Digitization, Digitalization, & Digital Transformation: What's the Difference?

Digitization (dig-​i-ti-​za-tion) and digitalization (dig-​i-​tal-​i-za-tion) may sound similar and are often used interchangeably, but the reality is they are two separate concepts that accomplish unique goals. 

Digital aspects have become interwoven into the steady rhythm of our lives, so much so that we often don’t even realize it anymore. We can go for hours with only our smartphones and limited human interaction without batting an eye. 

Imagine a typical afternoon of running errands:

These scenarios all encompass digital transformation across numerous areas of business and various verticals.

Each digital touchpoint has a business behind it that is working to incorporate numerous digital aspects that contribute to transforming a process to be more ‘seamless’ to the end-user, whether through digitization or digitalization. Understanding these different versions of digital can quickly lead to confusing tongue-twisters. 

In this blog, we’ll break it all down and discuss ways digital transformation can help optimize your business processes and benefit the future of your enterprise as a whole.

Digitization

What is Digitization? 

According to Gartner, digitization is defined as “the process of changing from analog to digital form, also known as digital enablement. Said another way, digitization takes an analog process and changes it to a digital form without any different-in-kind changes to the process itself.”

Digitizing is when data is converted to a digital format but the data itself does not change. Digitization can have notes of nostalgia since many of the examples hearken back to past decades. Digitization could involve taking a photograph from an old-school album and scanning it to create a digital file, or converting your home movies from clunky VHS to MP4 video files.

The process of digitizing has changed the game in business environments, especially with the strategies required for companies to stay competitive in the current economic climate.

According to the McKinsey Global Survey of executives, participant companies have accelerated the digitization of their customer and supply-chain interactions, and even their internal operations by three to four years. This includes areas such as back-office, production, and R&D processes. 

Here are two examples of digitization of business processes in action:

More and more fast-food and fast-casual restaurants are making the leap from analog person-to-person ordering to giving customers the digital tools to customize their orders and eliminate miscommunication opportunities. In-restaurant kiosks let customers easily place their specific orders, log in to access their favorite items for faster ordering, or input their rewards numbers to pay with points. 

What is Digitalization?

Now it’s time to understand digitization vs digitalization. One of the main differences between digitization and digitalization is that while digitization is about the transfer of data, digitalization is about optimizing the processes for data. Per the Gartner glossary, digitalization is “the use of digital technologies to change a business model and provide new revenue and value-producing opportunities; it is the process of moving to a digital business.”

As the prevalence of digital transformation grows, examples of digitalization become more and more widespread.

Digitalization has sped up the development of new digital technologies such as cloud computing, artificial intelligence, and machine learning. Perhaps we are seeing the incorporation of digitalization the most in light of the shift to remote and hybrid work. According to a McKinsey survey of business executives, 85% of respondents said their businesses have somewhat or greatly accelerated the implementation of technologies that digitally enable employee interaction and collaboration, such as video conferencing and file sharing.

Offices now leverage programs such as Zoom for virtual meetings, Slack for chatting, and Asana for productivity. At Kenway, we use Microsoft Teams to manage operations like storing files in the cloud or hosting client meetings. Microsoft Teams usage has seen rapid growth in recent years, steadily progressing from 150 million active monthly users in 2020 to 320 million active monthly users in 2023. 

Digitalization did not go away with the pandemic. A Gartner poll showed that 48% of employees will likely work remotely at least part of the time after COVID-19 versus 30% before the pandemic. This means that many companies will continue relying on digitalization to make their processes more efficient, simplify business decision-making, and improve business outcomes.

What Is Digital Transformation? 

Digital transformation is the process of leveraging technology, organizational processes, and people to develop or enhance existing business models and revenue streams. Digitization and digitalization are essentially digital transformation’s supporting players. 

In fact, several different platforms are implemented across enterprises to perfect and accelerate the adoption of a more digital-forward workforce. Salesforce is the ultimate example of a tool companies leverage to help them enable enterprise-level digital transformations. Salesforce comprises a suite of cloud-based applications that unify customer data into a single, shared view, turning information into insight. 

As a Salesforce Partner, Kenway partnered with a leading financial services company to help them comply with new regulatory requirements by using Salesforce to implement firm-wide process automation.

The era of automation is here to stay, especially after benefits were realized when organizations were forced to shift to a digital environment in 2020. 

Below are some stats that could help put this migration into a digital-forward world into perspective:

Digitization vs Digitalization vs Digital Transformation 

It’s crucial to understand the nuances between digitization, digitalization, and digital transformation. 

Here are simple definitions of these terms for quick reference: 

In summary, digitization and digitalization lay the groundwork for technological integration and operational efficiency, while digital transformation drives fundamental change, reshaping businesses for sustained relevance and competitiveness in the digital era.

How Digitalization Translates into the Real World 

Kenway recently worked with an industry-leading healthcare solutions provider to define and implement data transformation to support an improved future state. The client faced a worst-case scenario when it learned that the strategic partner it had leveraged to help collect and aggregate data was not only terminating its agreement but also becoming a direct competitor in just 12 months. 

The client’s most significant obstacle was getting all the data from the existing solution provider and migrating that data to the new solution provider. Further complicating the situation, the existing data set had quality issues that needed to be addressed prior to the migration. Kenway delivered this digitally transformative solution:

How to Benefit From Digital Transformation

A thorough understanding of these three terms is essential for their potential benefit to your company. Whether you need help with digitization, digitalization, digital transformation, or some intersection of all three, Kenway is here to ensure your organization navigates the digital landscape with expertise and optimal execution. 

We address your digital transformation requirements by identifying the capabilities and services required to solve your business challenges–it’s never a one-size-fits-all approach. 

Are you ready to accelerate your business processes? Connect with us to learn how we can help with your digital transformation needs.

FAQs

Why is digital transformation important for businesses?

Digital transformation is crucial for businesses to adapt and remain competitive in the ever-changing digital landscape of modern business. Whether pursuing simple digitization or complex digitalization, using the digital tools at your fingertips will push your organization to greater heights. 

How does digitalization affect customer experiences?

Digitalization can aid in customer experiences by simplifying processes for employees, therefore creating more space for employees to develop relationships and serve customers with their full attention. 

What industries are most impacted by digital transformation?

In the world of modern business, digital transformation impacts every sector. A few to pay particular attention to are healthcare, banking, and IT.

Lessons from DGIQ West: AI Governance and Data Product Management

In June, I had the privilege of speaking at the DGIQ West conference, a key event for professionals focused on AI governance and data product management. As Kenway Consulting’s Data Governance Service Lead, and part of an organization named a “Pacesetter” in ALM Compass Research’s 2024 Data Governance Report, it was a great opportunity to discuss ideas with so many like-minded, passionate colleagues. This year’s conference highlighted breakthroughs in four crucial areas that are poised to transform how organizations utilize AI: 

  1. Artificial Intelligence is a data product
  2. Data Governance is best positioned to extend and provide AI Governance
  3. Data Contracts have yet to be widely adopted
  4. Data Governance professionals are eager to learn how to influence

AI as a Data Product

Key Takeaway: Applying product management principles to AI as a data product is essential for maximizing its strategic value and addressing complex challenges effectively

We've often discussed product management in the context of tangible goods and services, but applying this discipline to data, particularly AI, is a game-changer. Treating AI as a data product means recognizing it evolves over time. As user personas and use cases for AI evolve, robust product management practice becomes essential.  This approach can significantly enhance the application of AI, ensuring it addresses strategic and complex challenges rather than merely being a tool to avoid the fear of missing out (FOMO).

