RED TEAMING & ADVERSARY SIMULATION

Find out how far an attacker can get.

Simulate realistic attacks across your technology, identities, people, and processes to test whether critical systems can be compromised and whether your organization can detect and respond.

Technology · Identity · People · Processes · Detection · Response

Adversary progression & defensive checkpoints
  1. External exposure
  2. Initial access
  3. Identity
  4. Privilege
  5. Lateral movement
  6. Critical system
  7. Objective

Observations to evaluate

  • Prevented
  • Detected
  • Escalated
  • Contained
  • Missed

Illustrative progression, not engagement results. Objectives and techniques are authorized during scoping.

TEST THE DEFENSE, NOT JUST THE VULNERABILITY

Can a determined attacker reach what matters?

Individual security controls may work correctly in isolation.

A real attacker does not test them in isolation.

CyberCile red team engagements evaluate whether weaknesses across technology, identity, people, and processes can be combined into a realistic path toward a defined objective.

  1. CAN THEY GET IN?

    Evaluate realistic initial-access paths within the authorized engagement scope.

  2. CAN THEY MOVE?

    Test whether an initial foothold can lead to expanded access, privilege escalation, lateral movement, or additional system compromise.

  3. CAN THEY REACH THE OBJECTIVE?

    Determine whether the simulated adversary can reach critical systems, sensitive information, privileged functions, or defined business objectives.

  4. WILL YOU CATCH THEM?

    Evaluate whether security controls, monitoring, escalation processes, and response teams detect and respond to the simulated attack.

The objective is not simply to find vulnerabilities.

It is to test whether your defenses work together against a realistic adversary.

CHOOSE THE RIGHT TEST

Pentesting finds weaknesses. Red teaming tests whether they become an attack.

Penetration Testing

Primary objective
Identify and validate exploitable security weaknesses within a defined technical scope.
Typical focus
Applications · APIs · Mobile · Cloud · Infrastructure · Identity · Business logic
Primary question
What can be exploited?
Testing model
Broad vulnerability discovery and exploitation within an authorized scope.
Primary deliverable
Validated technical findings, evidence, remediation guidance, and retest results.

Red Teaming

Primary objective
Determine whether a realistic adversary can achieve defined objectives across interconnected defenses.
Typical focus
Technology · Identity · People · Processes · Detection · Response
Primary question
How far can an attacker get, and will we detect them?
Testing model
Objective-driven adversary simulation using multi-stage attack paths.
Primary deliverable
Attack narrative, attack-path evidence, control observations, detection and response findings, and remediation priorities.

Need help choosing?

Talk to Our Team

CONNECTED ATTACK SURFACE

Attackers look for paths across systems.

CyberCile evaluates how weaknesses and trust relationships across the authorized environment could be combined to advance toward the engagement objective.

  • RECONNAISSANCE & EXTERNAL EXPOSURE

    Evaluate authorized external attack surface information and potential entry points relevant to the engagement.

  • APPLICATIONS & APIs

    Test whether application and API weaknesses can provide access, information, privileges, or a path deeper into the environment.

  • IDENTITY & ACCESS

    Evaluate authentication, authorization, account recovery, credentials, privileges, identity boundaries, and access relationships.

  • CLOUD & INFRASTRUCTURE

    Evaluate relevant cloud services, exposed infrastructure, configurations, trust relationships, and potential lateral movement paths.

  • ENDPOINTS & INTERNAL SYSTEMS

    Where explicitly authorized, evaluate whether compromised access can be expanded through internal systems and services.

  • SECURITY CONTROLS

    Test whether preventive and detective controls interrupt the simulated attack.

  • PEOPLE & PROCESSES

    Where explicitly included and authorized, evaluate human and procedural attack paths such as approved social engineering scenarios.

  • DETECTION & RESPONSE

    Evaluate whether activity is detected, escalated, investigated, contained, and communicated appropriately.

OBJECTIVE-DRIVEN TESTING

Start with what an attacker would try to achieve.

Red team engagements are designed around agreed adversary objectives rather than an arbitrary number of vulnerabilities.

Examples may include:

GAIN PRIVILEGED ACCESS

Determine whether an attacker can obtain or escalate to high-value administrative or privileged access.

REACH SENSITIVE DATA

Evaluate whether attack paths can provide unauthorized access to protected customer, business, financial, or operational information.

COMPROMISE A CRITICAL APPLICATION

Determine whether interconnected weaknesses can lead to control of critical application functionality.

