Vulns now #1 initial access vector
31% of breaches now start with an exploited vulnerability, now the top initial access vector according to the 2026 Verizon Data Breach Investigative Report
CVEs are exploited within hours
Median time to exploit is now less than a day and projected to be less than an hour by 2027 according to the Zero Day Clock.
Detect, prioritize, and fix with PDQ
PDQ detects 97.7% of CVEs in testing vs. 38.7% for other endpoint management products
Discovering vulnerabilities isn’t holding you back. Fixing them is.
Tenable, Qualys, Nessus, and similar tools are good at one thing: telling you what's wrong. But you’d need a full-time team just to patch vulnerabilities. PDQ closes the gap with automated patching and an advanced prioritization engine that focuses your effort where the risk is greatest.
Know what’s at risk — and how to protect it
Get real-time visibility into vulnerabilities across your environment, with the context to know what matters.
Vulnerability scanner
Automatically scan operating systems and software for vulnerabilities across Windows and macOS. Since a median PDQ deployment takes less than 90 seconds—quickly rescan endpoints to verify the fixes resolved the vulnerability.
Asset discovery
Keep an up-to-date inventory of hardware and software: versions, deployments, connected drives, and more, including that random "PC Optimizer Pro" someone installed in 2019.
CVE information
A CVSS score only tells part of the picture. PDQ’s prioritization engine combines data sources from across the security landscape (like the CISA KEV database, open-source intelligence, vendor advisories, and more) to build an accurate picture of business risk.
One-click remediation, then rest easy
Resolve vulnerabilities quickly with automated patching workflows and targeted CVE remediation.
Automatic prioritization
Put your highest-risk vulnerabilities first with CVE prioritization so the noise doesn't bury what matters. Put simply? A low-severity CVE across your entire fleet that’s being exploited in the wild is much more important than a “critical” CVE with a much lower blast radius.
Immediate patching
Deploy a fix in as little as one click when PDQ has a prebuilt package that resolves a detected vulnerability. No packaging, no manual handoff. You’re patched before your security team runs its next scan.
Patch automation
Put your highest-risk vulnerabilities first with real risk signals. A low-severity CVE across your entire fleet that’s being exploited in the wild is much more important than a “critical” CVE with a smaller blast radius.
Reports that speak for themselves
Create reports that make your job easier.
Prebuilt, automatic reports
Get a snapshot of vulnerabilities, risk scores, and statuses emailed out to the people who need to see it, without you building it from scratch every time.
Custom analysis
Leverage the PDQ MCP server to build new reports and dashboards specific to your environment, like a Patch Tuesday recap or a rogue software install list. If you can describe it, PDQ can supply the data to build it.
Deployment history
See exactly what was deployed, when, and to which machines. Detailed logs and real-time accuracy take the mystery out of IT.
Built for the frameworks you're audited against
Compliance isn't one-size-fits-all, and neither is your audit. PDQ Connect's reporting and remediation history support the frameworks IT teams actually get evaluated against:
Cyber Essentials Plus (UK)
NIST mandates (common in K–12 and government)
FTC Safeguards Rule (financial services)
If your auditor wants proof a vulnerability got fixed — not just that it was found — PDQ’s deployment history is that proof.
“When you resolve a vulnerability in Connect, you can scan the device again, and it confirms — yep, job done."
David Elliott, hsy autoparts
4.8 of 5 stars on Capterra
95% likely to recommend to others
4.7 of 5 stars on G2
Stop finding vulnerabilities you don't have time to fix.
One person can't out patch what's getting found every day. PDQ finds it, fixes it, and proves it — so patching stops being the thing you're always behind on.
FAQs
What is a vulnerability?
A vulnerability is a weakness or error in software, hardware, a network, or a system. Vulnerabilities pose a threat to businesses because threat actors often leverage them to launch cyberattacks. Some of the most common types of vulnerabilities include zero days, remote code execution, unpatched software, insider threats, security misconfigurations, and weak or stolen user credentials.
What is vulnerability management?
Vulnerability management is the process of identifying, remediating, and monitoring vulnerabilities that impact your environment. Oftentimes, IT teams rely on vulnerability management software to automate parts of the process (such as vulnerability scanning) that would otherwise be unmanageable for small and midsized teams.
What is a vulnerability management process?
The vulnerability management process has six main steps: inventorying assets and then scanning, assessing, prioritizing, remediating, and monitoring vulnerabilities. To enhance your vulnerability management program, you might consider conducting cybersecurity tests, assessing organizational needs and risks, building a cross-functional team, standardizing processes and workflows, and automating vulnerability management tasks when possible.
What are vulnerability management best practices?