Mastering AI Governance

Key Takeaway: Effective AI governance is critical and urgently needed. By applying data governance principles, organizations can establish a robust framework for ethical and strategic AI deployment.

A recurring theme at the DGIQ West conference was the urgent need for AI governance. Despite its critical role, our current efforts in AI governance are insufficient. Data governance, however, is well-positioned to fill this gap. The core principles of data governance provide a solid foundation for AI governance, allowing us to make informed decisions and establish guardrails for responsible AI use.

Guiding Principles and Ethical Use

One example of how data governance can evolve into AI governance is through guiding principles. Data governance has long focused on the responsible use of data. AI governance must take this a step further, addressing the ethical implications of AI use. As AI becomes more pervasive, ensuring its ethical application is a natural progression from traditional data governance.

Handling Different Data Types

Another critical aspect is the type of data involved. Data governance has traditionally excelled with structured data, whereas AI predominantly deals with semi-structured and unstructured data. Despite these differences, the foundational principles of data governance still apply. Adapting these principles to the unique challenges of AI data can provide substantial benefits, drawing on the deep well of existing governance frameworks.

Defining Artificial Intelligence

One of the more contentious topics in my conversations at DGIQ West was defining the scope of AI. While large language models have captured much attention, AI encompasses machine learning, deep learning, natural language processing, and computer vision. The scope you assign to AI will inevitably shape your governance approach. A clear, consensus-driven definition of AI is essential for effective governance.

The Scale of AI and Testing Challenges

The scale at which AI operates requires a paradigm shift in our thinking, particularly in areas like testing. Testing AI systems is a complex and thorny challenge that we are not fully equipped to handle yet. This complexity underscores the need for rigorous testing governance and management frameworks, as well as test automation tools that can adapt to the unique demands of AI.

Implementing Guardrails

One practical and necessary first step in AI governance is the implementation of guardrails. Many organizations are hesitant to take this step, but it is crucial. Establishing clear policies, ensuring quality communication, and deploying a few simple technological guardrails can significantly mitigate risks. These measures ensure that AI is used appropriately, aligning with organizational goals and ethical standards.

Unlocking Data Contracts

Key Takeaway: Data contracts are a powerful and emerging tool in data governance, facilitating clear and accountable interactions between business and technology

An emerging but powerful tool in data governance is the concept of data contracts. At DGIQ West, the topic was addressed by just one presentation, delivered by SODA. Data contracts are a flexible and easy-to-implement pattern that can facilitate conversations between business and technology. They offer a structured way to manage data interactions, ensuring clarity and accountability.

Desire for Influence

Key Takeaway: Data Governance is willing to contribute to AI by being proactive and understanding key human and political factors.

Whether it was seasoned professionals or wide-eyed newcomers, data governance is hungry for ways to contribute effectively. This is challenging for many as they struggle with being seen as an inhibitor. Getting a seat at the decision-making table with early proactive activities is the target and people want to understand the human and political factors to influence well. My presentation about emotional intelligence was very well received and provided tools for attendees to engage their stakeholders with resonant leadership. 

Elevating AI Governance 

As AI continues to evolve, integrating these disciplines will be vital. By treating AI as a data product, leveraging the principles of data governance, and implementing practical guardrails, organizations can take clear, tactical steps to harness the full potential of AI while mitigating risks. If you want to leverage this in your organization and could use our expertise, contact us today.

Tips to Leverage Data for a Better Business Strategy

How do companies innovate successfully? What’s the secret to sustainable growth? How do you build a thriving corporate culture? There’s no single answer to these questions, but a common thread among companies that innovate, grow, and build a thriving culture successfully is their ability to leverage data to drive decision-making.

According to a recent Tableau survey, companies that effectively use data analytics and data-driven decision-making increase revenue and profits by 8% and reduce costs by 4%. This likely doesn’t come as a surprise—data has the potential to accelerate business success. That’s why so many companies aim to improve their ability to leverage data and technology to support their growth.

However, while companies have access to vast amounts of data, many struggle to truly leverage data to develop a strategy that aligns with their business goals. To leverage data effectively, it’s essential to embrace both data governance and data management practices. With a holistic, strategic approach, you can unlock new possibilities and use data to drive decisions across your organization.

Challenges to Leveraging Data Successfully 

Despite having access to significant amounts of data, many companies struggle to leverage data effectively. Often, more immediate and urgent challenges—like customer satisfaction, competition, and regulatory compliance—take precedence over data initiatives. Client-facing projects, operational efficiencies, and daily fires compete for their attention, and data projects get deprioritized.

Because organizations don’t prioritize data management and governance, data is managed reactively. This leads to siloed data, making it difficult to connect data points and extract actionable insights. Instead of a proactive approach to leveraging technology and data, companies end up implementing isolated, reactive solutions that don’t contribute to a broader data strategy.

Four Ways Better Data Capabilities Improve Your Business Strategy

1. Understand Your Customers Better: Customers increasingly expect personalized experiences.  When you leverage data to develop a strategy tailored to customer needs, it becomes easier to engage prospects at the top and middle of the funnel and promote loyalty once they become customers:

2. Maximize the value of your Contact Center: Data-driven reporting for call centers can be useful in a variety of different ways depending on the needs of your organization:

3. Improve Agility:  Agile transformation offers a powerful solution to navigate constant business changes, as agile organizations consistently outperform their competitors and are better equipped to adapt to disruption. The ability to leverage data effectively is central to achieving this agility:

4. Tap Into Your Employees’ Needs More Effectively: Like customers, employees also expect personalized experiences. Leverage technology to analyze employee wellness data, survey feedback, and performance metrics. By understanding employee turnover, diversity, and performance, you can use data to improve HR strategies.

5. Identify Successful and Sustainable Growth Strategies: Sixty-one percent of companies with mature data practices enter new markets successfully. Behind their success is the ability to leverage data improve R&D efforts and implement the most viable strategies:

Provide easy ways to log and track feedback: Make it easy to collect and centralize feedback so you can measure the effectiveness of your new strategy and adapt when needed.

Improving your data analytics capabilities doesn’t simply mean collecting more data or hiring more analysts. Without a guiding strategy, even the best data won’t deliver its full value. To truly leverage data to develop a strategy, it’s critical to invest in data governance and data management practices to enhance data maturity and use information more effectively across the organization.

That’s what we help our clients do at Kenway. This case study stands as a powerful testimony of how Kenway helped a software firm improve its analytics capabilities by building a business intelligence roadmap, implementing standardized reporting, building and interpreting reports, and establishing the framework for sustainable value realization.

