Introduction

Cyber Front’s Attack Path Validation (APV) module empowers organizations to simulate real-world attack scenarios within their environments, without disrupting operations. By emulating adversary behavior, APV helps validate whether existing security controls can detect, block, or mitigate advanced threats such as ransomware, lateral movement, and privilege escalation.

Overview

APV is designed to test the resilience of your infrastructure by modeling how attackers could move through your systems if they gained initial access. These simulations are executed using lightweight agents that mimic attacker tactics, techniques, and procedures (TTPs), allowing organizations to visualize attack paths and identify blind spots in their defenses.

The module supports both cloud and on-premises environments and integrates seamlessly with existing security tools; it provides actionable insights that help security teams prioritize remediation efforts and strengthen their overall cyber posture.

Questions APV Helps Answer

• Can my current security controls detect and stop a ransomware attack?
• Are there overly permissive administrative rights that attackers could exploit?
• Is my network segmentation effective in limiting lateral movement?
• What are the most vulnerable paths an attacker could take in my environment?
• How can I prioritize remediation based on real attack scenarios?

Key Functions

• Attack Path Simulation: Emulates multi-stage attacks, including credential harvesting, lateral movement, and privilege escalation. 
• Control Validation: Tests the effectiveness of EDRs, firewalls, segmentation policies, and other security controls. 
• Threat Mapping: Visualizes the full attack path from initial access to target objectives.
• Reporting & Insights: Generates detailed reports with machine-level results, threat actions, and remediation recommendations. 
• Flexible Execution: Simulations can be run instantly or scheduled, with no impact on production systems.

Use Cases

• Modeling Attack Paths from Compromised Domain Users:
  Simulate what happens when a domain user account is compromised. APV traces how an attacker could move laterally, escalate privileges, and reach critical assets—helping teams understand the blast radius and containment strategies.
• Validating Segmentation Policies in Hybrid Environments:
  Test whether network segmentation effectively limits attacker movement across cloud and on-premises systems. APV highlights gaps in segmentation that could allow unauthorized access between zones.
• Identifying Overly Permissive Administrative Rights:
  Discover accounts or roles with excessive privileges that could be exploited. APV reveals how attackers could leverage these rights to gain control over systems, emphasizing the need for least-privilege access models.