How Can DSPM Help You?

The most important benefit of DSPM is accelerating your organization’s ability to continuously keep all its data safe and secure, wherever it is. Assessing and acting on data security posture is different from other types of security posture, such as issues affecting the general cloud, applications, network, devices, identity, and so forth. Unlike these, DSPM focuses like a laser beam on your data. 

Specific benefits of DSPM

As part of keeping your data safe and secure, DSPM specifically will help your security, IT operations, and DevOps teams to:

• • Discover valuable and sensitive data (both structured and unstructured) across all your environments, including forgotten databases and shadow data stores. 
  • Classify valuable and sensitive data and map it to regulatory frameworks for identifying areas of exposure and how much data is exposed, and tracking data lineage to understand where it came from and who had access to the data.
  • Discover attack paths to valuable and sensitive data that weigh data sensitivity against identity, access, vulnerabilities, and configurations – thus, prioritizing risks based on which are most important.
  • Connect with DevSecOps workflows to remediate risks, particularly as they appear early in the application development lifecycle.
  • Identify abandoned data stores, which are an easy target for attackers due to their lack of oversight and which can often be decommissioned or transferred to more affordable storage repositories for cost savings.
  • Secure all of your data, including including data in SaaS, PaaS, public or multi-cloud, on-prem or hybrid environments
  • Secure your LLMs and AI systems to prevent unintended exposure of valuable and sensitive data.

A modern DSPM platform automates the process

Frankly, the challenge of securing data surmounts purely manual efforts to implement and maintain DSPM processes for various teams of enterprise stakeholders. If your organization desires the benefits of DSPM (and it should!), automated systems are mandatory to ensure DSPM processes are systematic, comprehensive, and effective. 

The automation of DSPM entails use of a DSPM platform.  A modern DSPM platform has one major focus: to quickly and accurately assess the security posture of your organization’s data and ensure rapid remediation of vulnerabilities – both for security of the data and for compliance mandates covering various types of valuable and sensitive data.

The DSPM platform does not replace existing tools used for securing networks, desktops or other discrete environments. Instead, the DSPM platform ingests contextual data, alerts and other metrics from your existing infrastructure to enhance the accuracy of the data stored within those environments. .

The DSPM platform also seamlessly integrates with security and operational services from your organization’s cloud service providers. These include major providers such as Amazon Web Services (AWS), Microsoft Azure (Azure), Google Cloud Platform (GCP), Snowflake and other market-leading providers. DSPM provides a critical layer on top of the security and operational tools used within the provider’s cloud, to ensure that data is classified and secured wherever it goes, across SaaS, PaaS, public or multi-cloud, on-prem or hybrid environments.

How Does DSPM Work?

One of the biggest questions for cybersecurity is, “Where is our data?” You can’t begin to secure data until you know where it is – especially critical business, customer, or regulated data. As we’ve learned in this new era of agile, your data can be almost anywhere. Getting better visibility is the first step to a process of securing data called Data Security Posture Management.

The analyst and vendor communities describe various types of posture management. They all address two general questions: What are the issues, and how can we fix them? Data Security Posture Management (DSPM) is a new prescriptive approach for securing data.  As defined by Gartner in its Hype Cycle for Data Security, 2022,

What are the Key Capabilities of DSPM?

The DSPM platform will automate five domains of capabilities for assessing the security posture of data, detecting and remediating risks, and ensuring compliance. In general, it’s useful to look for a DSPM platform that is agentless and deploys natively in any of the major clouds (AWS, Azure, GCP, or Snowflake) and against leading SaaS applications and on-premises databases and file stores. The platform should provide 100% API access to easily integrate the use of any of your existing tools’ data required for using DSPM in your organization’s environment. Naturally, the platform should also use role-based access control to keep the management of data security posture just as secure as the valuable and sensitive data should be. All of these will minimize roadblocks and make DSPM quickly productive for your teams.

Securing AI with DSPM

DSPM should scan, identify and classify valuable and sensitive data being used in Large Language Models (LLMs) like Microsoft Copilot or ChatGPT, ensuring that AI-generated content does not expose valuable or sensitive information. In addition, they should help secure cloud-based AI deployments in AWS Bedrock and Azure OpenAI by detecting any valuable and sensitive data being fed into the foundational or custom models.

DSPM should offer specialized APIs for LLM security which can be used to conduct real-time sensitivity analysis of data going into and out of LLMs, while providing full governance and visibility into data usage. These APIs should easily integrate into existing customer workflows, helping keep data processing costs down and increasing security for services like Microsoft Copilot.

Using AI with DSPM

DSPM should make use of AI capabilities to accelerate processes and improve outcomes.  Examples of where DSPM can leverage AI include increasing the accuracy of data classification as compared to traditional regex-based approaches, generating AI-driven remediation steps to accelerate remediation and improve communication between security and IT teams, adaptive learning based on user feedback and actions, and remediation validation that detects and acknowledges successful remediation.

Where Does DSPM Fit into the Modern Data Security Environment?

