Get a free report of your organisation's data maturity level - Learn more
Steve Rose | 3 June 2024
In the rapidly evolving landscape of data management, the Data Vault methodology stands out as a particularly effective framework for modern data platform architectures. As businesses continue to navigate the complexities of data integration and analysis, the modular and flexible nature of Data Vault offers significant advantages for handling diverse and voluminous data sources, making it a strategic choice for organisations looking to enhance their data capabilities and leverage AI and machine learning applications.
The Data Vault methodology, with its emphasis on agility, adaptability, and decentralised data governance, aligns seamlessly with the principles of modern data architectures such as data meshes, data fabrics, data lakes, and other cloud-based solutions. The structure of Data Vault—comprising Hubs, Links, and Satellites—facilitates the efficient integration of new data sources without the need to overhaul the Data Vault already in place, which removes the low-value, high-cost re-engineering efforts from the delivery stream. This capability is crucial in modern environments where data can come from increasingly varied sources and requires rapid incorporation into the enterprise's analytical processes (Brian, A 2021) (Qlik, viewed 2024).
Moreover, the inherent scalability of Data Vault allows organisations to expand their data architecture in line with business growth. Its design supports both, the integration of vast amounts of data and the maintenance of historical data integrity, which is essential for detailed analytics and the training of AI models (Brian, A 2021).
Data Vault has been proven to be the methodology of choice for companies looking to reduce time-to-value for business insight. A 2022 survey conducted by BARC across businesses in Europe found that the principal business driver for the selection of Data Vault was to accelerate delivery to the business, with technical drivers being extensibility, scalability, and flexible architecture (Keven, P, Herbert, S, 2023) and a long term sustainable cost of ownership opportunity.
The Data Vault architecture is particularly conducive to AI and machine learning initiatives, not only due to its ability to handle and preserve historical data but also because of its integration of graph database design elements. This incorporation of graph-based modelling techniques enhances the capability of Data Vault to support complex data relationships and dynamic schema variations, which are often required in AI applications.
Graph Model sourced from https://neo4j.com/docs/getting-started/data-modeling/guide-data-modeling/
Graph databases are ideal for AI because they excel in managing interconnected data and complex relationships (Marco, v H 2024) (Cognite, 2023, p. 20,40). The inclusion of graph database elements within Data Vault allows for more sophisticated modelling of data relationships and dependencies, which is crucial for the development of AI models that rely on deep relational data insights. These models can uncover patterns and insights that are not readily apparent in traditional relational database structures, thereby providing richer contexts for AI algorithms (Brian, A 2021). A key element otherwise not available for analysis is the ability to qualify and describe these relationships over time, which is either neglected or impossible in more traditional approaches.
Furthermore, Data Vault's approach, which inherently supports the creation of links and hubs akin to nodes and edges in graph theory (Kate, L 2018), naturally aligns with the needs of AI systems that perform tasks such as recommendation engines, fraud detection, and network analysis (David, N 2017). This capability enables AI systems to process and analyse data more efficiently and with greater accuracy as relationships are explicitly available and described. The structure not only facilitates the rapid integration of new data but also maintains a comprehensive historical context, enhancing the training and performance of AI models (Qlik, viewed 2024).
Table 1 - Similarities between Data Vault and Graph Database Modelling
The graph database capabilities within Data Vault also support AI's need for flexible, scalable, and high-performance data architectures that can dynamically adjust to the evolving data landscapes. This is especially valuable in scenarios where AI models continuously learn and adapt based on new data inputs and relationships discovered over time (Brian, A 2021).
Incorporating Data Vault within a modern data platform architecture, therefore, not only addresses current operational data management needs but also strategically empowers AI applications through advanced data modelling techniques and robust data relationship management enabled by graph database design elements. This strategic alignment ensures that organisations can leverage their data architecture for advanced AI and machine learning capabilities, leading to more innovative and effective business solutions.
Adopting Data Vault within a modern data platform architecture liberates data from siloed source systems, integrates it and allows businesses to not only manage their current data needs but also strategically position themselves for future demands. This setup is crucial for leveraging the full potential of AI (Cognite, 2023, p.46), which requires robust, scalable, and flexible data architectures to thrive. Data Vault's approach ensures that data remains an enabler of innovation rather than a bottleneck in the process (Rameez, G 2024).