Ready to Leverage Data and Technology?

Do you want to use analytics more effectively for your business, but don’t know where to start? Kenway can get your analytics engine up and running. To learn how, contact us.

FAQs

How do you leverage data to develop a strategy?

To leverage data in developing a strategy, companies need to adopt a holistic, strategic approach that includes data governance and data management. This enables them to effectively use data throughout their organization to make informed decisions and create strategies that align with their business goals.

How to leverage big data?

Big data can be leveraged by ensuring it is integrated into the company’s strategic initiatives. This involves creating robust data analytics capabilities, prioritizing data governance, and employing data-driven decision-making to identify and act on business opportunities, customer insights, and operational efficiencies.

How to leverage customer data?

Customer data can be leveraged by integrating it across all channels to gain actionable insights. This enables creating personalizing experiences and driving informed decisions. Effective data governance and management are key to maximizing its value.

Data Governance Policies – Real-World Guardrails for Effective Data Management

In a landscape where data underpins every strategic decision, data governance policies are crucial for ensuring accuracy, compliance, and strategic value in your organization’s data management strategy. Data governance policies are formal documents or sets of rules that outline how an organization collects, stores, manages, shares, and disposes of data. They are designed to ensure that data is handled with security, efficiency, and compliance.

While data governance policies are key for leveraging data as a strategic asset, it is important to acknowledge that policies can not effectively inform or enforce behavior independently.

Although these carefully crafted legal documents play a significant role, they do not substitute for practical, real-life data guardrails that impact individuals at the point of data entry and use. Before we dive deeper into the intricacies of data governance and the practical tools that support it, let's clearly define what data policies are.  

DEFINING DATA POLICY AND DATA GOVERNANCE 

  1. Data Policy: A data policy is a set of principles and guidelines that dictate how data should be governed within an organization. Policies cover data quality, access, security, and compliance with legal and regulatory standards. 
  2. Data Governance: This refers to the overall management of the availability, usability, integrity, and security of the data employed in an organization. Data governance encompasses data policies, as well as the processes and people that ensure effective data management. 

CREATING DATA GUARDRAILS THROUGH DATA MANAGEMENT POLICY

The best data management guardrails are business rules, data validations, and informed employees who are properly incentivized. It is essential to incorporate practical measures into the creation of data policy to ensure the outlined policy principles are actually implemented and adhered to at the ground level.

Focus on these three components when mapping out practical data guardrails for your data management policy: 

  1. Business Rules: These specific, actionable directives guide how data should be handled in various scenarios. They translate the broader policy into everyday actions. 
  2. Data Validations: When data entry or data use occurs, validations serve as checkpoints to ensure that the data meets the policy’s quality and integrity standards.
  3. Informed Employees: Training and incentives are key to helping employees understand that data governance is “with and for” them rather than being done “to” them, so they can take ownership of and follow policy. Buy-in from team members is crucial for successful data governance policies. 

IMPLEMENTING DATA GOVERNANCE POLICIES THROUGH DATA CONTRACTS 

Data contracts are an effective way to facilitate the practical, daily use of data governance policies. 

Data contracts take data policy a step further to structure how data is exchanged between two parties, whether in data pipelines, between applications, or file transfers. 

Our experience shows that data contracts encourage businesses to invest in their data ownership and quality, while also providing technology with specific, simple instructions to inform their needs. Data contracts are crucial for the business and technology relationship, embodying the principles of the data governance policy in an actionable format. Writing a data contract with embedded data governance clauses provides clarity on security and privacy constraints, allowing you to verify your data products’ adherence to relevant standards. 

For example, a data contract could require the practice of anonymizing or masking certain attributes, which dictates their permissible uses. Any Personal Healthcare Information (PHI) or Personally Identifiable Information (PII) contained within the product would also be required to be managed in accordance with stringent data privacy and security regulations such as GDPR, HIPAA, PCI DSS, among others. 

Data governance guidelines in a data contract typically cover the following areas: 

Additional details such as the data contract’s version and the names and contacts of data stewards or owners serve as living documentation for your enterprise. 

THE LIMITATIONS OF DATA GOVERNANCE POLICIES 

Kenway’s experience with the data policies of diverse organizations has revealed key pitfalls that frequently arise during their adoption and execution: 

THE BENEFITS OF DATA GOVERNANCE POLICIES

BRIDGING POLICY AND PRACTICE 

While a data governance policy lays the vision and framework for data management, it is the real-world guardrails — business rules, data validations, informed employees, and data contracts — that bring the policy to life. These data guardrails ensure that the policy doesn’t just exist on paper but is woven into the fabric of the organization’s daily operations. By bridging the gap between policy and practice, organizations can ensure that their data is both managed according to the highest standards while also being also leveraged to its full potential. 

If you’re ready to take the next step in the implementation of data governance policies or have questions about how data contracts could benefit your company, connect with one of our consultants to learn more.

DATA GOVERNANCE POLICY FAQs

What is data model governance policy?

Governance for data models includes policies that guide the use of particular data sets. 

What are some data governance policies?

An example of a data governance policy is outlining how to classify different types of data, defining different types of data users and their roles, and who has access to sensitive data.

What are data governance procedures?

Data governance procedures are the steps taken to ensure data governance is being accomplished in regards to people, processes, and technology. Examples of data governance procedures are data policies and data contracts. 

What are the policies of information governance?

Information governance policies typically include rules and guardrails surrounding the proper intake, organization, use, and disposal of information and data.

Data Lakehouse Architecture 101

In the evolving landscape of data management, data lakehouse architecture has emerged as a transformative approach. Combining the best features of data lakes and data warehouses, a data lakehouse provides a unified platform that supports both structured and unstructured data. 

This architecture is gaining traction among IT professionals for its scalability, performance, and flexibility. This blog will explore what data lakehouse architecture is, its core principles, and its implementations on platforms like AWS and Azure. We will also compare it with traditional data warehouses to highlight the benefits it can provide for your business. 

What is Data Lakehouse Architecture?

Data lakehouse architecture is a modern data management paradigm that integrates the flexible storage capabilities of data lakes with the robust management and ACID transaction support of data warehouses. This hybrid approach allows organizations to store all types of data in a single repository while providing efficient processing and analytics capabilities.

Comparing Data Lakehouses with Traditional Data Lakes and Warehouses

A data lakehouse takes the best of data lakes and warehouses and enables organizations to store all types of data (structured, unstructured, and semi-structured) in a single location. Data lakehouses also enable opportunities for machine learning, business intelligence, and predictive analytics.

Data Lake 

Traditional Data Warehouses

Data Lakehouse

Key Architectural Principles of a Data Lakehouse 

Data lakehouse architecture is highly useful for organizations looking to support their teams through governance, cost-effectiveness, decoupling of storage and compute, and creating consistency across the organization.

