Red Team Operations
Adversarial Simulation
at Enterprise Scale
Realistic multi-stage attack campaigns aligned to the threats your organization actually faces. Not scripted tests — genuine adversarial operations conducted by operators who think and act like your adversaries.
Attack Scenarios
Operations Designed Around Real Threat Actors
Each red team engagement is designed around the specific threat actors and attack techniques relevant to your industry, technology stack, and organizational profile. Generic engagements produce generic results.
Advanced Persistent Threat Simulation
APT simulations emulate the tradecraft, tooling, and patience of nation-state and sophisticated financially motivated threat actors. Operations span weeks to months, progressing through initial access, establishing persistence, moving laterally across the environment, and ultimately achieving mission objectives such as data exfiltration or operational disruption.
Threat actor profiles are selected based on your industry and geopolitical exposure. Financial institutions receive simulations aligned to groups like APT38 and FIN7. Healthcare and pharmaceutical organizations see campaigns aligned to state-sponsored espionage groups with a history of targeting healthcare IP.
Objectives
- Test detection and response across the full attack lifecycle
- Assess effectiveness of threat hunting and SOC procedures
- Identify pathways to crown jewel assets
Tactics and Techniques
- Spearphishing and targeted social engineering
- Living-off-the-land (LOL) technique emphasis
- Custom malware implants with EDR evasion
- Proprietary C2 infrastructure Verified
- Privilege escalation and credential harvesting
- Data staging and exfiltration simulation
Outcome Metrics
Ransomware Readiness Assessment
Ransomware operations follow a predictable pattern: initial access via phishing or exploited vulnerabilities, lateral movement to expand footprint, exfiltration of sensitive data for double-extortion leverage, and finally deployment of encryption payloads. Our ransomware readiness simulation executes each phase — stopping short of actual encryption — to test your organization's ability to detect and interrupt the attack before ransomware payload delivery.
Pre-ransomware conditions are evaluated: backup accessibility and integrity, EDR coverage gaps that allow lateral movement, network segmentation weaknesses that facilitate spread, and incident response procedure maturity. The simulation produces a readiness gap analysis with specific technical and procedural improvements.
Objectives
- Validate backup integrity and recovery capability
- Test network segmentation against lateral spread
- Assess IR procedure readiness and response time
Tactics and Techniques
- Initial access via phishing and exposed services
- Domain compromise and AD exploitation
- Backup access and shadow copy targeting
- Data staging and exfiltration (simulated)
- Pre-encryption condition simulation (no encryption)
- Ransomware group TTP alignment (LockBit, BlackCat profiles)
Outcome Metrics
Insider Threat Simulation
Insider threat scenarios assume an operator begins with legitimate access — representing a malicious or compromised employee, contractor, or privileged service account. From this starting position, the engagement tests whether your DLP controls, privileged access management, user behavior analytics, and monitoring are sufficient to detect and contain insider-originated data theft or sabotage.
Simulation parameters are designed collaboratively — defining which user persona the operator emulates (standard employee, IT administrator, finance team member) — ensuring the test reflects plausible insider risk relevant to your organizational structure and sensitive data locations.
Objectives
- Test DLP and data exfiltration controls
- Assess UEBA and anomalous behavior detection
- Validate privileged access boundaries
Tactics and Techniques
- Legitimate credential misuse and access abuse
- Mass data access and collection attempts
- Exfiltration via email, USB, cloud storage
- Privilege escalation from standard account
- Log and audit trail manipulation
- Configuration sabotage and backdoor placement
Outcome Metrics
Supply Chain Attack Simulation
Supply chain attacks exploit the trust relationships between an organization and its software vendors, managed service providers, and third-party integrations. Following the pattern established by incidents like SolarWinds and 3CX, these engagements simulate an attacker gaining initial access through a trusted third-party channel — testing whether your environment would detect and contain a compromise originating from a source your organization inherently trusts.
The simulation includes trusted software update abuse scenarios, MSP access path compromise, and third-party API key exploitation — reflecting the realistic attack surfaces that supply chain threat actors actively target.
Objectives
- Test detection of trusted-source compromise
- Assess third-party access boundaries and monitoring
- Validate vendor risk management controls
Tactics and Techniques
- Trusted vendor credential and access simulation
- Software update path abuse simulation
- MSP remote access tool exploitation
- Third-party API key and OAuth abuse
- Cross-tenant lateral movement in multi-tenant environments
- Persistence via trusted software channel
Outcome Metrics
Physical Intrusion and Social Engineering
Sophisticated attackers do not restrict themselves to digital channels. Physical access to server rooms, unattended workstations, and network infrastructure can bypass the most sophisticated perimeter defenses entirely. Physical intrusion testing combined with pretext-based social engineering operations tests the human and physical security layers that technical controls cannot cover.
Social engineering campaigns — vishing, pretexting, and targeted spearphishing — test employee susceptibility to manipulation. Physical assessments test access controls, visitor management procedures, badge cloning vulnerability, and tailgating resistance. All physical and social operations require detailed pre-engagement authorization and are conducted with named operator identification held in escrow.
