Traci Curran

January 24, 2025

Unifying Metadata for Business Success blog hero

Managing different data types becomes more complex as your organization’s systems and data sources grow. Your business information needs a complete view from proper metadata and master data management. Poor management of either can lead to systemic operational problems, reduced efficiency, and weak decision-making.

For clarity and completeness, let’s look at how Gartner defines master data and metadata.

Master data is the consistent and uniform set of identifiers and extended attributes that describe the enterprise’s core entities, including customers, prospects, citizens, suppliers, sites, hierarchies, and chart of accounts.

Metadata is information that describes various facets of an information asset to improve its usability throughout its life cycle. It is metadata that turns information into an asset…it is the metadata definition that provides the understanding that unlocks the value of data.

The Evolution of Data Management Approaches

Your business probably started like many others, storing data in conventional databases that worked well for simple tracking and customer relations. Organizations processed and stored structured, relational data through traditional methods.

Data volumes grew exponentially and revolutionized the digital world. Here’s a striking fact: 90% of all existing data was created in just the last two years. Traditional data management systems couldn’t keep up, especially when handling unstructured data such as audio, video, and text formats. These growing complexities led to metadata and master data becoming more important to provide data with the context necessary for use.

Your company now faces several modern business data challenges:

  • Data quality problems exist because only 3% of organizational data meets simple quality standards.
  • Security risks persist as 70% of employees have access to data they shouldn’t.
  • Systems and departments struggle with integration.

The rapid growth of data volumes presents new challenges in data integration, quality assurance, and privacy protection. These challenges become increasingly crucial as businesses seek to extract actionable insights while ensuring data remains accurate and secure.

Master Data Management: Building Your Foundation

Building a strong master data management (MDM) foundation requires understanding its core components. A good MDM solution should manage data that is accurate, consistent, and available.

Core Components and Requirements

A successful MDM implementation needs three main components:

  • Data governance framework to maintain integrity and reliability.
  • Quality management system for validation and enrichment.
  • Integration capabilities for smooth data flow between systems.

Implementation Strategies and Best Practices

Note that your MDM implementation needs a clear roadmap. Successful organizations follow these key steps:

  1. Define clear business requirements and objectives.
  2. Set up resilient data governance with designated stewards.
  3. Select appropriate MDM tools that match your priorities.
  4. Start with pilot implementation in one domain.
  5. Build capability through training and change management.

Data stewards protect data quality. Your MDM solution should manage this data well. Better integration and interoperability create smoother operations.

Measuring Success and ROI

Good implementation requires tracking specific metrics to measure MDM success. Your key performance indicators should include:

Data Quality Metrics:

  • Data record error rate.
  • Percentage of duplicate data.
  • Completeness of customer accounts.

Business Impact Metrics:

  • Total expense per thousand data records.
  • Cycle time for new customer/product setup.
  • Data compliance rate.

Financial benefits take several quarters to show up. Focus on both direct benefits like lower operational costs and indirect benefits such as better customer satisfaction when you evaluate your MDM investment.

Metadata Management: Enhancing Data Value

Metadata management acts as a compass throughout your data experience. Understanding the relationship between metadata vs master data helps you get the most value from your information assets. Companies that implement resilient metadata management can cut data management costs by up to 40%.

Key Metadata Management Principles

Your metadata strategy needs clear goals that match business objectives. Much like a library’s catalog system, metadata management works when you have:

  • Standardized schemas for consistent description.
  • Active maintenance throughout the data lifecycle.
  • Automated capture and monitoring processes.

Good metadata management helps you improve operational efficiency and ensures data quality throughout your organization.

Tools and Technologies

A complete metadata management toolkit should contain:

  • Data catalogs for centralized access.
  • Business glossaries for common terminology.
  • Data lineage tracking systems.
  • Repository management platforms.

Modern metadata tools now make use of AI and machine learning capabilities. Automated data profiling can perform up to 2.5 million controls per minute and verify over 60 million records.

Success Metrics and KPIs

These key metrics help measure your metadata management’s effectiveness:

  • Metadata accuracy and completeness rates.
  • Number of registered data assets and usage patterns.
  • Processing speed and automation rates.
  • Compliance rates and audit success.