MANIPULATE A CRITICAL WORKFLOW

Test whether an adversary could bypass controls surrounding high-impact business or operational processes.

MOVE THROUGH THE ENVIRONMENT

Determine whether an initial foothold can be expanded through identities, systems, cloud resources, or trusted relationships.

TEST DETECTION & RESPONSE

Determine whether defenders identify, investigate, escalate, and respond to realistic adversary activity.

FINANCIAL & TRANSACTION ENVIRONMENTS

Test attack paths that could affect money movement.

For FinTech, PayTech, payments, MSBs, remittance, digital wallets, and other financial technology environments, adversary objectives can be designed around critical transaction and financial workflows.

Examples may include:

  • Unauthorized access to payment operations
  • Compromise of privileged financial functions
  • Manipulation of transaction workflows
  • Account takeover paths
  • Unauthorized changes to payment or settlement data
  • Compromise of administrative interfaces
  • Movement from customer-facing systems toward sensitive internal systems
  • Abuse of identity or authorization boundaries
  • Access to sensitive customer or transaction data

Objectives are defined and authorized during scoping.

HOW CYBERCILE OPERATES

A controlled attack with a defined objective.

  1. THREAT & OBJECTIVE DEFINITION

    Define the systems, threat scenarios, critical assets, business objectives, testing boundaries, acceptable impact, and adversary goals.

  2. RECONNAISSANCE

    Identify relevant information, exposed attack surface, technologies, identities, relationships, and potential entry points within the authorized scope.

  3. INITIAL ACCESS

    Attempt approved techniques designed to establish an initial foothold.

  4. EXPANSION

    Evaluate privilege escalation, lateral movement, identity abuse, trust relationships, and additional attack paths where authorized.

  5. OBJECTIVE EXECUTION

    Attempt to reach the agreed simulated objective while respecting engagement safety controls.

  6. DETECTION & RESPONSE OBSERVATION

    Evaluate which activities were prevented, detected, escalated, investigated, or missed.

  7. ATTACK RECONSTRUCTION

    Reconstruct the adversary path, including successful techniques, blocked techniques, pivots, control failures, and detection points.

  8. REMEDIATION & VALIDATION

    Prioritize improvements and, where included, validate corrective actions or conduct purple team exercises.

ASSUME THE ATTACKER GETS A FOOTHOLD

Would your team know?

Preventive controls are only one part of security.

Red teaming also evaluates whether suspicious activity becomes visible to the organization and whether the response process works under realistic conditions.

Evaluation follows the agreed scope. A complete incident response exercise is not automatically included.

PREVENTION

Which controls prevented adversary actions?

VISIBILITY

Which activities generated useful telemetry?

DETECTION

Which actions triggered meaningful security alerts?

ESCALATION

Did the right information reach the right people?

INVESTIGATION

Could defenders understand what was happening?

CONTAINMENT

Could the organization interrupt the attack path?

RESPONSE

Were technical and operational response processes effective?

RECOVERY

Where applicable, were recovery and post-incident processes prepared to support restoration and learning?

DELIVERABLES

See the attack through the adversary’s eyes.

Deliverables may include:

EXECUTIVE ATTACK NARRATIVE

A leadership-level explanation of what the simulated adversary attempted, how far the attack progressed, which critical objectives were reached, and what stopped or detected the activity.

TECHNICAL ATTACK TIMELINE

A structured reconstruction of key actions, pivots, access changes, attack paths, and defensive responses.

ATTACK-PATH EVIDENCE

Technical evidence showing relevant exploitation, access, privilege escalation, lateral movement, and control interactions.

VALIDATED SECURITY FINDINGS

Technical findings associated with successful or meaningful attack paths, including evidence and remediation guidance.

CONTROL OBSERVATIONS

Document which preventive and detective controls succeeded, failed, or provided incomplete protection during the engagement.

DETECTION & RESPONSE OBSERVATIONS

Show where adversary behavior was detected, missed, escalated, investigated, or contained.

MITRE ATT&CK MAPPING

Where appropriate, map relevant adversary techniques to MITRE ATT&CK to support communication and defensive improvement.

REMEDIATION PRIORITIES

Prioritize improvements based on the attack path, critical objectives, defensive gaps, and realistic impact.

TURN THE ATTACK INTO IMPROVEMENT

Test. Learn. Strengthen. Verify.

