Red Teaming Assessments That Validate Real-World Risk
Most security programs rely on assumptions about how attacks will unfold. Red teaming replaces assumptions with evidence, showing how real attackers move through your environment, where defenses fail, and what actually puts the business at risk.
Our Red Teaming Assessments simulate advanced adversaries across your environment, validating your ability to detect, respond, and contain real-world attack scenarios before they happen.
Continuous Adversary Simulation
Simulate real-world attack paths across your environment, combining technical, human, and physical vectors to replicate how attackers actually operate.
Validated Security Gaps
Move beyond theoretical risk by confirming which weaknesses can be exploited, how far an attacker can go, and what impact they can achieve.
Operational Readiness Insights
Evaluate detection, response, and coordination across teams to identify breakdowns in processes, tooling, and communication under real attack conditions.
Red Teaming That Validates Real-World Risk, Not Just Findings
Our Red Teaming Assessments are designed to move beyond isolated vulnerabilities and show how real attackers would operate in your environment.
Instead of point-in-time testing or theoretical risk, we simulate adversaries across your attack surface, combining technical, human, and physical vectors to expose how breaches actually happen, how far they can go, and how your team responds under pressure.
Simulate Real Attacks Across Your Environment
We emulate real-world adversaries using tactics, techniques, and procedures that mirror how attackers operate today. This includes targeting applications, infrastructure, identities, and users to replicate full attack paths, not isolated events.
Understand How Exposures Become Breaches
Red teaming connects the dots between vulnerabilities, misconfigurations, and human factors to show how attackers chain exposures together. This reveals what can actually be exploited and how critical systems can be reached.
Evaluate Detection and Response in Real Time
Your security tools and team are tested under real conditions, measuring how effectively threats are detected, investigated, and contained. This highlights gaps in visibility, alerting, and response workflows.
Turn Findings Into Measurable Improvements
Every scenario is mapped to real business impact and translated into clear remediation actions. This ensures your team can strengthen controls, improve coordination, and reduce risk in a way that is measurable over time.
Why General Bank of Canada Chose Our Red Teaming Assessments to Validate Their Security Posture
Learn why a Schedule-1 Canadian Bank chose to use TrollEye Security for an in-depth Red Teaming Assessment to validate their security posture across technical, physical, and dark web attack paths.
The Red Team exercise conducted by TrollEye Security provided invaluable insights into our cybersecurity posture. The comprehensive approach combining dark web analysis, phishing campaigns, external penetration testing, physical security testing, and internal network assessments gave us a realistic view of our security posture.
How Our Red Teaming Process Works
Every engagement is built around a specific scenario, a realistic attacker objective designed for your industry and threat profile. Our team conducts each phase with the precision and patience of a sophisticated adversary, not as a scripted test with known boundaries.
Rather than stopping at point of access, we pursue objectives: escalating privileges, moving laterally, exfiltrating data, and assessing your ability to detect and respond at every stage. The result is a clear picture of how a real attack would unfold and what it would take to stop it.
Reconnaissance & Planning
Before testing begins, we build a complete understanding of the organization’s exposure across technical infrastructure, identities, employees, physical locations, and publicly available intelligence. This phase allows us to develop realistic attack paths that mirror how modern adversaries combine multiple attack vectors to gain access.
External Attack Surface Mapping
Identify internet-facing infrastructure and externally accessible systems that could serve as entry points for attackers.
Dark Web Exposure Analysis
Investigate exposed credentials, breach records, leaked access, and identity exposure tied to the organization across dark web and underground sources.
Human Attack Surface Profiling
Gather publicly available employee and executive information used to support phishing, impersonation, and social engineering attack scenarios.
Physical Security Reconnaissance
Assess publicly exposed facility information, office locations, access procedures, and environmental weaknesses that could contribute to physical intrusion attempts.
Open-Source Intelligence Collection
Aggregate intelligence from domains, subdomains, third-party relationships, social platforms, and public records to identify exploitable exposure.
Multi-Vector Attack Path Development
Build realistic attack scenarios that combine technical, physical, human, and identity-based attack vectors into coordinated offensive operations.
Rules of Engagement Alignment
Define testing objectives, operational boundaries, escalation procedures, and engagement scope to ensure safe and controlled execution.
Initial Access & Exploitation
Once viable attack paths are identified, the next step is attempting to gain access through the same methods real adversaries use. This includes exploiting technical vulnerabilities, leveraging exposed credentials, targeting employees through social engineering, and testing physical security weaknesses to determine whether unauthorized access can be achieved across multiple exposure areas.
Network & Application Exploitation
Test external systems, applications, APIs, and cloud infrastructure for exploitable vulnerabilities that could provide unauthorized access.
Phishing & Social Engineering Simulations
Conduct phishing campaigns and social engineering exercises designed to evaluate employee susceptibility and credential compromise risks.