DSPM is a relatively new concept, designed to meet rapidly evolving requirements for securing data across all environments. DSPM has entered On the Rise “first position” in Gartner’s Hype Cycle for Data Security, 2022. Gartner assigns DSPM a “transformational” benefit rating.

While DSPM is a new concept, subsets of its general functionality are seen in current security tools. Unfortunately, their functionality is siloed and these standalone tools do not fulfill all five major functions of DSPM required for systematic, comprehensive, and effective security of all data.

The matrix below shows how current security tools are partially addressing the five functions of DSPM in various types of data stores. Essentially, DSPM fulfills all the squares stating “None” and may replace tools in the other squares – especially if an organization’s use cases for particular tools are minimal. Alternately, if an organization has significant investment in particular security tools (such as populating a CMDB with hundreds of thousands of assets, owners, business criticality, etc.), the DSPM platform can also ingest operational data, alerts, and other metrics from your existing infrastructure of corresponding tools for security, IT operations, and DevOps. Use case flexibility goes a long way with DSPM!

How is DSPM Being Used?

DSPM is used by a variety of organizations across different sectors to enhance their data security practices. Here are some of the primary users of DSPM:

• Enterprises with large data sets
• Cloud service users
• Regulated industries
• Technology companies
• Government agencies
• Small and medium-sized enterprises

DSPM Use Case 1: Automate data discovery and classification across all data stores

Two potential sources of overlooked valuable and sensitive data are shadow data stores and abandoned data stores. They often rest outside regular security controls, especially if they are ad hoc duplications made by data scientists and other data engineers for temporary testing and other purposes. This DSPM use case especially benefits security teams by staying in lock step with data and engineering teams to automatically discover, classify, and validate all data across all environments. The process includes inventorying structured and unstructured data across native databases, block storage, and file storage services.

DSPM Use Case 2: Prevent data exposure and minimize the attack surface

Organizations pursue a hybrid cloud strategy because it enables innovation – and this brings a constant evolution of architectures and changes to microservices and data stores. Security teams use DSPM to stay in lock step with data and engineering teams to ensure data exposure is minimized along with the associated attack surface. The DSPM platform will enable automatic identification of data at risk by continuously checking data stores – including abandoned or stale data stores, backups, and snapshots – and associated resources for misconfigurations, detecting vulnerable applications and exposed resources with access to valuable and sensitive data.

DSPM Use Case 3: Track data access permissions and enforce least privilege

Inappropriate access permissions enable the potential misuse or exposure of valuable and sensitive data, either by an insider’s accident or purposely by a bad actor. DSPM enables security teams to automatically get a simple, accurate view of access privileges for all data stores. The DSPM platform catalogs all users’ access privileges and compares these against actual usage to identify dormant users and those with excessive privileges. The resulting to-do list allows IT administrators to quickly correct excessive privileges or otherwise expunge dormant users whose accounts pose potential risk to the data.

DSPM Use Case 4: Proactively monitor for compliance with regulations

Compliance audits for data security occur for a variety of mandated laws and regulations. The DSPM platform enables governance stakeholders with the ability to stay ahead of compliance and audit requirements via continuous checks against key benchmarks and associated controls. For example, PCI DSS Requirement 3 specifies that merchants must protect stored payment account data with encryption and other controls. The DSPM platform will identify stored payment account data and whether it is encrypted. Compliance activity like this is enabled by the platform’s data catalog, access privilege intelligence, and risk detection capabilities – all of which illustrate valuable and sensitive data security posture and provide evidence for compliance audits.

DSPM Use Case 5: Enable use of AI

Generative AI and Large Language Models (LLMs) are introducing significant data security challenges: without proper data classification, there’s a real risk that these systems might unintentionally process and expose valuable or sensitive information. The challenge is compounded by the proliferation of ‘shadow AI’— technologies deployed directly by business teams without IT oversight. Such deployments can lead to inconsistent security practices and create vulnerabilities, as valuable and sensitive data might be used or accessed in ways that do not align with corporate data governance policies. The DSPM platform allows organizations to identify valuable and sensitive data before it is fed into LLMs and generative AI applications, so that proper steps can be taken to block it or mask it or otherwise prevent unintended exposure.

DSPM Use Case 6: Secure Data Lakes

With the rise of data lakes, the flexibility of PaaS environments like Snowflake has resulted in greater movement of data, more copies of data, and more users accessing data. While this flexibility is great for data analysts, it causes security teams to more easily get visibility into and control of the valuable and sensitive data in these environments. DSPM automates discovery and classification of valuable and sensitive data, detects and prioritizes risks to data, gives visibility and control over users and roles with access to data, enhances privacy and regulatory compliance, and integrates with native security and compliance capabilities.

Why do I need DSPM?

“Castle & Moat” is the classic model of cybersecurity, which restricts external access while allowing internally trusted users. While familiarity breeds comfort, security leaders should start feeling very uncomfortable with this business-as-usual approach. We’ve seen a never-ending stream of successful attacks and data breaches, so Castle & Moat is unreliable. It’s also misplaced because attackers aren’t going after your castle. Their real target is your data – and in these days of agile, that could be almost anywhere! And, what gives you the comfort the attackers are not already inside the castle?

