<img src="https://ws.zoominfo.com/pixel/6169bf9791429100154fc0a2" width="1" height="1" style="display: none;">

What is Sensitive Data? Definition, Examples, and More

Summary: In this article, we cover the sensitive data definition and the main risks associated with it. You'll see real sensitive information examples and learn how sensitive data differs from personal data. By the end of this article, you'll understand what data is sensitive and how to protect it against cyber risks and exposures.

What is Sensitive Data?

Sensitive data is information stored, processed, or managed by an individual or organization that is confidential and only accessible to authorized users with proper permission, privileges, or clearance to view it.

This type of information is considered sensitive because of the ramifications that could occur if it were in the wrong hands. Per the definition, unauthorized sensitive data exposure could either cause financial loss to companies, compromise an entity's security, affect someone's privacy, or diminish an organization's competitive advantage.

Sensitive Data Examples

Various types of sensitive data could cause tremendous harm to a person, business, or government agency if compromised. Here are some common examples of sensitive data.

Financial information

Information regarding an entity's wealth and income status or financial account data. This includes bank account and routing numbers, credit/debit card data defined by the Payment Card Industry Data Security Standard (PCI DSS), credit history records, and tax filings. Financial information exposure could risk financial loss or identity theft to someone if compromised.

Protected health information (PHI)

Any information defined by the Health Insurance Portability and Accountability Act (HIPAA), such as a person's health status, conditions, care, treatments, and health insurance-related information. If sensitive PHI were compromised, the victim's privacy would be in jeopardy.

Credential data

Information needed to access a system, application, device, or physical location, such as usernames, passwords, and personal identification numbers (PINs). It also includes data stored in physical authentication devices such as keycards and fobs and biometric data obtained by facial or fingerprint scans. Credential theft would compromise information security and privacy.

Customer information

Customer data such as names, addresses, web-browsing activity, and contact information like phone numbers and email addresses that do not include their financial data, PHI, or credentials. Failure to maintain customer privacy could result in regulatory fines and lawsuits against businesses managing their information.

Trade, proprietary, and government information

Information that provides and maintains an advantage to a business or government entity, such as intellectual property, military secrets, or business intelligence data. If compromised by an adversary or competitor, the victim would risk losing their competitive advantage within the market or in geopolitical and military conflicts.

Sensitive Data vs. Personal Data

Personal data, often called personally identifiable information (PII), is information that can be uniquely used to identify or verify a person or organization. Personal data can be either sensitive or non-sensitive. For example, names and phone numbers can easily be found in public records, and it would be difficult for a malicious actor to cause harm to an individual with this information alone. Alternatively, a person’s social security number can be used to steal their identity and is therefore considered sensitive PII.

Examples of PII:

Sensitive PII Non-sensitive PII
Bank account/routing numbers First and last names
Social security numbers (SSN) Email addresses
Drivers license numbers Mailing addresses
Federal tax ID and employer identification numbers (EIN) Phone numbers
Health insurance policy/member numbers Social media profile names

Sensitive Data Security Risks

Because of the potential value obtained by stealing sensitive data, cybercriminals and adversaries target it for financial or strategic gain—making sensitive data a considerable risk to organizations hosting, storing, or transmitting it. For instance, a malicious actor could use sensitive financial information to make large-scale purchases or a set of competitor insider intelligence data to incorporate into their business model to increase their market share.

When referring to sensitive credential information, hackers love using phishing scams or password-based attacks to acquire usernames and passwords. Once successful, they can breach applications and systems to extract other sensitive data or shut down operations entirely with a denial of services (DoS) attack or ransomware.

There is also the issue of modern-day practices for managing sensitive information. Most organizations today use cloud services entirely or through a hybrid model, often plagued with preventable key misconfigurations and user errors. These cause 99% of cloud breaches, a critical issue when 36% of organizations store unencrypted sensitive information in their cloud environment.

The education sector heavily relies on cloud storage for sensitive information, which has put a massive target on their backs. Nearly 47% of educational institutions suffered a cyber attack against their cloud infrastructure in 2021, in which 65% had been storing the PII of their customers.

Legal risks of sensitive data

In addition to the security implications, states and countries are continuously adding more regulations and security requirements for businesses managing sensitive data—specifically when it's the data of their customers or users. For example, the General Data Protection Regulation (GDPR) law of 2016 mandates data protection and consumer privacy requirements for European customers. Similarly, the California Consumer Privacy Act (CCPA) issues more control, transparency, and privacy protection for California residents’ data.

Failure to comply can result in hefty fines and lawsuits against the firm. Many of these regulations and standards outline security controls such as utilizing encryption, corporate governance policies like appointing a dedicated data-security officer, and notification requirements like informing customers of a breach within a certain time frame.

How to Protect Sensitive Data Against Exposures

Protecting sensitive data against leaks, theft, or unauthorized access requires a proactive system of sensitive data discovery by identifying sensitive data and where it is stored and then deploying protective security controls and processes.

First, establish data sensitivity classifications and criteria for what qualifies as sensitive data compared to nonsensitive information, such as content found in public records, social media pages, or a website. Sensitive data will be anything someone absolutely does not want unauthorized individuals seeing because of the financial, security, legal, or privacy impact that could occur.