Objectives
- Test physical access control effectiveness
- Assess employee social engineering susceptibility
- Validate security awareness training effectiveness
Tactics and Techniques
- Tailgating and physical access bypass attempts
- Badge and access card cloning (where in scope)
- Vishing campaigns targeting sensitive information
- Pretext-based pretexting and impersonation
- Rogue device placement on network
- Open-source intelligence gathering (OSINT)
Outcome Metrics
MITRE ATT&CK
Comprehensive ATT&CK Framework Alignment
All red team operations are mapped to the MITRE ATT&CK Enterprise framework. This provides a common language for communicating findings to technical defenders, enables direct comparison against your SIEM detection coverage, and supports structured purple team exercises.
Operator Capabilities
Operators Built for Genuine Adversarial Operations
Red team effectiveness is determined entirely by operator quality. Our operators hold industry-recognized certifications, develop custom tooling, and operate proprietary command-and-control infrastructure designed to evade modern enterprise detection stacks.
Certified Operators
All red team operators hold advanced offensive security certifications including OSCP, OSCE3, GXPN, CRTO, and CRTE Verified. Certifications are maintained current and supplemented with continuous adversary research tracking nation-state and financially motivated group tradecraft evolution.
Custom Tooling
Commercial offensive security tools are detected by mature EDR and SIEM deployments. Our operators develop and maintain custom implants, loaders, and post-exploitation tooling with EDR evasion capability built against the current generation of endpoint detection products Verified. Custom tooling is purpose-built per engagement as required.
- Custom implant and loader development
- EDR evasion and AV bypass capability
- Engagement-specific tool development
Proprietary C2 Infrastructure
Operations are conducted over SecureSphereLabs-operated command-and-control infrastructure with domain fronting, traffic masquerading, and certificate management designed to resist detection and attribution Verified. Infrastructure is rebuilt per engagement to ensure no cross-client contamination and to simulate realistic threat actor operational security.
- Proprietary C2 framework Verified
- Domain fronting and traffic masquerading
- Per-engagement infrastructure rebuild
Engagement Deliverables
Structured Output That Drives Security Improvement
A red team engagement produces intelligence, not just a list of findings. Our deliverable package is designed to serve every stakeholder — from the incident responder who needs technical detail to the board member who needs strategic context.
Red Team Report
Full technical documentation of the engagement including: scope definition, timeline of operations, techniques employed mapped to MITRE ATT&CK, all findings with severity ratings, evidence screenshots and logs, and detection event analysis showing which actions triggered alerts and which evaded detection.
Attack Narrative
A chronological account of the engagement written from the attacker's perspective. The attack narrative documents decisions made, obstacles encountered, techniques adapted, and objectives achieved. This format is particularly valuable for incident response team training, providing a realistic attack playbook for detection and response exercise design.
Blue Team Recommendations
Specific detection logic recommendations for each technique employed, including suggested SIEM rules, EDR configuration changes, and threat hunting queries. Blue team recommendations are formatted for direct implementation by your SOC team and include detection content for Splunk, Sentinel, and Elastic where applicable.
Executive Briefing
A concise executive presentation translating technical findings into business risk language. The executive briefing presents the engagement story — what was attempted, what succeeded, what business impact was demonstrated — alongside a prioritized investment roadmap. Designed for CISO-to-board communication and optionally delivered as a live briefing session.
Remediation Roadmap
A prioritized, actionable remediation roadmap sequencing identified weaknesses by risk impact, remediation effort, and dependency. The roadmap distinguishes quick-win tactical fixes from longer-term architectural improvements, enabling security leadership to present a structured improvement program to executive stakeholders and board risk committees.
Authorization and Safety
Rules of Engagement
Red team operations that proceed without rigorous authorization frameworks expose clients to legal liability and operational risk. Every engagement is governed by a comprehensive Rules of Engagement (RoE) document executed before any testing activity commences.
Authorization documents define the precise scope boundary, excluded systems and networks, permitted techniques, time-of-day restrictions, and the emergency abort procedure. Deconfliction protocols ensure that legitimate incident response activities triggered by red team actions are identified and managed without operational disruption.
Physical and social engineering operations require additional named-operator authorization letters with CISO-level signatory and designated emergency contacts available throughout the operation. All authorization documentation is retained securely for the engagement lifecycle.
- Signed Rules of Engagement before any activity
- Explicit scope boundaries and exclusion lists
- Deconfliction protocol with SOC and IR teams
- Emergency abort and immediate notification procedures
- Named operator authorization for physical operations
- 24/7 emergency contact during active operations
- Immediate critical vulnerability notification
- Secure handling of all data accessed during operations
Engagement Lifecycle
Six-Phase Red Team Engagement Process
Structure and rigor in engagement management ensures operations deliver maximum intelligence value while maintaining safety, legal compliance, and client trust throughout.