Companies without a metadata-driven approach spend much more on data management. These metrics help you spot areas that need improvement and support your metadata management investments.

Creating a Unified Data Strategy

A unified framework must bring together your metadata and master data initiatives to create an effective strategy. Research shows up to 68% of data isn’t analyzed in most organizations, which points to the need for a complete approach.

Integrating Metadata and Master Data Initiatives

Your unified strategy should connect business and data priorities through clear frameworks. Research shows that CDOs who link data and analytics to prioritized business outcomes are more successful than their peers.

The key integration points include:

  • Implement a knowledge catalog for standardized nomenclature.
  • Create cross-organizational common glossaries.
  • Establish unified data topology.
  • Define clear data objectives.

Resource Allocation and Budgeting

Proper resource allocation becomes significant as data volumes grow. Your budget should account for:

  • Data storage and processing capabilities.
  • Integration platforms and management solutions.
  • Employee data literacy programs.

Long-Term Maintenance Planning

High-quality data demands continuous attention. Your maintenance plan should focus on these elements with regular audits:

  • Implementing resilient governance policies.
  • Establishing data quality standards.
  • Creating central catalogs for insight sharing.
  • Monitoring critical data elements.

The strategy needs a metadata and governance layer that increases visibility throughout your organization. This standardizes nomenclature and helps everyone follow consistent data quality and compliance guidelines.

Conclusion

Organizations must excel at both metadata and master data strategies to manage data effectively. Implementation of these complementary approaches prepares your organization to tackle modern data challenges while you retain control of quality and compliance.

The numbers tell the story – organizations using unified data strategies cut management costs by 40% and achieve better operational outcomes by a lot. Master data serves as your single source of truth, and metadata makes proper context and findability available across systems.

Your path to success will need careful planning and consistent execution. Your roadmap should focus on:

  • Clear data governance frameworks.
  • Regular quality monitoring.
  • Detailed training programs.
  • Measurable performance metrics.

Data management is an ongoing experience, not a destination. Begin with small, focused implementations and grow based on measured results. Your attention to both metadata and master data today creates the framework for continued success tomorrow.

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About Traci Curran

Traci Curran is Director of Product Marketing at Actian, focusing on the Actian Data Platform. With 20+ years in tech marketing, Traci has led launches at startups and established enterprises like CloudBolt Software. She specializes in communicating how digital transformation and cloud technologies drive competitive advantage. Traci's articles on the Actian blog demonstrate how to leverage the Data Platform for agile innovation. Explore her posts to accelerate your data initiatives.
Data Platform

From Silos to Insights: Empowering Your Data-Driven Future

Actian Corporation

January 23, 2025

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In our current business environment that sees data driving decisions and enabling a range of use cases, a modern data platform is required to ensure trusted, easy-to-access information. Analysts, data scientists, apps, and other data users and devices must have barrier-free access to quality, governed, and trusted data. That is the essence of a true data-driven business.

As organizations have discovered, using data can be difficult. Large data volumes, new data sources, and expanding use cases create challenges to quickly and efficiently bring together data, then make it readily accessible.

Too often, data silos, connection issues between disparate systems, and complex processes present ongoing barriers to leveraging data. This ultimately results in bottlenecks that require IT intervention or make data available only to those with the specialized skills to access it.

As explained in a Bloor InBrief, the Actian Data Platform stands out as a unified solution that simplifies and enhances data management across on-premises, cloud, and hybrid environments. Designed to make data trusted, flexible, and easy, the platform integrates data quality, data integration, data warehousing, and other capabilities into a single cohesive solution while delivering scalability and efficiency.

Solving Data Management Challenges

Organizations face mounting pressure to integrate, manage, and utilize vast amounts of data. For many companies, these challenges impede growth, slow decision-making, and undermine advanced analytics initiatives like GenAI use cases. The Actian Data Platform offers a comprehensive, unified solution to address these pain points, enabling businesses to harness their data’s full potential.

Pain Point: Data Integration. Data integration remains one of the most pressing challenges for organizations. Traditionally, integrating large volumes of data from diverse sources often required significant manual effort and technical expertise.