The value of red teaming is not the simulated compromise itself.

It is what your organization learns and improves afterward.

Where included in the engagement, CyberCile can work with defensive teams to review attack paths, improve visibility, strengthen controls, and validate corrective actions.

REPLAY IMPORTANT ATTACK PATHS

Walk defensive teams through significant adversary actions and decision points.

IMPROVE DETECTIONS

Use observed attack activity to identify opportunities for stronger logging, alerting, correlation, and detection logic.

STRENGTHEN CONTROLS

Address preventive and detective control gaps exposed during the engagement.

VERIFY CORRECTIONS

Where appropriate and included in scope, retest relevant security conditions to determine whether corrective actions changed the attack path.

Talk About Purple Teaming

WHEN TO USE RED TEAMING

Use red teaming when the question is bigger than “what vulnerabilities do we have?”

TEST MATURE DEFENSES

Your organization already performs vulnerability management and penetration testing and now needs to evaluate how those controls work together.

VALIDATE DETECTION & RESPONSE

You want to determine whether defenders can identify and respond to realistic attacker behavior.

TEST A CRITICAL ENVIRONMENT

You need deeper assurance around systems where compromise could create significant financial, operational, customer, or regulatory impact.

AFTER MAJOR SECURITY IMPROVEMENTS

You have invested in new controls, monitoring, identity architecture, or response capability and want to determine how they perform against realistic attacks.

BEFORE HIGH-STAKES SCRUTINY

A customer, financial partner, regulator, board, insurer, or other stakeholder requires stronger evidence of defensive capability.

ASSESS FINANCIAL ATTACK PATHS

You operate critical transaction or money-movement systems and need to understand whether interconnected weaknesses could lead to material impact.

STRUCTURED ADVERSARY SIMULATION

Grounded in recognized attack and testing frameworks.

MITRE ATT&CK

Use where appropriate to map adversary tactics and techniques.

PTES

Use relevant penetration testing concepts where appropriate.

NIST SP 800-115

Reference technical security testing guidance where applicable.

NIST CSF 2.0

Use where appropriate when discussing detection, response, and security program outcomes.

Frameworks inform the agreed engagement where relevant. A reference does not imply certification or regulatory acceptance.

Frequently asked questions

What is the difference between red teaming and penetration testing?

Penetration testing focuses on identifying and validating exploitable weaknesses within a defined technical scope. Red teaming is objective-driven and evaluates whether a realistic adversary can combine weaknesses across technology, identity, people, and processes to reach a critical objective while testing prevention, detection, and response.

Does red teaming include penetration testing?

A red team may use penetration testing techniques during an engagement, but the objective is different. The goal is not simply to identify as many vulnerabilities as possible. The goal is to determine whether an adversary can progress through a realistic attack path and achieve the agreed objective.

Does CyberCile perform social engineering?

Social engineering may be incorporated when explicitly requested, authorized, and scoped. It is not automatically included in every red team engagement.

Can you test production environments?

Potential production testing is evaluated during scoping. Rules of engagement, safety constraints, prohibited actions, communication procedures, and acceptable impact are established before testing begins.

How long does a red team engagement take?

Duration depends on the objectives, environment, attack surface, authorized techniques, testing constraints, and desired defensive validation. CyberCile establishes the engagement timeline during scoping.

Will our security team know about the engagement?

The knowledge model depends on the engagement objectives. Some exercises may use a limited control group to preserve realistic detection testing. Others may be collaborative. The approach is defined and authorized before testing.

Can CyberCile test our detection and response capability?

Yes, when included in scope. Red team activity can be used to evaluate visibility, alerting, escalation, investigation, containment, and response against agreed adversary scenarios.

Do you use MITRE ATT&CK?

CyberCile can map relevant adversary techniques and observed attack paths to MITRE ATT&CK where appropriate to help security teams understand attacker behavior and improve defensive coverage.

Can you red team financial systems?

Yes, within an explicitly authorized scope. CyberCile can design adversary objectives around financial applications, payment operations, identity systems, transaction workflows, administrative functions, and supporting infrastructure.

What happens after the engagement?

CyberCile documents the attack path, findings, defensive observations, and remediation priorities. Where included, follow-up work can include purple team exercises, remediation support, detection improvement, or independent validation of corrective actions.

TEST THE WHOLE DEFENSE

How far could an attacker get?

Put your technology, identities, controls, and response capability through a realistic adversary simulation before a real attacker does.