As Data Vault explicitly make the relationships, in particular, available, it also helps to provide the guiderails for AI efforts to ensure consistent conclusions are reached within AI models.
The integration of Data Vault into modern data platform architectures offers a powerful advantage for businesses aiming to enhance their data management capabilities and leverage advanced AI applications. Data Vault's flexible, scalable, and AI-compatible structure, enriched with graph database design elements, is ideally suited to meet the dynamic and complex demands of today's data-driven challenges.
This strategic alignment not only supports current operational needs but also positions businesses for future growth and innovation in an increasingly data-centric global landscape. By facilitating complex data relationships and providing a robust historical data context, Data Vault enables AI systems to derive deeper insights and more accurate predictions. The graph database elements, particularly, enhance the architecture's ability to handle interconnected data and complex relationships, crucial for AI tasks such as predictive modelling, network analysis, and real-time decision-making.
Incorporating Data Vault within a modern data platform architecture not only addresses current operational data management needs but also strategically empowers organisations to harness their data for advanced AI and machine learning capabilities. This integration ensures that businesses can leverage their data architecture not just for meeting but exceeding the analytical demands of the future, fostering innovations that can redefine industry standards and drive significant business value.
Accelerate your business's AI-driven transformation with Ignition's Modern Data Platform Launchpad. Tailored to boost your data strategy, this platform enhances your data strategy with advanced, scalable, and adaptable data architectures, including Data Vault, which are essential for AI and machine learning initiatives. Start leveraging data effectively, scale your solutions as needed, and maximize operational efficiency. Embark on a journey toward a smarter, data-driven future—explore how Ignition can elevate your organisation with the Modern Data Platform Launchpad.
Brian, A 2021, How to Build a Modern Data Platform Utilising Data Vault, phData, https://www.phdata.io/blog/building-modern-data-platform-with-data-vault/.
Data Vault, What it is, why you need it, and best practices. Qlik, viewed 2024, https://www.qlik.com/us/data-warehouse/data-vault.
David, N 2017, Data Vault: the convergence of Data Warehouse and Graph, LinkedIn, https://www.linkedin.com/pulse/data-vault-convergence-warehouse-graph-david-nicholson-jones-msc/.
Rameez, G 2024, How a Modern Data Architecture Brings AI to Life: Data Mastering for AI, Informatica, https://www.informatica.com/blogs/how-a-modern-data-architecture-brings-ai-to-life-data-mastering-for-ai.html.
Marco, v H 2024, Why vector- and graph databases are so cool for AI, LinkedIn, https://www.linkedin.com/pulse/check-out-why-vector-graph-databases-so-cool-ai-marco-van-hurne-x7soe/.
Kate, L 2018, Data Vault on Graph database, Optimal: Business Intelligence, https://www.optimalbi.com/post/data-vault-on-graph-database.
Cognite, 2023, The Definitive Guide to Generative AI for Industry
Keven, P, Herbert, S, 2023, Data Warehouse and Data Vault Adoption Trends: Modeling, Modernization, and Automation, BARC GmbH, Eckerson Group 2023.
Amber, D 2023, The Pros and Cons of Democratized and Decentralized Data, LinkedIn, https://www.linkedin.com/pulse/pros-cons-democratized-decentralized-data-amber-dozier/.
Sue, T 2023, Data mesh aids democratization with decentralization, TechTarget, https://www.techtarget.com/searchdatamanagement/tip/Data-mesh-aids-democratization-with-decentralization
Piethein, S 2023, Medallion architecture: best practices for managing Bronze, Silver and Gold, https://piethein.medium.com/medallion-architecture-best-practices-for-managing-bronze-silver-and-gold-486de7c90055.
Prashant, P 2023, The Evolution of AI Graph Databases: Building Strong Relations Between Data (Part One), DATAVERSITY, https://www.dataversity.net/the-evolution-of-ai-graph-databases-building-strong-relations-between-data-part-one/.
What is a modern data platform?, IBM.com, viewed 2024, https://www.ibm.com/topics/modern-data-platform.
Michael, O 2023, The importance of modern data architectures and their implementation considerations, Quest, https://blog.quest.com/the-importance-of-a-modern-data-architecture-and-implementation-considerations/.
James, S 2024, Deciphering Data Architectures, Choosing Between a Modern Data Warehouse, Data Fabric, Data Lakehouse, and Data Mesh, O'Reilly Media Inc.
