Understand how organizations reduce risk at scale. These articles cover scanning approaches, common weaknesses, and how teams prioritize and remediate vulnerabilities across the cloud.
Understand how Wiz identifies and acts on critical vulnerabilities from code to workloads in the cloud.
External vulnerability scanning is a way to find weaknesses in your public-facing systems by testing them from outside your network. This means you see your environment the same way an attacker on the internet would see it.
Cloud vulnerability management is the continuous process of identifying, classifying, prioritizing, and remediating security vulnerabilities in your cloud environment.
Black-box security testing shows what your cloud environment actually exposes to the internet, helping teams focus on reachable and exploitable risk rather than theoretical weaknesses.
Cloud penetration testing is primarily about identities, permissions, trust relationships, and exposed services; it’s not just IP ranges and open ports.
Sehen Sie, wie Wiz sofortige Sichtbarkeit in schnelle Sanierung verwandelt.
External penetration testing assesses the exploitability of public-facing assets. It doesn’t just determine whether vulnerabilities exist; it also indicates whether attackers can actually reach and leverage them.
Compare the best vulnerability management tools of 2026, from open-source scanners to CNAPP platforms, and learn how to choose the right fit for your cloud.
Vulnerability scanning finds exploitable weaknesses across code, containers, and cloud before attackers do. Learn how it works & key types for better security.
Vulnerability prioritization helps you manage your cloud risk efficiently. Discover how to pinpoint threats with context, automation, and real-time insights.
In this article, we’ll look at vulnerability assessments that can help you find and fix critical vulnerabilities—built for cloud.
Vulnerability management is the continuous process of finding, prioritizing, and fixing security weaknesses, ensuring they are identified, validated, and recorded, before attackers can exploit them.
Vulnerability scanning is an integral component of every vulnerability management program, providing security teams with insights needed to address vulnerabilities before they become attack vectors. When conducted regularly, vulnerability assessments offer asset discovery and visibility, attack surface management, and compliance enforcement.
Azure penetration testing is authorized security testing of Azure apps, identities, data, and infrastructure to find exploitable weaknesses before attackers.
Penetration testing report is a formal document that details vulnerabilities found during a simulated attack, with evidence, risk ratings, and fixes.
Application penetration testing is a simulated cyberattack against a software application designed to identify exploitable security vulnerabilities before malicious actors do.
11 essential best practices every organization should start with
Continuous penetration testing is an always-on, adversarial security testing approach that persistently discovers, exploits, and validates vulnerabilities across your environment rather than testing at a single point in time.
Traditional pen testing was purely manual and periodic. Modern approaches increasingly incorporate automation, AI-assisted tooling, and penetration testing as a service (PTaaS) models that offer more frequent engagements.
Learn the key stages of a modern vulnerability management lifecycle and find out how a unified approach to visibility can improve multi-cloud security.
CVSS (Common Vulnerability Scoring System) is an open framework that assigns numerical scores to software vulnerabilities based on their technical severity characteristics.
Patch management is the process of planning, testing, and applying updates to software systems and applications to address vulnerabilities, fix bugs, and improve overall system performance.
When you evaluate vulnerability management platforms, you need to look for specific capabilities that handle the speed of the cloud. The following criteria cover the essential features a modern vendor must provide.
Dependency scanning is the automated analysis of the third-party libraries, frameworks, and packages that developers use to build applications.
Cloud vulnerability scanning is the automated process of identifying security flaws within your cloud infrastructure, workloads, and configurations. Unlike traditional scanning designed for static, on-premises servers, cloud scanning is built to handle the dynamic nature of the cloud.
CVE scanning is the automated process of checking your software, systems, and networks against a database of known security flaws to identify vulnerabilities before attackers can exploit them.
Penetration Testing vs Vulnerability Scanning: Penetration testing simulates attacks to exploit flaws while vulnerability scanning identifies known risks.
Internal vulnerability scanning is the process of identifying security weaknesses within an organization’s internal network infrastructure.
Continuous vulnerability scanning is an automated process that checks systems, networks, and applications for security weaknesses to detect new issues promptly.
A vulnerability scanning report is a document from a vulnerability scanner that lists discovered weaknesses, shows how severe they are, and explains how to fix them.
AI vulnerability scanner is a tool that uses artificial intelligence to find and prioritize security weaknesses based on real risk.
AI-powered vulnerability management uses artificial intelligence to enhance how security teams discover, analyze, and remediate vulnerabilities – and to secure the AI systems organizations are now building and deploying.
Application Vulnerability Scanning is the automated process of detecting security weaknesses in software applications before attackers exploit them.
Application vulnerability management is a continuous process of discovering, assessing, prioritizing, and remediating security weaknesses in your software code, APIs, and dependencies across the entire development lifecycle.
Discover how a vulnerability management program can enhance your cloud security, plus how contextual assessments can turn your security from passive to active.
Modern vulnerability management is evolving into Unified Vulnerability Management (UVM)—a single approach that connects all scanners, adds cloud context, and turns scattered findings into prioritized, fixable risks.
Improve your security with risk-based vulnerability management. Learn how to prioritize threats, reduce risks, and streamline remediation efforts effectively.
To achieve a comprehensive and unified vulnerability management program, enterprises need to use a mix of vulnerability assessments and penetration testing. By using both, companies can stay one step ahead of cloud threats and compliance complications.
Continuous vulnerability management (CVM) is a non-stop, iterative cycle that involves finding, prioritizing, and fixing vulnerabilities.
Vulnerability management metrics are performance metrics that help businesses evaluate their vulnerability management program.
Vulnerability remediation is the process of fixing, mitigating, or eliminating security vulnerabilities that have been identified within your environment, before attackers can exploit them.
Unified Vulnerability Management (UVM) has undergone a significant evolution in recent years, driven by technological advancements, changing threat landscapes, and increased regulatory demands. In this post, we explore how UVM has evolved and where we believe it’s headed in the next few years.