Next, assess and document all the locations, resources, and data centers storing all the information that’s qualified as sensitive and determine all the users who have access to those network components. Evaluate potential vulnerabilities, risks, and most likely threats to those particular assets to establish a game plan of solutions to implement.

Protective security solutions

As organizations look to enhance their cybersecurity and sensitive data management program with data security and data loss prevention (DLP) solutions, consider some of the protective measures they can take:

  • Utilize non-disclosure agreements (NDAs): Employee contractual NDAs help mitigate liability and hold those accountable for malicious acts of leaking or stealing essential information.
  • Practice least privilege: The principle of least privilege minimizes access to sensitive data and resources by restricting access and enforcing authentication only to those who need it to fulfill their job duties.
  • Require data encryption: Providing software tools and implementing company encryption policies gives an extra layer of security and makes information unreadable to unauthorized users—protecting data in motion, use, or at rest even if a hacker breaches a network.
  • Sponsor security awareness training: Provide training to employees and users regarding how to spot and avoid phishing scams that would ultimately lead to sensitive data disclosure or exposure if the scammer successfully tricked a negligent employee.
  • Patch misconfigured software: Misconfigured cloud infrastructure and applications are significant security gaps that give hackers an easy compromisable vulnerability. Regularly patch and update all software to avoid zero-day attacks and sensitive data breaches.

How StrongDM Makes Protecting Sensitive Data Easy

StrongDM ensures that only authorized users have secure access to sensitive data systems. The StrongDM platform includes granular permission management to enforce least-privilege access to network resources, one-click onboarding for provisioning, and the option for temporary user access to sensitive information. There's also a central command of authentication enforcement that will integrate with an enterprise’s preferred identity provider and federation service.

Security operations teams can integrate all technology resources housing and processing sensitive data, including databases, servers, clusters, web applications, and cloud data centers, for complete system visibility. The segmented access control, user verification management, and non-stop observability offered by StrongDM allow enterprises to enforce Zero Trust Network Access and a modern way to secure their sensitive data.

Secure Your Sensitive Data with StrongDM

While sensitive data such as customer, financial, access credentials, or proprietary information is essential to a business's success, its mishandling can put organizations at significant risk of loss. From legal liability claims, and operational slow down, to a lost competitive advantage, firms can ultimately find themselves in a position of diminished growth potential and poor financial performance due to a sensitive data compromise.

StrongDM helps businesses maintain sensitive data protection through privileged access control to sensitive information systems and careful management of user authentication processes. Additionally, StrongDM provides security teams and administrators with comprehensive observability of their technology stack and infrastructure by integrating resource event and user activity data into one central interface.

Ready to get started? Get a glimpse of our infrastructure access management solution today with our 14-day StrongDM free trial.

About the Author

, Co-founder / CCO, began working with startups as one of the first employees at Cross Commerce Media. Since then, he has worked at the venture capital firms DFJ Gotham and High Peaks Venture Partners. He is also the host of Founders@Fail and author of Inc.com's "Failing Forward" column, where he interviews veteran entrepreneurs about the bumps, bruises, and reality of life in the startup trenches. His leadership philosophy: be humble enough to realize you don’t know everything and curious enough to want to learn more. He holds a B.A. and M.B.A. from Columbia University. To contact Schuyler, visit him on LinkedIn.

💙 this post?
Then get all that strongDM goodness, right in your inbox.

You May Also Like

3 Types of Access Control: IT Security Models Explained
3 Types of Access Control: IT Security Models Explained
In this article, we will look at three important types of access control in security. You’ll learn about the different types of access control, how they work, and their pros and cons. By the end of this article, you’ll understand what type of access control will work best for your organization and meet your security needs.
Enterprise Cloud Security Guide
Enterprise Cloud Security Guide for 2022 and Beyond
Enterprise cloud security is quickly becoming a cybersecurity best practice for large organizations. In this article, we’ll explore what enterprise cloud security is, why it’s important, and the challenges organizations experience with enterprise cloud adoption. You’ll learn about common cloud security issues and the best practices you should adopt to avoid those issues. By the end of this article, you’ll feel confident choosing the right enterprise cloud solution for your organization
Enterprise Identity and Access Management (IAM) Solutions
Enterprise Identity and Access Management (IAM) Solutions
Enterprises often have thousands of users to manage, and therefore unique requirements for their enterprise identity and access management software solutions. In this article, you’ll learn what enterprise IAM is and what to expect in a successful enterprise-wide IAM software implementation. By the end of this article, you’ll know the benefits and challenges of introducing enterprise IAM solutions in your organization.
Top 8 Privileged Access Management (PAM) Solutions
Top 8 Privileged Access Management (PAM) Solutions in 2022
In this article, we’ll review the leading privileged access management (PAM) solutions on the market. We’ll explore the pros and cons of the top privileged access management vendors so you can easily compare the best PAM solutions. By the end of this article, you’ll feel confident choosing the right privileged access management solution for your organization.
Top Cloud Security Issues and Risks to Know
Top Cloud Security Issues and Risks to Know in 2022
In this article, we look at the top risks and security issues in cloud computing. You'll learn about specific cloud security threats and cloud storage security issues, as well as strategies for managing cloud security effectively. By the end of this article, readers will fully understand the top security issues related to using cloud-based file management tools and services.