As more organizations adopt remote or hybrid work arrangements, cloud infrastructure provides the comprehensive flexibility and productivity gains required to meet the needs of employees, customers, and other stakeholders. Despite these benefits, there are massive data security and privacy risks as data proliferates across multi-cloud and hybrid IT architectures.
So organizations must take a proactive approach by deploying security strategies and solutions that address these concerns.
Those who forego proactivity — falling back on outdated or on-premises security technology — face elevated risks of data leakage and deployment complications. Identifying meaningful data risk is crucial, which requires understanding data sensitivity, lineage, and infrastructure or access configurations.
Today, many organizations are adopting some form of data security posture management (DSPM) and cloud security posture management (CSPM) to assess their cloud security posture and gain a consolidated view into data risks across the entire environment.
According to Gartner’s 2022 Hype Cycle for Data Security, “Data security posture management (DSPM) provides visibility as to where sensitive data is, who has access to that data, how it has been used and what the security posture of the data store or application is.”
DSPM essentially determines an organization’s security posture by analyzing a “data map” of user access to various datasets so it can identify business risks.
Data security posture management is about minimizing the risk involved with data residing in multi-cloud deployments. It includes data classification techniques to identify sensitive data and also adheres to general security posture strategies to address the context of the data.
Organizations also use DSPM as the basis for data risk assessment and to optimize data security governance implementations.
We discuss how the DSPM process works at the end of this article.
Today, enterprises are struggling with three key data challenges:
Traditionally, matching user access against specific datasets is rather complicated, especially since most IAM and data security tools operate in silos. Not only that, but tracking the evolution of that data across various formats, data locations, and shadow data is crucial for effective posture management.
Like most data security tools, DSPM addresses the need to protect data against exposure for numerous reasons. Data security posture management offers extensive data observability to identify these types of security gaps, including real-time visibility into data flows and matching risk and compliance with data security controls. DSPM tools also enable organizations to adhere to regulations that require a data risk assessment.
Cloud security posture management (CSPM) can scan a wide variety of cloud resources, giving organizations an in-depth and detailed analysis of potential security vulnerabilities in their cloud environment. CSPM can provide a straightforward, lightweight scan of those resources to provide a basic assessment of potential vulnerabilities. Numerous tools offer CSPM, and some leverage feature sets that include AI or machine learning algorithms that can predict or correlate specific vulnerabilities. In the end, the more advanced tools provide a more in-depth analysis of threats. But compared to DSPM, a CSPM cannot identify what data is actually at risk. Additionally, it cannot recognize what security posture it should adhere to — meaning who owns the data and who has access to it.
DSPM focuses squarely on the data layer, from identifying sensitive data to monitoring and identifying risk to business-critical data such as inappropriate entitlements or access. Modern DSPM tools can identify risks and remediate those issues by fixing permissions/entitlements/sharing.
While CSPM focuses on infrastructure-level vulnerabilities that can place networks and infrastructure at risk, DSPM focuses on data layer risk that can cause a data breach or loss.
So, the most significant difference between the two types of posture management comes down to context. Instead of being data agnostic like CSPM, DSPM operates on the assumption that not all data is equal nor should it require a similar security posture. Not only does DSPM offer data discovery and classification, it typically leverages AI or Machine Learning to “learn” what security posture it should maintain.
With Cloud, every file or data element can be easily shared with anyone around the globe. But this data can also be easily copied, duplicated, modified and shared. Imagine 100 variations of a redlined sensitive contract that needs to be protected, with each version containing different access privileges.
This presents some unique security challenges, which DSPM can effortlessly address with the right tools.
Here’s are the steps DSPM takes to improve an organization’s data security posture:
Concentric Semantic Intelligence is a SaaS-based solution that leverages artificial intelligence and deep learning to automatically discover and protect the most sensitive and confidential information contained within your file sharing repositories.
Our technology automatically delivers a content-based, categorized view of your data, including a risk rating for all exposed data. This allows your data security, privacy, and compliance teams to easily find and correct inappropriate sharing of important data files.
Concentric is securing the future of work with an agentless platform that is easy to deploy and capable of delivering value in days without any upfront work for you. We offer a free-of-charge pilot program which requires very little time and effort from your teams.
Contact us today to learn how Concentric can simplify the complex challenges of identifying and protecting your data.
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