The Actian Data Platform modernizes data integration with:

  • Extensive connectivity. More than 300 prebuilt connectors, REST and SOAP API integration, and the innovative Connector Factory allow users to connect data and design custom connectors effortlessly.
  • Simplified workflows. Drag-and-drop tools, guided workflows, and automated processes make it easier to manage pipelines to ensure the flow of data.
  • Real-time efficiency. Event-driven ingestion ensures data moves seamlessly, enabling instant and trusted decision-making.

By integrating disparate data sources into a single, trusted platform, organizations eliminate bottlenecks. The platform also empowers teams and analysts to focus on deriving insights rather than solving integration issues.

Pain Point: Data Quality. Poor-quality data can cripple analytics, skew decision-making, and compromise the reliability of GenAI models and use cases. Manual remediation processes are time consuming, cause delays, and often lack the scalability needed for modern data volumes.

With the Actian Data Platform, organizations benefit from advanced data quality capabilities. The solution offers:

  • Automated remediation. Rules-driven frameworks ensure low-quality data is flagged and corrected in real-time.
  • Industry-specific quality packs. Predefined rules tailored to specific sectors reduce setup time and enhance accuracy.
  • Comprehensive monitoring. A data quality dashboard provides real-time insights, a run history, and results summaries.

These features ensure that the data used for analytics is not only accurate but also actionable. This results in better business outcomes and decision making.

Pain Point: Managing Complex Ecosystems. Managing a sprawling data ecosystem across multiple environments—on-premises, multi-cloud, or hybrid—can be overwhelming. This is especially true when juggling various data types and use cases, with new data sources constantly emerging and new demands placed on the data.

With the ability to unify data integration, quality, and analytics, the Actian Data Platform offers several key advantages:

  • Data fabric and mesh compatibility. The platform supports these architectures, enabling streamlined data accessibility and governance.
  • Single-pane-of-glass management. A centralized interface simplifies oversight, giving teams the ability to orchestrate data processes without switching tools.
  • GenAI and machine learning support. With built-in capabilities for model training and deployment, the platform bridges the gap between traditional data management and cutting-edge innovation.

By consolidating a range of functionality into one solution, the platform reduces operational complexity and accelerates time-to-insight.

Take Advantage of Key Differentiators

For organizations striving to optimize data to strategically grow their business, the stakes are high. The ability to integrate and share data while ensuring quality are prerequisites for success. The Actian Data Platform offers these capabilities and more.

“Actian Data Platform’s core differentiator, at least in terms of data integration, is that it offers effective, proven integration as a service, alongside robust data quality and warehousing functionality, within a much broader data ecosystem solution provided by a single, unified platform,” according to the Bloor report.

To ensure data usage across a company, the platform provides ease of use, allowing analysts, business users, and others to leverage data, regardless of their skill level. A low-, no-, and pro-code user interface meets the needs of both technical and non-technical users, ensuring data accessibility across teams.

Organizations can benefit from the platform to:

  • Build reliable pipelines that feed high-quality data to analytics tools.
  • Streamline operations with automated workflows and centralized management.
  • Leverage modern architectures like data fabric and data mesh to future-proof their strategies.

As highlighted in the Bloor report, the platform’s extensive features and proven track record make it a trusted solution for data users at all skill levels.

Power Your Data-Driven Future

The Actian Data Platform isn’t just another data management tool. It’s a comprehensive platform for overcoming the most pressing challenges in data integration and quality. Whether organizations are modernizing their analytics capabilities or scaling infrastructure for GenAI-enabled insights, Actian provides the tools, reliability, and expertise to achieve their goals.

“The Actian Data Platform provides a robust and versatile solution for a range of data management use cases, particularly data integration and data quality, that offers a vast array of connectivity options as well as significant ease of use features,” the Bloor report notes. “In short, it is very much worth your consideration.”

Now, with the recent acquisition of Zeenea, Actian offers additional capabilities for metadata management, cataloging, data intelligence, and governance. Experience it for yourself with the Actian Data Intelligence Platform.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Architecture

Data Democratization Strategy and its Role in Business Decisions

Actian Corporation

January 20, 2025

Data Democratization Strategy

Data democratization is a cornerstone of modern business strategy, enabling organizations to empower their workforce with access to critical data. By removing barriers to data access, companies can foster a collaborative and innovative environment that drives decision-making and operational efficiency. This comprehensive guide explores what data democratization entails, its benefits, and how to implement it effectively.