Additional benefits include:

  1. Unified Storage: Combines structured, semi-structured, and unstructured data in a single platform.
  2. ACID Transactions: Ensures data reliability and integrity through atomicity, consistency, isolation, and durability.
  3. Scalability: Leverages cloud-based infrastructure to scale storage and compute resources as needed.
  4. Performance Optimization: Uses techniques like caching, indexing, and query optimization to enhance data processing speeds.
  5. Data Governance: Incorporates robust security and compliance measures to protect sensitive information.

AWS Data Lakehouse Architecture

AWS offers a comprehensive suite of services to build a data lakehouse, integrating tools like Amazon S3 for scalable storage and AWS Glue for data cataloging and ETL (Extract, Transform, Load) processes. Amazon Redshift Spectrum enables querying data across both Redshift and S3, providing seamless integration between data lake and data warehouse functionalities.

Advantages of AWS Data Lakehouse

Azure Data Lakehouse Architecture

Azure Synapse Analytics is Microsoft's flagship solution for data lakehouse architecture. It integrates Azure Data Lake Storage for data lakes, and Synapse SQL for data warehousing, providing a cohesive platform for end-to-end data management.

Advantages of Azure Data Lakehouse

Actionable Insights for IT Professionals

Adopting data lakehouse architecture can significantly enhance your organization's data management capabilities. 

Here are some steps to get started:

  1. Evaluate Your Needs: Assess whether your current data infrastructure can benefit from the flexibility and scalability of a data lakehouse.
  2. Choose the Right Platform: Select a platform that aligns with your organizational requirements and expertise.
  3. Plan for Integration: Develop a strategy for integrating existing data sources and systems with the new lakehouse architecture.
  4. Implement Gradually: Start with a pilot project to understand the benefits and challenges before a full-scale implementation.
  5. Optimize Continuously: Use performance monitoring and optimization techniques to ensure your data lakehouse delivers maximum value.

How Kenway Consulting Can Help

Kenway Consulting’s Modern Data Enablement services are designed to help organizations capitalize on data as a strategic asset. Our approach involves leveraging cloud technology and a composable data ecosystem to optimize data utilization and analytics. We focus on integrating data and analytics into your business strategy, driving data quality, automating data consolidation, and delivering actionable insights to key stakeholders.

Why Choose Kenway?

Conclusion

Data lakehouse architecture represents a significant advancement in data management, offering a unified, scalable, and cost-effective solution for handling diverse data types. Leveraging platforms like AWS and Azure enhances organizations’ data processing capabilities and provides deeper insights. As the data landscape continues to evolve, adopting a lakehouse approach can provide a competitive edge, driving better decision-making and innovation.

For more insights and assistance on implementing data lakehouse architecture, visit Kenway Consulting and request a consultation today. Let our experts help you navigate your data journey and unlock the full potential of your data assets

FAQs:

What is data lakehouse architecture?

Data Lakehouse Architecture is the structure of data storage that combines the freedom of a data lake with the structure of a data warehouse. 

Why build a data lakehouse?

Data lakehouses significantly reduce data storage costs, create organization options for structured and unstructured data, increase the lifespan of quality data, and add flexibility for teams to access data. 

What’s the difference between a data lakehouse vs. data warehouse?

A data warehouse is a highly organized form of data storage for high-quality structured data. A data lakehouse is similar to a warehouse in terms of data quality, but storage is more flexible and user-friendly.

Data Management Transformation: Staying Competitive in a Dynamic Landscape

As the landscape of data management evolves, its increasing complexity and strategic significance are reshaping business operations. Effective data management is critical to maintaining a competitive advantage because without good data management, an organization may not see the benefits of having access to complete and accurate data. For example, a financial services company using real-time data analytics can make swift investment decisions, outperforming competitors relying on outdated information. Similarly, a healthcare provider integrating patient data from various sources can offer personalized treatment plans, improving patient outcomes and satisfaction.

The benefits of good data management spans across industries. Retailers leveraging customer data for personalized marketing strategies can increase customer loyalty and sales. Manufacturers using predictive maintenance analytics reduce downtime and maintenance costs, enhancing productivity and operational efficiency. Companies that effectively manage data also improve compliance with regulations, avoiding costly fines and reputational damage. As organizations look to enhance data management there are several areas to consider:

The Cloud Revolution

The shift towards cloud-native data management is more than just a move to the cloud; it's about embracing models that support real-time analytics and integration of disparate data sources. Platform-as-a-Service (PaaS) offerings are central to this transformation, providing scalable and flexible solutions for developing, deploying, and managing applications without the complexity of building and maintaining the underlying infrastructure. PaaS solutions enable organizations to focus on innovation and agility, offering benefits such as reduced development time, cost savings, and enhanced scalability.

Integrative Frameworks: Data Fabric and Data Mesh

As data continues to proliferate across various environments, the concepts of data fabric and data mesh have emerged to tackle the complexity of data integration and management. Data fabrics provide a unified architecture to connect disparate data sources seamlessly, enhancing data access and governance. Meanwhile, data mesh shifts the paradigm from centralized to decentralized data management, empowering different business domains to manage their data as products. This approach not only fosters flexibility and scalability but also aligns data management with business objectives, ensuring that data initiatives are directly linked to value creation.

Automation and AI: Transforming Data Processes

Automation and AI are at the forefront of revolutionizing data management. These technologies automate repetitive tasks, improve data quality, and enable faster insights by leveraging advanced algorithms and machine learning. For example, a leading global retailer uses AI to optimize its supply chain by predicting product demand and automating inventory management. This application of AI not only reduces operational costs but also ensures that products are available when and where customers need them.

Ensuring Security and Compliance

With the increasing emphasis on data privacy and security, data governance has become a critical focus area. Organizations are implementing comprehensive frameworks to manage data security from the outset, ensuring compliance with stringent regulations and protecting against breaches. Proactive data governance involves integrating AI governance to address ethical concerns and prevent biases, thereby safeguarding data integrity and trust.

Financial Accountability in the Cloud Era

As cloud operations expand, managing costs effectively is paramount. FinOps, which combines financial accountability with the flexibility of cloud spending, helps organizations control expenses while maintaining high-quality service and performance. This approach involves detailed analysis of cloud usage patterns, optimizing storage solutions, and implementing financial best practices to balance cost savings with operational efficiency.

Empowering the Workforce through Data Literacy

Improving data literacy across the workforce is essential for maximizing the value of data. Investments in data and AI literacy programs empower employees to use data tools effectively, fostering a data-driven culture and enhancing decision-making processes. This democratization of data ensures that insights are accessible to a broader range of users, driving innovation and informed decision-making at all levels of the organization.