Here are six reasons why you should consider putting data at the center of security strategy instead of relying on a legacy Castle & Moat approach.

1. CI/CD brings an explosion of deployments and new changes

The constant change in business requirements has fueled the need for automating the stages of application development. Continuous integration and continuous delivery (CI/CD) accelerates application development and makes frequent changes to a codebase. If you’re not familiar with CI/CD, think of it this way: Your organization’s application developers (your DevOps team) are shipping brand new functionality in your organization’s apps not once a month or even once a week — think 5, 10, or 15 times or more every day. To handle short deadlines like this, DevOps uses an array of tools to deliver that new code. 

DevOps team members are to be congratulated for their greater agility, but quick code turns can and do add risks for data security. The risk of data leakage rises with the increased complexity and higher velocity of services and changes.

Data is especially at risk with DevOps constantly spinning up instances and links to data repositories — especially with temporary buckets or forgotten copies of data used for testing apps.

2. AI/ML fuels the need for more access to data for modeling

Compared to legacy apps, machine learning (ML) workloads require enormous amounts of both structured and unstructured data to build and train models. As data scientists experiment with models and evolve them for new business requirements, new data stores are created for testing and training. This constant movement of production data into nonproduction environments may expose it to potential exploits. Putting data at the center of your security strategy will help ensure that controls are extended to wherever data is—be it inside or outside of production environments.

3. Microservices drive more services and granular data access

The cardinal rule of football, basketball, baseball and other ball games is to keep your eye on the ball. The same lesson applies to data security: Keep your eye on the data. Doing so was easier for legacy applications, which were built with a three-tier architecture and a single data store. In that scenario, protecting application data merely required protecting that one database.

Modern app development uses multiple microservices with their own data stores that contain overlapping pieces of application data. This vastly complicates securing data, especially as new features often introduce new microservices with more data stores. The number of paths of access to these data stores also increases quadratically over time. Continuously reviewing the security posture of these multiplying data stores and access paths by hand is impossible—and is one more reason for using automation to help keep the team’s eye on the data.

4. Data proliferation brings more copies into more places

The proliferation of copies of data in different storage locations is a big issue for organizations using infrastructure as a service and infrastructure as code options. These architectures allow getting things done quickly, but “faster” often means there’s no one looking over your shoulder to apply security checks to the expanding data. Putting data at the forefront of your security policy will help provide the ability to automatically follow data to wherever it’s stored and automatically apply security controls to ensure the data is protected from unauthorized access.

5. The Security of cloud infrastructure suffers when data access is misconfigured

Access authorization is a pillar of data security. Obviously, if there’s no access authorization in place, the data is a sitting duck for attackers. But what if authorization controls are improperly implemented? Did someone simplify or remove them to facilitate easy use by DevOps? Are controls consistently applied to data wherever it is? Most cloud breaches are due to the misconfiguration of the cloud infrastructure (IaaS and PaaS), according to Gartner analysts. A data-first approach to security should ensure that access configurations for data are properly used wherever data is.

6. Privacy regulations require more control and tracking of data

Compliance is a significant driver of data security. Examples include personally identifiable data for GDPR, payment account data and sensitive authentication data for PCI DSS and personal health data for HIPAA. Noncompliance in protecting valuable and sensitive data like these can trigger substantial penalties. A data-first security policy should enable automatic discovery and classification of all protected data anywhere it is in the environment.

Data is your organization’s most valuable asset. It’s imperative for security teams to have 100% visibility into where valuable and sensitive data is to ensure it’s protected. Using a legacy castle-and-moat approach to security will fall short in modern environments. For the reasons mentioned, adopting a data-first strategy for security is important for keeping data secure. And that’s the purpose of DSPM.

How to Get Started with DSPM

Getting ready to start a DSPM platform trial is fairly simple, particularly if the provider is using an agentless model for its solution. You’ll need the following:

• • • Identify existing provider(s) … AWS, Azure, GCP, etc.
    • Gather account details, such as Account ID, nickname, etc.)
    • Authorized user(s), such as name, title, email address, and other details needed for people who will operate the DSPM trial and Proof of Concept.

Typically, you will enter this information into the DSPM provider’s account signup form. The trial team should consider gathering a known inventory of data stores in the organization’s infrastructure prior to the trial. The inventory will provide a benchmark to compare what you think you know about the organization’s data to what DSPM discovers is really out there. Prepare to be surprised!

Sign up for a DSPM Platform Demo

We encourage you to start your investigation of DSPM by getting a live platform demo. Normalyze is a pioneering provider of data security solutions helping customers secure their data, applications, identities, and infrastructure wherever it is. With Normalyze, organizations can discover and visualize their data attack surface within minutes and get real-time visibility and control into their security posture including access, configurations, and valuable and sensitive data at scale. The Normalyze DSPM platform continuously discovers resources, sensitive data, and access paths across all environments. 

Start your DSPM journey by requesting a demo of the Normalyze DSPM platform.