Start with regular scans and prompt patching, especially for high-risk vulnerabilities. Prioritize fixes based on impact, automate updates where possible, and keep detailed records for compliance. Tools like PDQ help IT teams automatically deploy packages, remediate vulnerabilities when CVEs are detected, and target the right devices using dynamic device groups. AI-assisted vulnerability intelligence also helps prioritize vulnerabilities based on real-world exploit risk, allowing teams to focus automated remediation where it matters most. A proactive, well-documented strategy keeps your systems secure and your team one step ahead.
What are the benefits of vulnerability management?
Vulnerability management enhances security and reduces risk — but the benefits extend far beyond patching. A strong vulnerability management strategy enhances security, reduces risk exposure, improves efficiency, and provides greater visibility into your environment. It also supports regulatory compliance, can reduce costs and improve operational efficiency, and helps IT teams respond quickly without burning out. With features like automated deployments and patch scheduling, it’s easier to stay ahead of threats before they turn into problems.
How does vulnerability management relate to patch management, asset inventory, and compliance?
Vulnerability management links together patching, asset inventory, and compliance. It starts with knowing which assets you have — because you can’t secure what you can’t see. A solid IT asset management solution helps you track devices and software, making it easier to identify and prioritize vulnerabilities. Patch management then closes those gaps, while detailed logging and remediation support compliance efforts. Together, they form a cohesive strategy that keeps your systems secure and auditors happy.
How often should you scan for vulnerabilities?
Many organizations scan at least weekly or after any major system changes, such as installing new software or applying updates. The more dynamic your environment, the more frequent your scans should be. Frequency also depends on risk profile, regulatory requirements, and available tooling. Avoid turning scanning into a quarterly fire drill — regular scans keep risk exposure low. For help staying proactive, check out our guide on how to prioritize vulnerabilities.
How do you choose the right vulnerability management software?
Choosing the right vulnerability management software starts with understanding your environment, goals, and available resources. Look for solutions that offer asset discovery, broad scan coverage, contextualized prioritization, and built-in remediation tools. Ease of use, scalability, reporting features, and vendor reputation also matter.
A solid platform should align with your patching and inventory workflows. Tools like PDQ Connect pair real-time visibility with automation, making it easier to prioritize and fix issues as part of your proactive cybersecurity strategy.
How does PDQ help identify software vulnerabilities?
PDQ helps identify IT vulnerabilities by giving you real-time insights into what's installed across your fleet — and what's vulnerable. With tools like PDQ Connect's vulnerability scanner, you can quickly spot outdated or unpatched software and take action before it becomes a liability. It’s a faster, smarter way to stay ahead of potential exploits — without digging through every machine manually.
Can PDQ show which devices are missing critical patches?
Yes, PDQ can show which devices are missing critical patches. PDQ gives you clear visibility into which devices are missing critical patches — so you can act fast and stay ahead of vulnerabilities. With PDQ’s patch management software, you can track patch status, identify missing updates, and prioritize updates based on severity. No guesswork. Just clarity.
Which compliance frameworks does PDQ Connect support?
PDQ vulnerability detection, remediation, and deployment history support audits against frameworks like Cyber Essentials Plus, state-level NIST mandates common in K–12 and government, and the FTC Safeguards Rule for financial services. Rather than a generic compliance checkbox, Connect gives auditors the specific proof they ask for: that a vulnerability wasn't just found, but fixed.
How do you manage vulnerabilities across Windows and macOS devices?
Managing vulnerabilities across Windows and macOS devices requires a platform that combines cross-platform asset inventory, vulnerability detection, risk-based prioritization, patch deployment, and remediation reporting. PDQ helps IT teams identify and remediate vulnerabilities across managed Windows and macOS endpoints from one cloud-based workflow.
Does PDQ use CVEs or vulnerability scoring to flag risks?
Yes, PDQ uses CVEs (Common Vulnerabilities and Exposures) and industry-standard vulnerability scoring to help you flag and prioritize risks effectively. This makes it easier to understand which issues in your unique environment need immediate attention.
How does PDQ support patching vulnerabilities once they’re detected?
Once vulnerabilities are detected, PDQ makes patching straightforward. With PDQ, you can automate patch deployments across remote devices, ensuring updates are applied as soon as they're available. Even better, PDQ automatically suggests prebuilt packages if they’ll resolve a detected vulnerability. All you have to do is click to deploy fixes. Real-time visibility helps you track which machines need attention, while customizable scheduling lets you patch without disrupting users. Patching vulnerabilities with PDQ is fast, flexible, and built to keep your systems secure with minimal manual effort.
Can I automate software patching in response to detected vulnerabilities in PDQ?
Yes. PDQ lets you automate software patching when vulnerabilities are detected. Deployments can be triggered automatically based on detected vulnerabilities, helping IT teams remediate affected devices without manually launching each deployment. Combined with recurring schedules, dynamic device groups, and AI-assisted vulnerability prioritization, PDQ helps automate vulnerability remediation while ensuring updates reach the right devices at the right time.