Leading Example: Royal Dutch Shell

One example of an organization that has excelled at data management is Royal Dutch Shell who exemplifies how these trends can be effectively implemented to drive business success. Through predictive analytics, Shell optimizes its operations by forecasting equipment maintenance needs, which minimizes downtime and reduces operational costs. Shell’s AI-driven models predict when equipment will require maintenance, allowing for timely interventions that prevent breakdowns and extend the life of critical assets. Additionally, Shell employs dynamic pricing strategies in its fuel retail operations, adjusting prices in real-time based on market demand, competition, and supply chain factors. This helps Shell maximize its profitability while remaining competitive in different markets. Data analytics also optimize Shell’s supply chain logistics, enhancing the efficiency of fuel distribution networks and reducing costs through better route planning and inventory management. Finally, Shell leverages data to improve customer service by analyzing customer feedback and behavior to tailor its services and products to meet customer needs more effectively. This data-driven approach enhances customer satisfaction and loyalty, driving business growth.

Conclusion

These trends illustrate the transformative power of data when used strategically. By adopting cloud-native platforms, embracing data fabric and data mesh, leveraging automation and AI in data management, ensuring robust data governance, managing cloud costs effectively with FinOps, and enhancing data literacy, organizations can harness the full potential of their data. This approach not only drives operational efficiency and innovation but also ensures that data remains a key strategic asset in achieving business success.

At Kenway Consulting, our Data & Analytics practice offers solutions designed to help your organization navigate these trends effectively. Our services include Data Strategy, Data Governance, Data Architecture, Data Engineering, and Advanced Analytics & Insights. By integrating data and analytics into your business strategy, we drive data quality, automate data consolidation and transformation processes, and deliver actionable insights to key stakeholders. This comprehensive approach enables your organization to stay ahead of the competition, making informed decisions that propel your business forward.

Don't let your competitors gain the upper hand. Transform your data into a strategic asset with Kenway Consulting. Visit Kenway Consulting to learn more about our Data & Analytics practice. Contact us today to see how we can help you leverage the latest trends in data management to drive your business forward. 

References

Data Governance in Healthcare: What Organizations Need to Know

Thirty percent of the world’s data volume is generated by the healthcare industry. From the minute details of individual patient records to the large-scale datasets generated during clinical trials, healthcare organizations constantly generate new information.

This data holds the keys to solving the healthcare industry’s biggest challenges. However, that is easier said than done. Poor data quality and lack of interoperability can make data feel like more of a burden than an asset. A strong data governance program allows you to take control of your data and create a foundation to use it to improve the quality of care, control costs, meet compliance requirements, and innovate.

WHAT IS DATA GOVERNANCE IN HEALTHCARE?

Data governance is the collection of clearly defined roles, policies, procedures, and standards that ensure the effective and efficient use of data in enabling an organization to achieve its goals. Data—generated internally and externally—is constantly flowing through healthcare organizations. Without a disciplined, structured approach to managing it, it is impossible to be confident in the accuracy of that data or access it when you need it. Data governance in healthcare provides that structure and discipline.

Elements of Data Governance

Data governance is related to, but not the same as, data management. Your data governance strategy outlines who can take action, how they can act, the data they can interact with, the situations in which they can act, and the methods they use. Data management is the day-to-day work of implementing that strategy and effectively architecting and storing the data for use.

The Data Lifecycle

According to AHIMA, healthcare data governance encompasses the people, processes, and systems used to manage data throughout its lifecycle. This lifecycle, specific to healthcare, is:

A healthcare data governance framework should be implemented across the entire organization, with the goal of creating a culture of data security, reliability, accessibility, and value. This moves beyond Technology, Reporting, and Data Science departments to all groups that contribute to data and leverage information.

For example, physician and nurse champion groups, as well as financial leadership, generate and rely on massive amounts of data. This data often impacts other areas of the business throughout its lifecycle. If they are not engaged in data governance in healthcare settings, they will unknowingly and unintentionally contribute to the mismanagement of data, only adding to the cycle of poor data practices.

WHY IS DATA GOVERNANCE IN HEALTHCARE ESSENTIAL?

Despite the fact that healthcare outpaces other industries in terms of data volume, many organizations struggle to use that data to improve patient care and make critical business decisions. Underlying this issue is a lack of trust in data, and an inability to leverage it for analytics. According to a survey of healthcare executives conducted in 2021:

These issues prevent healthcare organizations from leveraging their data to solve problems. Workarounds and manual processes are all too common, which only lead to lost productivity and errors. When healthcare organizations deal with inefficiencies and inaccuracies on a regular basis, improving patient care and meeting compliance requirements are exceedingly difficult. Implementing advanced IT processes that can improve competitiveness and drive innovation is practically out of the question.

Why is Data Governance in Healthcare So Difficult?

Even though healthcare leaders see the value of data, structural and historical issues prevent them from making the progress they should:

The Benefits of Data Governance in Healthcare

Implementing a healthcare data governance framework empowers healthcare providers to take control of the vast amount of information they generate and make it trusted and actionable. It allows you to standardize data and make it accessible to the people who need it when they need it. Everyone, from frontline workers to executives, can use data to make faster, more informed decisions.

  1. Improve data accuracy and reduce the likelihood of duplicated or incomplete records.
  2. Improve efficiency of decision-making, care coordination, care delivery, and communication between providers, payers, etc.
  3. Reduce errors in treatment.
  4. Provide employees with more effective tools and information.
  5. Use machine learning and artificial intelligence with confidence.
  6. Improve compliance reporting.
  7. Increase effectiveness and efficiency of data science staff and their insights.
  8. Set the foundation for a scalable approach to data management.

Plus, most of the innovation in healthcare requires trusted data to succeed. As organizations implement value-based care and create products and services that solve complex healthcare challenges, many are looking to advanced analytics, machine learning, and artificial intelligence. These cutting-edge technologies must be built on a foundation of reliable, structured data.

HOW TO IMPLEMENT A HEALTHCARE DATA GOVERNANCE FRAMEWORK 

The first step to implementing a data governance framework is to develop your approach. There are a variety of paths to achieve data governance, but the most basic approaches center on three pillars:

  1. Roles and Responsibilities: The individuals involved in data governance in healthcare will be responsible for making the strategy a reality and taking accountability for adhering to policies, standards, and processes.
  2. Processes: Processes define how the policies and standards will be implemented. They should include change management and training to promote the adoption of the data governance strategy.
  3. Policies and Standards: Guide how data is structured and used. Policies and standards enable organizations to use data in consolidated reporting and analytics platforms and ensure that data is fit to be used in whichever capacity the organization needs it.

Once your approach is set, you can use it to help build consensus among leadership. Data governance programs require a cultural shift and need company-wide buy-in to be successful. If the Technology and Data Analytics teams are the only departments engaged in data governance, then it will undoubtedly fall short. Implementing a data governance strategy may also require external expertise, which will require budget approval from leadership.

DEFINE OR REFINE YOUR DATA GOVERNANCE PROGRAM WITH KENWAY

At Kenway, we work with healthcare organizations to define and refine their data governance programs. We start by understanding your organization’s mission and vision, then creating a healthcare data governance framework that aligns with it. We identify where data governance will have the most value and assess where you are along the data maturity curve. From there, we create your data governance roadmap.

Whether you have an existing data governance program or want to start from the ground up, we can jump in to ensure that your next step is the right one. Contact us to begin the process! In the meantime, you can read more about our past experience with other healthcare organizations here.