Understanding Data Democratization

Data democratization is reshaping how organizations operate in a data-driven world. By granting widespread access to data, businesses can enable employees at all levels to make informed decisions.

What is Data Democratization?

Data democratization refers to the process of enabling access to data across all levels of an organization, empowering employees to utilize data in decision-making without requiring specialized technical skills. It breaks down data silos and ensures that data insights are not limited to technical teams or upper management. By implementing a structured strategy, businesses can create an environment where data is a shared asset, fostering collaboration and innovation.

Benefits and Importance

Data democratization is pivotal for companies seeking a competitive edge in a rapidly evolving market. By distributing data access, organizations can:

  • Enhance Agility: Quickly adapt to market changes through data-informed decisions.
  • Improve Collaboration: Break down silos and encourage cross-functional teamwork.
  • Empower Employees: Equip all team members with the insights they need to contribute meaningfully.
  • Boost Innovation: Enable a broader range of employees to explore ideas backed by real data.
  • Reduce Bottlenecks: Minimize reliance on data specialists for routine queries, freeing them to focus on complex challenges.

By addressing these needs, data democratization fosters a culture where data-driven decisions are the norm, enabling organizations to stay ahead of competitors.

The Role of a Data Democratization Strategy

A data democratization strategy serves as a blueprint for integrating data into every facet of an organization. It ensures that data is not only accessible but also actionable, empowering teams to make informed decisions. Let’s go over the transformative role of such a strategy in modern businesses and highlights its far-reaching impact.

Accelerating Decision-Making Processes

A well-implemented data democratization strategy reduces the time taken to retrieve and analyze data, allowing businesses to make timely decisions. When data is easily accessible, employees can respond to opportunities and challenges more quickly, giving the organization a competitive advantage. Quick decisions, backed by accurate data, often lead to improved outcomes and increased market responsiveness.

Fostering Innovation Culture

Democratized data unlocks creativity by allowing diverse teams to analyze trends and identify patterns. This decentralized approach to data fosters a culture where innovation thrives, as employees feel empowered to experiment and propose data-driven solutions. Teams are better equipped to brainstorm, prototype, and implement innovative ideas, contributing to overall organizational growth.

Enhancing Operational Efficiency

Operational efficiency is achieved when employees at every level can use data to streamline workflows, reduce redundancies, and optimize resources. A democratized approach ensures that every department can act on insights, leading to coordinated and efficient operations. Whether it’s supply chain optimization, marketing strategy refinement, or customer service enhancements, accessible data makes every process more efficient.

Essential Components of a Successful Data Democratization Strategy

Creating a successful data democratization strategy requires attention to several key components. These elements ensure that the strategy is comprehensive, secure, and user-friendly. Below, we outline the foundational aspects of an effective approach to data democratization.

User-Centric Platforms and Tools

Implementing intuitive tools is critical. Platforms like the Actian Data Intelligence Platform help users access, interpret, and act on data without requiring technical expertise. User-friendly tools reduce the learning curve and make it easier for employees to extract actionable insights from complex datasets.

Solid Data Governance

Data governance ensures data accuracy, security, and compliance. Implementing data governance best practices is crucial for maintaining a reliable data ecosystem. Governance frameworks should define data ownership, accountability, and auditing processes. A well-governed data ecosystem fosters trust among users and ensures compliance with regulatory standards.

Sustained Training and Education

To maximize the potential of democratized data, organizations must invest in continuous training. Employees should be educated on data interpretation, best practices, and the ethical use of information. Training programs should be tailored to different roles within the organization, ensuring that every employee has the skills needed to work effectively with data.

Defined Data Access Protocols

Access protocols ensure the right data is available to the right people at the right time. Role-based access controls (RBAC) and automated workflows can help in managing permissions efficiently and securely. By defining clear access protocols, organizations can balance openness with security, ensuring sensitive data remains protected.

Realizing a Data Democratization Strategy: A Step-By-Step Blueprint

Transforming an organization with a data democratization strategy requires a clear and actionable plan. By following a structured approach, businesses can ensure successful implementation. This section provides a step-by-step blueprint for realizing a data democratization strategy.

