What is the difference between Threat, Vulnerability, and Risk?

  • Threat: Someone with the potential to cause harm by damaging or destroying the official data of a system or organization.

Ex: Phishing attack

  • Vulnerability: It refers to weaknesses in a system that makes threat outcomes more possible and even more dangerous.

Ex: SQL injections, cross-site scripting

  • Risk: It refers to a combination of threat probability and impact/loss. In simple terms, it is related to potential damage or loss when a threat exploits the vulnerability.

In a nutshell, risk is the potential for loss, damage or destruction of assets or data caused by a cyber threat. Threat is a process that magnifies the likelihood of a negative event, such as the exploit of a vulnerability.

What is Risk? An organization’s risk profile fluctuates depending on internal and external environmental factors. It incorporates not just the potential or probability of a negative event, but the impact that event may have on your infrastructure. And though risk can never be 100% eliminated—cybersecurity is a persistently moving target, after all—it can be managed to a level that satisfies your organization’s tolerance for risk. No matter how you deal with it, the end goal remains the same—to keep your overall risk low, manageable and known.

Helping businesses manage cybersecurity risk is the job of vulnerability management (VM) solutions. Traditional VM tends to adopt the “everything is a risk” view, which leaves Security and IT teams scrambling to somehow prioritize and remediate an ever-increasing list of vulnerabilities, many of which don’t actually pose a real danger to the organization. This results in wasted time, money, and resources, and very often creates a rift between Security teams struggling to blindly prioritize what’s most important and IT and DevOps teams who have to remediate without context or meaningful prioritization. Ultimately, risk is not lowered and teams cannot provide comprehensive or accurate reports of their efforts.

Modern vulnerability management flips the traditional model on its head. Instead of using arbitrary prioritization methods, organizations define their acceptable level of risk and tailor their risk prioritization accordingly based on real-time threat intelligence, advanced data science and machine learning-powered prioritization. This matures standard, inefficient, and ineffective vulnerability management into risk-based vulnerability management (RBVM). A risk based approach to vulnerability management helps isolate the organization’s top risks, eliminating the need for guesswork and wasted cycles spent chasing vulns that won’t move the needle on risk. Ultimately, a modern RBVM program helps you make real, significant strides in lowering your risk profile.

What is a Threat? Today’s cybersecurity landscape roils with an endless stream of potential threats—from malware that plants dangerous executables in your software and ransomware that locks up your systems to specially targeted hacker attacks. All of these threats look for a way in, a vulnerability in your environment that they can exploit. Some threats, however, hold more potential for exploitation than others. The more rich, fresh data you can access and analyze about these threats, the more strategic and impactful decisions you can make regarding your vulnerability management and remediation.

Real-time threat intelligence can enhance your current efforts to identify the vulnerabilities attackers are discussing, experimenting with or using. These bad actors write exploits that are designed to take advantage of known vulnerabilities, and threat intelligence helps you determine how an exploit is actually behaving in the wild and if there are known fixes. Details like Common Vulnerability Scoring System (CVSS) data, remediation, vulnerability velocity and volume, exploit data, fixes and patch information can all serve to improve your Security and IT response times, more accurately target your remediation efforts on high-risk vulnerabilities, and provide timely and comprehensive updates to leadership. The most advanced solutions even offer predictive modeling, helping you anticipate and annihilate future threats.

What is a Vulnerability? Vulnerabilities are weak spots within your environment and your assets—weaknesses that open you up to potential threats and increased risk. And unfortunately, an organization can have thousands, often millions of vulnerabilities. Remediating all of them is not feasible, especially when most organizations only have the capacity to patch one out of every ten vulnerabilities. While that may sound like a losing battle, the good news is that only 2%-5% of vulnerabilities are likely to be exploited. And among those, an even smaller percentage are likely to pose an actual risk to your business, because, for instance, many of those vulnerabilities may not be actively exploited within your industry. So much for that old “everything is a risk” approach.

This is where risk-based vulnerability prioritization plays a crucial role. By giving Security and IT teams the tools and insight to hone their remediation efforts on the vulnerabilities that are most likely to be exploited (and that pose the biggest risk to your business), you will not only save time, money and cycles, but you’ll improve collaboration and help lower the organization’s overall cyber risk. Aligning teams around risk means you’ll no longer be wasting resources patching vulnerabilities that don’t pose a real threat to the organization, and instead can dedicate time to more strategic activities. (Some RBVM solutions even allow you to set meaningful remediation SLAs based on the potential risk posed by a vulnerability weighed against your organization’s risk tolerance levels.)

Identifying potential threats, vulnerabilities and risks is essential in order to develop protection against them. Following is the meaning of each term:


  • Any hazard that has the potential to damage or steal data, disrupt operations, or cause harm in general is considered a threat. Threats include malware, phishing, data leaks, and even unethical personnel.

  • Individuals or groups with a range of backgrounds and goals, known as threat actors, make threats. Understanding threats is critical for devising effective countermeasures and making educated cybersecurity decisions.


  • A vulnerability is a defect in hardware, software, persons, or procedures that can be exploited by threat actors to accomplish their goals.

  • Vulnerabilities include physical vulnerabilities like publicly exposed networking equipment, software vulnerabilities like a buffer overflow vulnerability in a browser, and even human vulnerabilities like an employee prone to phishing attacks.


  • Risk is formed by combining the probability of a threat and the consequence of a vulnerability.

Hence, the three terms are different and are to be used within different contexts.