FAQs:

How is Data Governance used in Healthcare?

Data governance in healthcare is used to ensure the accuracy, security, and accessibility of data throughout its lifecycle. It involves establishing clear roles, policies, and procedures to manage data effectively, from capturing and processing to storing and disposing of it. This structured approach allows healthcare organizations to improve patient care, control costs, meet compliance requirements, and innovate through reliable data.

Why is Data Governance in Healthcare so difficult?

Data governance in healthcare is challenging due to entrenched traditional processes, insufficient data interoperability standards, slower technology adoption, and the complexity and sensitivity of healthcare data. These factors make it difficult to modernize practices, implement automations, and ensure data security without risking patient privacy.

Is HIPAA Data Governance?

No, HIPAA is not data governance. HIPAA (Health Insurance Portability and Accountability Act) sets national standards for the protection of patient health information, focusing on privacy and security. Data governance, on the other hand, involves comprehensive policies, procedures, and roles for managing data accuracy, accessibility, and usability across its lifecycle to improve patient care and operational efficiency.

Understanding OneLake and Data Engineering

Welcome back to our blog series where we continue to explore Microsoft’s newest data and analytics offering, Fabric! Today, we'll be delving into some of the key aspects of Fabric we introduced in the previous blog, specifically OneLake and Data Engineering. Along the way, we'll address the following questions that were raised in our first post, shedding light on the transformative power of Microsoft Fabric.

Understanding OneLake

At the heart of Microsoft Fabric lies OneLake, which acts as a single data lake for an entire organization, and serves as the sole storage space for Fabric. In reality, OneLake is an abstraction that consists of many different data lakes within Azure that appear as a single unified Lake. The intention of creating this abstraction is to centralize various, organizational data assets within a singular entity to increase discoverability and usability of the data.

Fabric also introduces a concept called Shortcuts, which act as pointers to data. These pointers allow users to reference the original data source without any movement of the data. This eliminates the need for tedious data movement or data duplication, and it equips users with the freshest source data.

Together, the abstraction of OneLake and Shortcuts allow users to have easier access to data in different sectors of the company, which can eliminate data silos and remove the need for data migration efforts that can result in duplicate and outdated copies of data allowing for streamlined data delivery and increased efficacy of an organization’s data.

Access Control in Microsoft Fabric OneLake

The accumulation of all of an organization’s data into OneLake brings strong benefits of data reusability and broader data accessibility but it also emphasizes the importance of access control. Fabric allows a user to administer access on different levels of granularity. Access can be provisioned for an entire workspace, for an individual Fabric item such as a Lakehouse, or for an individual data item such as a parquet file. This access is managed using roles which can be assigned to individual users, security groups, Microsoft Entra groups, and distribution lists. This means that even though all of a company’s data is stored together within Microsoft Fabric OneLake, an organization is still able to provision or limit access at the same level of granularity that is available within Azure Data Lake Storage today. For instance, a user can only view data or create shortcuts to data or tables that they have been provisioned access to - meaning that certain data elements can remain hidden from users who should not have access. By leveraging proper access controls, Onelake empowers an organization to more effectively use their centralized data assets without sacrificing security and control.

Data Engineering

In Microsoft Fabric, the Data Engineering component offers a comprehensive suite of tools including Lakehouses, Warehouses, Spark Notebooks, Spark Jobs and Pipelines to work with the data stored within OneLake. The Notebooks and Pipelines function very similarly to Notebooks and Pipelines within Azure Synapse or Azure Data Factory, with additional features to enhance development such as co-editing support in notebooks. One current downside of Microsoft Fabric is some of the data connectors that are available in Synapse Pipelines are not yet available in Fabric Pipelines, however, we expect those to be added with time.

Addressing Questions from Original Blog post

Can I leverage the data I already have, if it’s stored somewhere other than OneLake?

Yes! Shortcuts not only allow a user to point to data stored within Fabric, they can also point to data stored in AWS S3 buckets, ADLS Gen 2 Storage accounts, and Microsoft Dataverse. This means that users are not required to move the data into Fabric or create a new copy in Fabric to utilize the offerings present within Fabric on their data.

Can I create a traditional medallion architecture within Fabric?

Fabric's flexibility extends its ability to accommodate traditional medallion architectures. Shortcuts within OneLake allow for highly customizable medallion structures, enabling the creation of gold, silver, and bronze layers within a single Lakehouse or across multiple workspaces.

This flexibility extends to sourcing data as well. Fabric allows for the incorporation of bronze or silver data from sources outside the platform, such as S3 Buckets or ADLS Gen 2 Storage. This means you're not locked into a closed ecosystem; you can seamlessly integrate existing data sources into your Fabric architecture.

How does Fabric change the analytics infrastructure I have today?

Fabric's impact on your analytics infrastructure can be significant. By reducing the need for data movement and simplifying access to data through shortcuts, Fabric streamlines data engineering workflows. This means less time spent on mundane tasks like data migration, and more time focusing on value-add activities.

Moreover, Fabric's utilization of Delta Parquet in both Data Lakes and Data Warehouses ensures greater usability and flexibility in working with data. Whether you're more comfortable with SQL or Pyspark, Fabric accommodates your preferred tools and languages.

Summary

Microsoft Fabric's OneLake and Data Engineering capabilities herald a new era of data integration and engineering. By providing a unified data lake solution, customizable medallion architectures, and streamlined workflows, Fabric empowers organizations to harness the full potential of their data assets. 

Stay tuned for our next exploration as we continue our journey into the depths of Microsoft Fabric!

If you have any questions or would like to discuss how to leverage Microsoft Fabric's OneLake and Data Engineering capabilities, do not hesitate to contact us.

Power of BI: Enable Reporting to Monitor Key Compliance Metrics

Introduction

In today’s data-driven landscape, BI reporting is crucial for complying with increasingly stringent data privacy regulations. Publicity around security issues is gaining an increased level of attention. Enterprises must prioritize compliance with these mandates to avoid significant financial and reputational repercussions. Penalties for non-compliance can reach millions of dollars, with additional daily fines for ongoing violations. For corporations managing vast amounts of customer and/or employee data, achieving and maintaining compliance can be a complex undertaking. 

To ensure the ability to swiftly and accurately respond to data privacy requests to remain in  compliance with data privacy regulations and avoid security issues, organizations need to understand their data flows, the root cause of any internal failures (system, technology, process, etc.), and ensure timely rectification. This requires an enterprise-level reporting initiative that continuously updates to ensure the accuracy of data being stored, tracks data breaches, monitors system performance, and verifies that issues or fallouts are resolved within the mandated timeframes. In this blog, we will explore the significance of BI reporting and the role of business intelligence tools in facilitating data-driven decision-making.

Problem and Solution

Problem Statement: Our client's extensive customer base exposes them to potential fines from the FCC for non-compliance with Customer PII (personally identifiable information) regulations. Non-compliance can result in hefty fines, jeopardizing the bottom line. Currently, they lack sufficient visibility into their data storage systems, making it difficult to access and ensure compliance in a timely manner. The challenge lies in gaining clear visibility into the client’s data storage systems. Without this enhanced observability, assessing and ensuring compliance becomes a guessing game, or sheer luck.

