Run adaptive security validation campaigns across Linux and Windows environments and measure how far an attacker can progress through the environment. OZIPHR combines adaptive attack chains, MITRE ATT&CK-mapped evidence and runtime security-control validation to help Red and Blue Teams understand real defensive gaps.
OZIPHR automates adaptive red-team campaigns whose attack chains change based on whether the previous technique succeeds or fails — focusing on attacker reach rather than only whether individual techniques passed.
Campaign progression changes depending on whether the previous step succeeds, fails or is blocked.
Measure how far an attack chain progresses rather than relying only on isolated technique coverage.
Associate campaign evidence with ATT&CK techniques touched during the assessment.
Evaluate whether security monitoring and runtime controls detect or resist techniques executed during campaigns.
Provide technical evidence showing what was caught, missed, blocked or successfully reached.
Run validation workflows across supported Linux and Windows fleets.
Traditional Breach and Attack Simulation platforms commonly execute predefined techniques or fixed scenarios. OZIPHR positions its adaptive campaign engine around changing the next step according to the result of the previous one — a complementary, technically different approach.
Rather than running a fixed list end to end, an OZIPHR campaign decides its next move from the outcome of the last one — modelling how a real intrusion would adapt to what works and what is blocked.
Traditional BAS often runs predefined techniques or scenarios. This remains useful, and OZIPHR is positioned to complement it.
The focus is measuring how far a chain progresses, not only whether individual techniques passed.
OZIPHR can test whether specific runtime monitoring mechanisms can be disrupted or blinded without detection. This is scoped to the monitoring tools below and is not a broader claim about bypassing every EDR.
The platform describes testing monitor-blinding scenarios against common runtime monitoring mechanisms — checking whether they can be disrupted or blinded without detection.
Whether these monitoring mechanisms detect executed techniques — or can be blinded without raising an alert.
Scoped to the runtime monitoring tools listed here, providing evidence rather than blanket bypass claims.
Successful and blocked techniques influence how the campaign advances, so the path reflects what the environment actually allows.
A campaign moves through discovery and probing, advances and pivots where techniques succeed, and collects evidence throughout — then maps findings to MITRE ATT&CK and reports.
What succeeds or is blocked determines the next step, shaping how far the campaign reaches.
Evidence is collected along the path and associated with the ATT&CK techniques touched.
Documented platform scope is summarised below. OZIPHR currently describes 58 named campaign scenarios. Support should be confirmed against the documentation for your specific distributions and versions.
Documented Linux platform scope.
Documented Windows platform scope.
OZIPHR currently describes 58 named campaign scenarios that exercise adaptive attack chains.
OZIPHR is not designed for Red Teams alone — its evidence and attacker-reach results support Blue Teams and security leadership too.
Rehearse realistic adaptive attack paths and validate how far the campaign can progress.
Understand which controls detected, blocked, missed or were susceptible to blinding.
Use evidence and attacker-reach results to prioritise remediation and demonstrate defensive posture.
Evaluate how OZIPHR can fit into your Red Team, Blue Team and security validation workflows. CyberDistro can help your team scope the use case and coordinate a tailored product demonstration.
Adaptive campaigns, attacker reach, MITRE ATT&CK mapping, platform coverage and runtime monitoring validation.
OZIPHR is an adaptive red team automation and security validation platform. It runs adaptive attack campaigns across Linux and Windows environments to measure attacker reach, maps evidence to MITRE ATT&CK, and validates whether runtime security controls detect or resist the techniques executed.
Traditional Breach and Attack Simulation commonly executes predefined techniques or fixed scenarios. OZIPHR uses an adaptive campaign engine that changes the next step according to the result of the previous one. The approaches are complementary — OZIPHR emphasises attacker reach rather than a fixed catalog.
Attacker reach is a measure of how far an attack chain progresses through the environment, rather than only whether isolated techniques passed. It reflects what the environment actually allowed an adaptive campaign to achieve.
Yes. Campaign evidence is associated with the MITRE ATT&CK techniques touched during the assessment, giving Red and Blue Teams a shared language for what was exercised.
Documented Linux scope includes kernel 5.4+, Ubuntu 20.04+, Debian 11+, CentOS / RHEL 8+, Amazon Linux 2023, Docker and Kubernetes. Confirm support for your specific distributions and versions against the documentation.
Yes. Documented Windows scope includes Windows Server and Windows workstation endpoints.
It refers to testing whether runtime monitoring mechanisms can be disrupted or blinded without detection. OZIPHR describes monitor-blinding scenarios scoped to specific runtime monitoring tools — this is not a general EDR-bypass claim.
Yes. OZIPHR specifically describes monitor-blinding testing involving Falco, Tracee, Tetragon, Wazuh and auditd — evaluating whether these mechanisms detect executed techniques or can be blinded.
No. Red Teams rehearse adaptive attack paths, Blue Teams learn which controls detected, blocked, missed or were susceptible to blinding, and security leadership uses the evidence and attacker-reach results to prioritise remediation and demonstrate posture.
OZIPHR is a product of Milenium Security. CyberDistro can help your team scope the use case and coordinate a tailored product demonstration.
Official OZIPHR website and distributor contact.
For scoping, evaluation and a tailored product demonstration of OZIPHR, talk to CyberDistro.
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