Credential Validation & Identity Testing
Validate exposed usernames, passwords, and leaked accounts identified through dark web analysis to determine whether access remains active.
Physical Intrusion Testing
Simulate physical attack scenarios, including tailgating, badge bypass attempts, device access, and onsite social engineering techniques.
Identity-Based Attack Simulation
Test password spraying, credential stuffing, authentication weaknesses, and insecure access controls where authorized within scope.
Misconfiguration & Access Weakness Testing
Identify exploitable security gaps caused by weak configurations, exposed services, insecure remote access, or improper hardening practices.
Coordinated Multi-Vector Access Testing
Combine technical, human, physical, and identity-based attack methods to replicate realistic attacker behavior.
Lateral Movement & Escalation
After initial access is established, we determine how far access can spread across the environment by testing internal segmentation, privilege controls, identity infrastructure, and operational weaknesses that could allow attackers to move laterally, escalate privileges, and expand control.
Internal Network Pivoting
Assess network segmentation and internal controls by testing how attackers could move between systems after compromise.
Privilege Escalation Validation
Identify opportunities to gain elevated access through misconfigurations, weak permissions, vulnerable systems, or insecure operational practices.
Active Directory & Identity Assessment
Evaluate authentication systems, trust relationships, excessive permissions, and identity infrastructure weaknesses that could enable broader compromise.
Credential Reuse Analysis
Test for password reuse, shared credentials, and poor access management practices that increase the risk of lateral movement.
Internal Application Access Testing
Validate whether compromised users can improperly access sensitive applications, systems, or restricted business functions.
Persistence Technique Simulation
Assess whether attackers could maintain long-term access through persistence mechanisms, unmanaged accounts, or insecure configurations.
Cross-Environment Attack Path Analysis
Evaluate how technical systems, identities, and operational processes could be chained together to deepen compromise.
Objective Completion & Data Exfiltration
With elevated access established, the engagement shifts toward simulating real attacker objectives. This includes testing whether sensitive data, business-critical systems, operational technology, financial assets, or restricted environments can be accessed, disrupted, or extracted while evaluating the organization’s ability to detect and respond to the activity.
Sensitive Data Access Validation
Test access controls protecting financial data, customer records, intellectual property, regulated information, and business-critical systems.
Controlled Data Exfiltration Simulation
Safely simulate data exfiltration scenarios to evaluate monitoring, alerting, and response effectiveness.
Detection & Monitoring Evaluation
Assess SIEM, EDR, logging, and alerting capabilities during active attacker simulation to identify visibility gaps.
Ransomware Attack Path Testing
Simulate ransomware-style attack progression to evaluate operational resilience and business disruption exposure.
Physical Asset Access Testing
Validate whether physical attack vectors could expose sensitive documents, systems, devices, or restricted operational areas.
Identity Compromise Impact Analysis
Measure how compromised credentials and exposed identities could contribute to broader organizational compromise.
Objective-Based Adversary Simulation
Execute realistic attack scenarios aligned to the organization's critical assets, operational risks, and threat landscape.
Debrief & Remediation Guidance
Finally, we focus on breaking down the attack paths that succeeded, identifying the root causes that enabled compromise, and providing actionable remediation guidance that strengthens technical controls, operational processes, employee awareness, identity security, and long-term resilience.
Attack Path Breakdown
Provide a complete analysis of successful attack chains across technical, physical, human, and identity-based attack vectors.
Root Cause Remediation Guidance
Deliver prioritized recommendations focused on eliminating the underlying operational and security weaknesses that enabled compromise.
Executive & Technical Reporting
Provide tailored reporting for leadership, security teams, IT personnel, and operational stakeholders based on business and technical impact.
Detection Gap Analysis
Identify monitoring, logging, alerting, and response deficiencies observed during simulated attacker activity.
Security Control Improvement Recommendations
Recommend enhancements to segmentation, identity management, employee awareness, physical security, and defensive processes.
Exposure Reduction Strategy Development
Help organizations strengthen continuous exposure management practices to reduce recurring attack patterns over time.
Collaborative Remediation Planning
Work directly with internal teams to prioritize remediation efforts and improve long-term organizational resilience.
Resources on Red Teaming
Explore our case studies, articles, and guides to understand how red teaming works, what it finds, and why leading organizations use adversary simulation to stay ahead of real threats.
Why GBC Chose Our Red Teaming Assessments to Validate Their Security Posture
Ready to See How Your Defenses Hold Up Against Real Adversaries?
Don’t wait for a breach to show you where your defenses fall short. Our Red Teaming assessments give you a proactive, adversary-driven view of your security posture, before attackers do.
Contact TrollEye Security today to discuss how our Red Teaming services can help you identify real attack paths, validate your detection capabilities, and build a more resilient security program.