1. Assess the Current Data Landscape

Begin by evaluating the current state of data within your organization. Identify existing silos, data flows, and the tools currently in use. This assessment provides a foundation for understanding gaps and areas for improvement. Take inventory of both structured and unstructured data, ensuring that no valuable information is overlooked.

2. Formulate Data Governance Policies

Develop comprehensive data governance policies to safeguard data integrity and security. These policies should outline:

  • Who owns the data.
  • Who can access specific datasets.
  • How data is stored and protected.

Clear governance policies establish a framework for responsible data management, ensuring that democratization efforts are both ethical and effective.

3. Incorporate User-Friendly Tools

Adopt platforms that simplify data analysis for non-technical users. Ensure these tools provide intuitive dashboards, real-time analytics, and easy-to-use interfaces. Prioritize solutions that integrate seamlessly with existing systems to avoid disruptions during the transition. Actian’s Zeenea platform can help you integrate your new data democratization plan effectively.

4. Optimize for Real-Time Data Integration

Real-time data integration ensures that employees always have the most up-to-date information. For insights into the future of data integration, organizations should prioritize systems capable of aggregating data from multiple sources seamlessly. Real-time insights empower teams to act swiftly, turning data into a competitive advantage.

5. Enforce Data Security Measures

Data democratization must be accompanied by robust security measures. A lack of data governance can undermine security, making it essential to implement encryption, multi-factor authentication, and regular audits. Additionally, organizations should conduct periodic vulnerability assessments to address
emerging threats.

6. Encourage Feedback Mechanisms

Gather feedback from users to refine tools, processes, and training programs. User input is invaluable in identifying challenges and opportunities for improvement. Regular feedback helps ensure that the strategy evolves to meet the changing needs of the organization.

7. Implement a Culture of Openness

Foster a culture that values transparency and collaboration. Leaders should champion data democratization efforts and model data-driven decision-making. An open culture encourages employees to embrace data as a core component of their work, driving widespread adoption of democratization initiatives.

8. Build Scalable Infrastructure

Ensure that the underlying infrastructure can scale with organizational growth. For guidance on how to build scalable data platform architectures, consider leveraging cloud-based platforms and modular solutions that offer flexibility and scalability. By investing in scalable infrastructure, organizations can future-proof their data democratization strategy.

Data Democratization FAQs

Frequently asked questions about data democratization highlight its relevance and implementation challenges. Check out our answers to some of these queries to help demystify the concept and provide actionable insights if you are looking to adopt this strategy.

What is Data Democratization?

Data democratization is the process of making data accessible to all employees, enabling informed decision-making at every level.

How Does Data Democratization Impact Security?

By implementing robust governance and security measures, data democratization can enhance security while expanding access.

Who Benefits From Data Democratization?

All stakeholders, from employees to customers, benefit from data democratization as organizations make better decisions and provide improved services.

The Future: Data Democratization and AI

The integration of data democratization and AI is shaping the future of business intelligence. As AI and machine learning advance, the potential of data democratization will expand. AI-powered tools can further simplify data analysis and provide actionable insights to non-technical users. Additionally, predictive analytics and automation will allow businesses to anticipate trends and act proactively. AI will play a role in identifying patterns, detecting anomalies, and delivering recommendations. As these technologies evolve, they will enhance the democratization process, enabling even greater organizational agility and innovation.

In the future, organizations that integrate data democratization with AI will be better positioned to innovate and maintain a competitive edge. The synergy of democratized data and AI-driven insights represents the next frontier in business intelligence.

By embracing data democratization today, businesses can prepare for tomorrow’s challenges and opportunities, ensuring sustainable growth and success. Sign up for a free demonstration to see how Actian’s wide variety of data tools can propel your business to the top of your industry.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Management

Data Catalog vs. Data Dictionary: How Do They Help Businesses?

Actian Corporation

January 20, 2025

Data Catalog vs Data Dictionary blog

In today’s data-driven business world, effectively managing and utilizing data is critical for success. Two tools that organizations often rely on are data catalogs and data dictionaries. While both improve data accessibility and governance, they serve distinct purposes. This article explores their definitions, roles, and how businesses can leverage them to stay competitive.

