What is CTEM Attack Path Analysis?
Attack Path Analysis is a technique commonly used within Continuous Threat Exposure Management (CTEM) programs to understand how attackers could combine multiple exposures to reach critical systems, applications, or sensitive data. Instead of focusing on individual vulnerabilities, it analyzes how vulnerabilities, misconfigurations, excessive permissions, and exposed assets can be combined into an exploitable attack path. This helps organizations understand which exposures create the greatest risk and require immediate attention.
How does CTEM Attack Path Analysis work?
Attack Path Analysis uses data from across the IT environment to identify potential attack routes.
Data Collection: Gathers information from identity systems, cloud environments, network infrastructure, security tools, and vulnerability scanners.
Relationship Mapping: Connects assets, users, permissions, and vulnerabilities to create a complete view of potential attack paths.
Attack Path Analysis: Evaluates how an attacker could move laterally, escalate privileges, and access critical resources.
Exposure Validation: Identifies the most realistic and exploitable attack paths based on available access, permissions, and system relationships.
What are the benefits of CTEM Attack Path Analysis?
Using CTEM Attack Path Analysis has the following benefits:
- Risk-Based Prioritization: Focuses remediation efforts on exposures that contribute to active attack paths.
- Improved Visibility: Helps security teams understand how different security weaknesses interact across the environment.
- More Efficient Remediation: Identifies key systems, accounts, or permissions that can disrupt multiple attack paths when addressed.
- Reduced Exposure: Enables organizations to eliminate attack routes before they can be exploited.
What are the key features of CTEM Attack Path Analysis?
Key Features of CTEM Attack Path Analysis are:
- Cross-Environment Visibility: Analyzes identities, endpoints, cloud resources, applications, and infrastructure within a single context.
- Attack Path Visualization: Provides a clear representation of how attackers could move through the environment.
- Continuous Assessment: Updates attack path analysis as assets, permissions, vulnerabilities, and configurations change.
- Context-Based Prioritization: Prioritizes attack paths based on exploitability, accessibility, and business impact rather than isolated severity scores.
- Exposure Validation: Supports risk-based decision-making by helping teams understand which attack paths are realistically achievable.
What is the difference between vulnerability scanning and attack path analysis?
Vulnerability scanning identifies security weaknesses such as missing patches, outdated software, and misconfigurations across an environment. It provides a broad inventory of potential issues but does not typically show how those issues interact.
Attack Path Analysis adds context by evaluating how vulnerabilities, identities, permissions, and system relationships can be combined to reach critical assets. Rather than focusing solely on what is vulnerable, it helps security teams understand which exposures contribute to meaningful attack path to a breach.