Intelligence Gathering and Threat Profiling
OSINT collection, threat actor research, and organizational intelligence gathering relevant to your industry and technology footprint. Define the threat actor profile the engagement will emulate. Identify the specific crown jewel assets — data, systems, or capabilities — that represent the engagement objectives. Document all findings in a pre-engagement intelligence dossier.
Scoping, Authorization, and Rules of Engagement
Define precise scope boundaries, excluded systems, and permitted technique categories. Execute Rules of Engagement documentation with appropriate organizational signatories. Establish deconfliction procedures with your SOC or IR team (optional — white-team deconfliction can be excluded for maximum realism). Configure emergency abort and notification procedures. Confirm engagement timeline and communication protocols.
Initial Access Operations
Execute initial access attempts aligned to the threat actor profile — phishing campaigns, exploitation of exposed services, physical access attempts, or trusted partner access simulation as defined in scope. Document all access attempts, techniques employed, and outcomes. Establish initial foothold and validate C2 channel reliability before advancing to subsequent phases.
Post-Exploitation and Objective Pursuit
From established foothold, execute post-exploitation activities — privilege escalation, lateral movement, credential harvesting, and persistent access establishment. Progressively advance toward engagement objectives while maintaining operational security and avoiding actions that exceed authorized scope. Document the attack path, decisions made, and detection events observed in real time.
Cleanup and Safe Decommission
Remove all operator-placed artifacts — implants, backdoors, created accounts, scheduled tasks, and registry modifications — from client systems. Validate removal of all persistence mechanisms and C2 communication channels. Provide client with a complete artifacts inventory for independent verification. Archive all engagement evidence securely per agreed retention policies.
Reporting, Briefing, and Remediation Planning
Deliver the complete deliverable package: technical red team report, attack narrative, blue team recommendations, executive briefing, and remediation roadmap. Conduct a technical debrief with the security operations team to walk through the attack path and answer operational questions. Deliver the executive briefing to CISO and board-level stakeholders. Optionally facilitate a purple team exercise to validate detection improvement.
Frequently Asked Questions
Red Team Operations Questions
A penetration test is a structured, time-boxed assessment with defined scope that attempts to identify and exploit as many technical vulnerabilities as possible. The goal is comprehensive vulnerability coverage. A red team engagement is goal-oriented: operators are given specific objectives (exfiltrate data, reach a critical system, achieve domain dominance) and must use realistic attacker tradecraft to achieve them. Red team operations are covert — the blue team is not informed — and measure the effectiveness of your detection and response capability, not just your vulnerability exposure. Red team operations require mature organizations with existing security programs; penetration testing is appropriate earlier in the security maturity curve.
This is one of the most important structural decisions in red team engagement design. A black-box engagement — where the SOC is not informed — produces the most realistic measure of your detection and response capability. However, it carries higher risk: legitimate incident response may be triggered, requiring deconfliction procedures. A white-team model — where a small authorized group knows the engagement is occurring but the SOC does not — provides a balance of realism with operational control. A purple team model — where both red and blue teams collaborate throughout — maximizes learning velocity but sacrifices realism. We discuss these models during scoping and recommend the approach appropriate for your maturity level and organizational risk tolerance.
Red team engagement duration varies significantly based on scope, objectives, and environmental complexity. Focused engagements with specific objectives in defined environments can be completed in two to four weeks. Full-scope enterprise engagements emulating sophisticated APT actors typically run four to twelve weeks of active operations. TIBER-EU framework engagements have defined minimum durations set by the framework specification. Duration should be calibrated to the sophistication of the threat actor being emulated — rushed red team operations sacrifice realism and reduce the value of the exercise. We discuss timeline expectations in detail during the scoping phase and recommend durations appropriate to your objectives.
The Rules of Engagement define an immediate notification protocol for critical findings that present material operational or data risk. If operators identify a critical vulnerability — an unauthenticated remote code execution on a production payment system, for example — the designated emergency contact is notified within a defined timeframe regardless of whether exploiting the finding would benefit the engagement. The engagement continues after notification, or the white team may instruct operators to pause while the client assesses and begins remediation. Immediate notification does not compromise the engagement's confidentiality from the SOC; all notifications go through the pre-designated white team channel.
TIBER-EU (Threat Intelligence-Based Ethical Red Teaming) is a European Central Bank framework for conducting red team exercises in financial institutions operating in the European Union. It mandates a specific engagement structure: an independent Threat Intelligence Provider produces a targeted threat intelligence report specific to your organization, which then forms the basis for a red team engagement conducted by an independent Red Team Provider. TIBER-EU is mandatory for some systemically important financial institutions and is increasingly adopted voluntarily by banks, insurers, and financial market infrastructure operators seeking structured adversarial testing. We serve both Threat Intelligence Provider and Red Team Provider roles within the TIBER-EU framework System Verified.
Engage Our Team
Engage the Red Team
Contact us to discuss your adversarial testing objectives. We will scope an engagement aligned to the specific threats your organization faces — not a generic exercise.