What You Need to Know: Data Catalog vs. Data Dictionary

Understanding the fundamental differences between a data catalog and a data dictionary is essential to determine how they can enhance your organization’s data strategy.

Defining the Data Catalog

A data catalog is a comprehensive inventory of an organization’s data assets, enriched with metadata to facilitate data discovery and lineage. It centralizes information about where data resides, how it’s structured, and its context for business use, making it an essential tool for managing complex data ecosystems.

Key Data Catalog Features:

  • Searchability: Enables users to find datasets quickly using keywords or filters.
  • Metadata enrichment: Provides detailed context about data assets, including their sources and transformations.
  • Collaboration tools: Support tagging, commenting, and sharing knowledge.
  • Business glossary integration: Links business terminology to datasets for better clarity.
  • Governance integration: Ensures adherence to policies for data governance and compliance.

Explore data catalog examples to see how businesses use these tools to streamline data management and improve decision-making.

Understanding the Data Dictionary

A data dictionary definition refers to a structured reference guide containing detailed information about the data elements in a specific database or system. It is focused on standardizing and clarifying data fields for technical users such as database administrators and developers.

Key Features of a Data Dictionary:

  • Field definitions: Describes each data element, including name, type, format, and allowed values.
  • Relationship mapping: Illustrates connections between datasets or tables.
  • Standardization: Promotes consistent data usage across systems.
  • Compliance support: Helps organizations meet regulatory requirements by clearly defining sensitive data elements.

Unlike a data catalog, which provides a high-level overview, a data dictionary delves into technical specifics, making it one of the most effective metadata management tools for database optimization.

The Crucial Role of Data Catalogs and Dictionaries in Modern Business

Data catalogs and dictionaries are integral to managing and governing data effectively, supporting organizations in maximizing data’s potential.

Importance of Data Catalogs in Modern Data Management

A data catalog provides a centralized platform for managing and utilizing metadata, which is essential for large organizations dealing with data silos. Here are some data catalog benefits:

  • Improved discoverability: Facilitates data discovery and lineage by providing visibility into data assets.
  • Data democratization: Enables non-technical users to access and understand data confidently.
  • Metadata management: Offers rich contextual details, making data easier to interpret and use.
  • Compliance assurance: Integrates with governance policies to ensure regulatory alignment.

The Actian Data Intelligence Platform is an example of how data catalogs streamline metadata management and foster collaboration across teams.

How Data Dictionaries Support Data Governance and Compliance

A well-structured data dictionary enhances governance by standardizing data definitions and usage across the organization. Its use cases include:

  • Data standardization: Ensures that data is consistently labeled and interpreted.
  • Regulatory compliance: Defines sensitive data clearly to meet legal requirements.
  • Database management: Optimizes database performance with detailed structural insights.
  • Application development: Provides developers with clear guidelines for working with data structures.

Learn more about why data governance is important and how data dictionaries contribute to compliance and data quality.

Harnessing the Power of Data: Business Applications of Data Catalogs and Dictionaries

When applied effectively, data catalogs and dictionaries enhance data accessibility and usability, driving better decision-making across the organization.

How Businesses Can Leverage Data Catalogs Effectively

By utilizing the features of a data catalog, businesses can:

  • Boost productivity: Reduce time spent searching for data and focus on analysis.
  • Enable self-service analytics: Empower teams to access and understand data independently.
  • Track data lineage: Build trust by providing insights into data origins and transformations.
  • Facilitate collaboration: Use tools like tagging and annotations to share knowledge.

Discover more about the benefits of data discovery and how it integrates with data catalogs to unify your organization’s data strategy.

Practical Use-Cases of Data Dictionaries in Business

Data dictionaries play a critical role in scenarios requiring precision and standardization. Common data dictionary use cases include:

  • System migrations: Ensuring seamless data mapping during platform transitions.
  • Compliance reporting: Providing detailed definitions of data for regulatory audits.
  • Application development: Guiding developers with clear data element definitions.
  • Error resolution: Supporting troubleshooting with precise technical details.

How Data Catalogs and Dictionaries Complement Each Other

While their functionalities differ, data catalogs and dictionaries often work together to provide a comprehensive framework for managing data:

  • A data catalog provides a high-level overview, focusing on data catalog vs metadata management and discoverability.
  • A data dictionary dives into granular details, offering technical clarity and ensuring standardized data usage.