Solution: Kenway provided a mix of services to build a solution that uniquely met the needs of this organization, including Data Management, Data Integration, and Business Intelligence which delivered a Comprehensive Reporting Package, Business Process Assessment, and Data Flow Diagrams. Ultimately, Kenway worked to identify the appropriate backend source systems and engaged the database admins to ingest data into the BI reporting tool, Power BI. Kenway also wrote custom scripts to parse through a system fallout mailbox to load that data into the BI tool to reconcile against the backend data sources. The Kenway team delivered reliable real-time reporting to the client team with a dashboard to address their gaps, effectively enabling leadership to promptly identify finable offenses and correct within the mandated timeframes.

Optimizing BI Reporting with a Product Centric Approach

What happens when you’re dealing with a vast amount of client, customer, vendor, supplier, employee, and/or system data? At an enterprise level, these datasets can quickly become overwhelming. It is important to ensure all relevant data sources are identified to provide true compliance visibility. Let’s explore a few of the key considerations the Kenway team defined during the discovery stage for this solution. 

After these discovery conversations, the team quickly understood that there were two primary data sources. The first data source captured historical customer elections on whether the customer allows the client the ability to use their data. The second data source captured system failures pertaining to the update of the customer election within the source system. Once Kenway was granted access to the underlying data sources, our assumptions were confirmed that the size of the datasets from which reporting would need to be enabled were extremely large. 

The client already had a Power BI Workspace stood up by an adjacent Data & Analytics team, existing Power BI Pro and Premium licenses, and positioned themselves as a Microsoft enterprise. The team knew from previous project experience that Power BI is one of the most powerful business intelligence tools on the market for gaining real-time visibility into FCC compliance, and similarly for FTC, FPC, and other agency mandates. With that in mind, Kenway selected Power BI to solve the problem statement. 

Next, the Kenway team facilitated requirements gathering sessions with the business stakeholders to further refine the BI reporting tasks ahead. With a clear understanding of the business needs, Kenway recommended the adoption of a Minimum Viable Product (MVP) approach. This product-centric mindset prioritized delivering the most valuable features first, while providing further product hardening in later sprint iterations.

For businesses with limited visibility and insight into their data, an MVP Analytics Solution, using a business intelligence tool like Power BI, can be transformative. By focusing on the core business problem at hand, teams can quickly establish reliable reporting solutions that provide immediate value to the business organization. This initial stage of success lays the foundation for iterative improvements and higher magnitudes of analysis in the future.

Through iterative development and feedback loop process, the initial MVP was continuously enhanced. New data sources or details were included in the report, new visuals were developed, performance was optimized, and additional KPIs were derived to enhance the overall value of the reporting product. Approaching the effort with a product mindset ensures the stakeholders are continuously receiving value, starting from day one.

To learn more about Kenway’s approach to Product Management, check out our Case Study here.

Enhancing BI Reporting Performance and Responsiveness 

A few months into solutioning, the team was able to build a powerful report in Power BI, empowering business users to explore the data and gain valuable insights. Users were able to view historical election records for any given customer, historical system fallouts, and identify whether those fallouts had been rectified in accordance with FCC thresholds. The client was a big step closer to ensuring the organization was compliant as they gained real-time visibility into the compliance status for over 6 million customers.

When working with large data sets, Power BI reporting in the web interface can experience noticeable latency and this was quickly identified as an impact during the testing phase. Kenway had to find a way to optimize the reports and identified several strategies to resolve the issues. 

Let’s dive into the various strategies that were deployed to improve responsiveness and performance: 

General Optimization

These are some of the easier things to start with. Kenway evaluated all loaded data tables in Power Query, inclusive of data loaded in from data warehouses and shared mailboxes. The team connected with the client to align on the following questions: 

Once answered, Kenway dropped columns from the Power BI data model that were marked as not needed. One example of data dropped was the date/time columns which reduced the size of the Power BI file substantially and improved the responsiveness and performance of the reports in the web service. 

The Kenway team noted that this should generally be handled in the data warehouse upstream rather than in the PowerBI data model. However, conversations with the database administrators revealed that the primary upstream data source served as the source of truth across numerous business units and the database team expressed concerns with the analytical querying capacity and the potential to break the database entirely. Given this, the Kenway team ultimately decided to optimize downstream.

Ensure Security

Open Database Connectivity (ODBC) allows for Business Intelligence (BI) tools to seamlessly connect to any data source, regardless of its format or location. Think of it as a universal translator, or a middleman, that allows BI reporting tools (like Power BI) to connect with Data Lakes/Warehouses (ex. Oracle DB, Snowflake) and access the data stored within them. They play a key role in ensuring data flows between systems and applications are secure. Let’s investigate how they work.

  1. First, the application wanting to access the data (Power BI) will send a request through the ODBC driver manager indicating as such. 
  2. Next, the ODBC driver manager will identify the appropriate driver based on the target database. 
  3. Then, the ODBC driver will translate the application’s request into the data manipulation language (SQL) understood by the target database. 
  4. Finally, the database will process the translated request and return the requested data to the application (Power BI) via the ODBC driver.

Kenway leveraged ODBC drivers on the compliance solution to ensure data connectivity was secure, scalable, standardized, and most importantly, improved the performance of the reports in the web service. Here is a summary of the additional benefits that ODBC drivers provide:

To learn more about using ODBC drivers and implementation tips, read more here.

Cloud Gateways

As the client needed to know compliance statuses and updates daily, the team needed to ensure incremental data refreshes were also secure in the Power BI web service. 

Cloud gateways provide a secure entry point that controls access to valuable cloud resources. Unlike traditional gateways that operate within a network, cloud gateways bridge the gap between on-premises infrastructure and the cloud.  This secure bridge ensures that only authorized data flows between on-premises databases and the Power BI web service, via the defined routing paths. 

Cloud gateways are essential for adhering to modern cloud security best practices. They provide centralized authentication and access control, allowing users to monitor traffic flow, application performance, and security metrics with ease. This enhanced security goes together with scalability, as cloud gateways can be easily scaled up or down based on the current traffic needs.

Gateways offer more than just secure access. They act as powerful control centers, governing how applications interact with backend services in the cloud. This translates to several key functionalities including versioning APIs, rate limiting requests, and implementing authentication and authorization.

By offering a centralized point of control, gateways streamline cloud service management and reduce administrative burden. Gateways also act as an additional layer of protection, constantly monitoring traffic flow and identifying potential external threats before they can harm critical systems.

Kenway collaborated with the client teams to correctly configure Cloud Gateways to automate scheduled refreshes in the web service, and ensure the client had the latest data in their view. 

To learn more about Gateways, check out the following page.