For more insights, download the eBook: “What is a Smart Data Catalog?” to learn how these tools can work together to enhance your data strategy.

Data Catalog vs. Data Dictionary: Making the Right Choice for Your Business

Choosing the right tool depends on your business needs and the scale of your data environment.

Factors to Consider When Choosing Between a Data Catalog and Data Dictionary

When evaluating these tools, consider:

  • Complexity of data: Large-scale datasets often benefit more from a data catalog’s features.
  • Intended users: Data dictionaries are suited for technical teams, while data catalogs are designed for broader audiences.
  • Business goals: Use a catalog for discoverability and governance, and a dictionary for standardization and technical details.

Evaluating Business Requirements for Data Management

Ask these questions to determine your needs:

  • Who will use the tool? Is your primary audience technical or non-technical?
  • What are your challenges? Are you struggling with locating data or understanding its structure?
  • What is the scale of your data? Do you manage diverse and distributed datasets?

In many cases, integrating both tools ensures comprehensive data management.

Use Data Catalogs and Data Dictionaries to Manage Your Company’s Data

Combining the features of a data catalog with the technical precision of a data dictionary enables organizations to build a robust data strategy. These tools are the foundation for better collaboration, compliance, and innovation.

By aligning your data tools with your business needs, you can turn your data into a powerful asset for long-term success. Sign up to join a demo to see how Actian products can help you manage and govern your data.

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About Actian Corporation

Actian empowers enterprises to confidently manage and govern data at scale. Actian data intelligence solutions help streamline complex data environments and accelerate the delivery of AI-ready data. Designed to be flexible, Actian solutions integrate seamlessly and perform reliably across on-premises, cloud, and hybrid environments. Learn more about Actian, the data division of HCLSoftware, at actian.com.
Data Management

Decentralize, Democratize, Differentiate: Embrace Data Products

Guillaume Bodet

January 16, 2025

ISG data products actian

The evolution of data management is being shaped by the decentralization of data ownership and the rise of new organizational needs. Traditional data management approaches—often centralized and cumbersome—are no longer sufficient to meet growing business demands for speed, accessibility, and quality.

Decentralization promotes accountability and ensures that data is managed by those with the deepest understanding of its context and relevance. These domains also are responsible for creating data products so the most valuable data assets can be shared and used across the organization.

ISG Research defines data products as “the outcome of data initiatives developed with product thinking and delivered as reusable data assets that can be discovered and consumed by others on a self-service basis, along with associated data contracts and feedback options.” They can be a domain specific data set, an algorithm, or a machine learning model.

Your company, like other modern organizations, requires ready-to-use data products that are easily accessible by analysts and business teams across the organization. Data products are expected to provide immediate value to both technical teams and data users in the business. The problem is that too often, data volumes are too vast to be useful—they overwhelm analysts and other data users.

That’s why data products should leverage metadata—the data about your data—because the value of data is activated when metadata is captured and utilized. In practice, an operational data product consists of both data and metadata, and the latter ensures that consumers have all the information they need to use the product. Tools that utilize metadata allow you to quickly find, understand, and manage data products via an internal data marketplace to unlock new business value and drive outcomes faster. Importantly, data products must allow users in your organization to access and use the data they need without barriers such as requiring specialized skills or IT help.

How to Choose the Right Solution

For data product platforms to succeed, they must be designed with usability and product experience in mind. Business leaders, analysts, and developers often have diverse skillsets and needs, making intuitive interfaces and data integration key factors. Additional factors to consider include self-service functionality that minimizes reliance on IT teams; clear documentation and data lineage to build trust and transparency; and feedback mechanisms to continuously refine and improve data quality.

Data products should excel in being:

  • Cleansed, transformed, high quality, and ready for analysis.
  • Accessible: Barrier-free access to data users and others who need it.
  • Datasets and data elements are seamlessly unified into a single, trusted unit, enabling effortless distribution.
  • Searchable and understandable. Metadata-driven and domain-centric so the data products are easy to find and understand.
  • Composed of one or more data assets that work together for rich data insights.
  • Reusable: Built from composable elements that can be leveraged to create multiple data products, including derivatives.

When data products are easy to use and have the capabilities you need, they enable you and your teams to innovate, collaborate, and make decisions with confidence—qualities that drive business growth.

The Business Case for Decentralizing Data Ownership

Decentralization of data is a concept supported by a data mesh architecture, which promotes the democratization of data across a business. Unlike centralized data warehouses, a decentralized approach, as highlighted in this practical guide to data mesh, federates data and delegates data ownership to specific business domains.

With businesses adopting decentralized models, the demand for advanced metadata solutions that enable data discovery is only expected to grow. According to the ISG Buyers Guide™ for Data Products, by 2027, more than 60% of enterprises are projected to adopt technologies that facilitate the delivery of data as a product as cultural and organizational approaches to data ownership, in the context of data mesh, evolve.

The move to decentralized data ownership requires a new focus on metadata management, which is where the right product can help. For example, a data discovery platform organizes metadata, providing a unified view of data assets across the organization. In addition, an internal data marketplace enables users to consume the data for other uses.

Treating data like a product that can be packaged, discovered, and consumed by others across your organization helps you achieve:

  • Quickly find the data you need.
  • Ensure that data from different domains works together seamlessly.
  • Maintain compliance and quality standards across your organization.

Gaining Trusted Insights into Data Products

It’s not surprising that many technology buyers and users have a lot of questions about the value, usability, capabilities, limitations, and return on investment of data products. A LinkedIn post from Ehtisham Zaidi, Gartner VP Analyst and Key Initiative Leader, Data Management, says that his team has fielded more than 500 inquiries about data products.

He notes that most organizations are not defining data products correctly, with some believing that any integrated dataset is a product. He says that most organizations also struggle with understanding and enabling core data components, such as data governance and management. As a result, organizations have questions about operationalizing and sharing data using a data marketplace.

As your business requirements evolve, new use cases for data arise, and you move toward a decentralized approach, understanding which data solutions meet your needs is increasingly important. You also need to know which solutions can address common challenges such as fragmented data, inefficient workflows, and a lack of confidence in data quality.

Resolving these issues requires implementing modern technology. As noted in the ISG Buyers Guide for Data Products, look for solutions that apply “product thinking” to data initiatives, treating data as reusable, shareable, and consumable assets. This approach helps you:

  • Streamline Access to Data. Easily discover and use data on a self-service basis using an enterprise data marketplace.
  • Enhance Data Confidence. Ensure the reliability and discoverability of data by leveraging metadata.
  • Accelerate Time-to-Value. Deliver actionable insights faster by leveraging easy-to-access, high-quality data.

Selecting the ideal data solution requires careful evaluation. The ISG Buyers Guide for Data Products, like the ISG Buyers Guide for Data Platforms, is a trusted, third-party resource for organizations looking to navigate this complex product landscape. The guide evaluates leading software providers, offering insights into usability, manageability, customer experience, and other critical factors.

For insights into choosing the right products for your business, download your complimentary copy of the ISG Buyers Guide for Data Products. It evaluates 19 vendors based on a comprehensive set of criteria in various categories including product experience, capabilities, reliability, customer experience, return on investment, and more.

The guide explains how innovative solutions like the Actian Data Intelligence Platform are transforming the way companies manage, democratize, and consume data. The guide positions the platform as Innovative and a Leader in Manageability with strong performance in Customer Experience. If you’re looking to modernize, decentralize data, or implement data products, this essential guide can help inform your buying decision.

As the push to decentralize data continues, businesses like yours must adopt modern approaches to stay competitive. By investing in user-friendly, value-driven data products and an e-commerce-like internal data marketplace, you can harness the full potential of your data, enabling faster insights and confident decision-making.

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About Guillaume Bodet

Guillaume Bodet is Chief Product Officer at Actian, defining and driving product vision for data management and intelligence. With 15+ years in the data industry, Guillaume's expertise spans architecture, innovation, machine learning, and analytics. Prior to Actian, he co-founded Zeenea, a data catalog startup. He has delivered keynote presentations at data summits and is a champion of market-leading data solutions. Guillaume's Actian blog posts cover strategy, data cataloging, and product roadmaps. Check his latest insights to stay ahead in the evolving data landscape.