Conclusion

Throughout this solution walkthrough, we have explored how to navigate the complexities of data privacy regulations and explained how the lack of visibility into customer data can pose a significant challenge for compliance. We have delved into the power of Business Intelligence and what it can do for any organization, particularly in terms of enhancing BI reporting. Here are some key takeaways:

  1. Embrace the MVP mindset.
  2. Align with business needs.
  3. Map the current state data landscape.
  4. Choose the optimal BI tool.
  5. Optimize the data model for performance.
  6. Leverage Open Database Connectivity (ODBC) and Cloud Gateways for secure connectivity.

After partnering with Kenway, the organization had reliable data visibility for the first time to verify that they were compliant with FCC regulations. They received comprehensive data lineage documentation to streamline troubleshooting, allowing them to trace fallouts presented in the dashboard to their root cause and conduct swift investigations and rectifications. Moreover, the secure environment with daily data refreshes ensured they were always working with the most up-to-date information.

To learn more about Kenway’s expertise with helping clients become compliant to data privacy regulations, visit our Customer Data Compliance page. For additional information about Kenway’s Data & Analytics Practice, check out our Modern Data Enablement page.

 

Financial Institutions Data Governance: Navigating the Compliance Maze in Financial Services

Introduction

In the financial sector, compliance is a moving target. With evolving regulations and a growing need for robust data management and data governance, financial institutions are at a crossroads: adapt or fall behind. This blog delves into why a strong data governance strategy for banks and other financial institutions isn't just good practice; it's a necessity for survival and success.

The Rising Tide of Regulations

The financial industry is inundated with a burgeoning array of national and international regulations. From KYC, to privacy, to cybersecurity, the complexity is not just increasing; it's becoming a significant operational hurdle.

Why Data Governance is No Longer Optional

Data governance for banks and other financial institutions transcends basic data management. It's about ensuring accuracy, accessibility, and compliance-readiness of your data. With an effective strategy, you're not just avoiding fines; you're building a foundation for organizational efficiency and customer trust.

Key Considerations for Effective Data Governance

Data governance consists of the policies, procedures, roles, and responsibilities that ensure that an organization’s data is accurate, timely, and fit for purpose. Below are a few key points to consider for creating strong financial data management and data governance practices in your financial institutions:

  1. Standardize Data Practices Across the Enterprise

Consistency in data handling is essential for compliance and operational efficiency. Financial institutions need to standardize data practices to ensure predictability and uniformity across different departments and business units. This standardization not only aids in meeting regulatory requirements but also enhances the effectiveness of automation and analytics tools. The recent challenges faced by institutions like Silicon Valley Bank highlight the risks associated with inconsistent data practices and the importance of a unified approach. 

  1. Delegate Responsibility for Data Governance in your Bank or Financial Institution

Clear accountability in data governance is vital. Financial institutions must define specific roles and responsibilities, ensuring that all staff involved with data understand their role in maintaining its integrity. This approach includes comprehensive training and clear delineation. This, however, must coexist well with the fact that a collaborative culture is necessary, one that recognizes data governance is a shared responsibility. Such a strategy is fundamental in building a robust framework that supports regulatory compliance and internal data governance standards.

  1. Prepare for Future Regulations

The financial regulatory landscape is dynamic, making it essential for institutions to have flexible data governance frameworks. By anticipating future regulatory changes and adapting their strategies accordingly, institutions can stay ahead of the curve. This proactive stance involves continuous improvement and regular updates to data governance strategies, ensuring they are effective in meeting both current and future compliance needs.

Case Studies

There were several high-profile bank failures in 2023.  Silicon Valley Bank's challenges were rooted in risk management oversights. While not directly a data governance issue, this case underscores the importance of robust data governance for banks in risk assessment and decision-making processes. Effective data governance could have provided more comprehensive risk analyses, incorporating various data sources to give a more holistic view of the bank's exposure to market shifts. This would have enabled better decision-making and possibly averted the crisis.

Similar to SVB, Signature Bank's situation reflects the need for a comprehensive approach to data governance. While specific details about data governance issues at Signature Bank are not as prominent, the overarching lesson for financial institutions is clear: they must have a system in place that not only manages data for compliance but also for operational resilience and risk management. 

Real Benefits Beyond Compliance

Beyond supporting compliance, sound data governance practices deliver benefits across multiple areas for banks and financial institutions, including better customer satisfaction, and reduced cybersecurity and data privacy risk exposure while positioning the institution to innovate.

  1. Enhance the Customer Experience

Implementing data governance improves the omnichannel experience for customers. For example, changes made in one channel, like a branch or online, are consistently and accurately updated across all platforms. This integration is crucial for customers who expect real-time updates and seamless interactions, especially through digital and mobile platforms. Enhanced data governance ensures that these customer expectations are met, thereby improving customer satisfaction and loyalty.

  1. Maintain a Competitive Advantage

In a financial landscape increasingly disrupted by fintech solutions, traditional financial institutions must leverage data more effectively to stay competitive. Data governance in financial institutions plays a crucial role in this process. It involves standardizing data practices across the organization, ensuring data quality, and enabling the effective use of analytics tools. These practices help financial institutions to make more informed decisions, adapt to market changes, and offer innovative services that match or exceed the offerings of fintech companies.

  1. Reduce Cybersecurity and Data Privacy Risks

The average cost of data breaches in the financial sector is staggeringly high. Strong data governance in banks and other financial institutions helps in identifying and protecting high-value data, reducing the likelihood and impact of cybersecurity or data privacy incidents. By accurately mapping and classifying data, financial institutions can focus their recovery strategies post-attack, minimizing the impact. Additionally, clear data policies and easy access to necessary data reduce the chances of employees resorting to insecure workarounds that expose sensitive data.

Assessing Your Strategy

Banks and other financial institutions grappling with data standardization, regulatory compliance, or effective data utilization should consider a data governance overhaul. It's not merely about managing data but harnessing its power to propel your institution forward. The case studies of SVB and Signature Bank emphasize the need to reassess data governance strategies, focusing on risk exposure analysis, regulatory compliance, and operational resilience.

The Road Ahead

In the ever-changing regulatory environment, data governance is your navigational tool. It ensures you meet today's requirements while laying the groundwork for future success. The cases of SVB and Signature Bank serve as stark reminders of data governance's critical role in risk management and regulatory compliance. Adopting a holistic data governance approach is key to navigating the complexities of today's financial landscape and sustaining long-term resilience and success.  Whether streamlining existing processes or starting from scratch, partnering with data governance experts can transform these challenges into opportunities.

To learn more about how Kenway helps financial institutions navigate the rough terrain of new regulations and data governance, read our case studies here.

If you need help developing a business case for your needs or providing a current state assessment of your Master Data Management (MDM) environment, connect with one of our consultants to learn more.

DATA GOVERNANCE IN BANKING FAQS

Financial data is highly sensitive and heavily regulated. To assess and address risk, protect customer assets and the organization’s financial interests, data must be managed according to a well-defined data governance strategy.

Data governance is the collection of policies, procedures, roles, and responsibilities that enable financial institutions to maintain data accuracy, usability, access, quality, and timeliness.