EDR and AV Effectiveness Testing
Validate whether your endpoint protection tools block, detect, or miss real-world attack behaviours — across EDR, AV, EPP, and XDR platforms.
Valitrix Product Module
Test EDR, AV, and XDR
in production, continuously.
The Valitrix endpoint module safely simulates real attacker techniques against your live EDR, AV, EPP, and XDR — then shows which ones were blocked, detected, logged, or missed. For the discipline itself, see the Endpoint Security Validation guide.
- Measure prevention, detection, and response on live EDR, AV, EPP, and XDR.
- Map every simulation result to MITRE ATT&CK tactics and technique IDs.
- Turn missed detections into detection-engineering and policy-tuning work.
This page vs the validation guide
This is the product page — how Valitrix tests your live EDR, AV, EPP, and XDR. The Endpoint Security Validation guide explains the discipline: what the practice is, why it differs from a pentest, and how to measure endpoint control coverage. Use the guide to learn; use this page to evaluate the module.
What the Valitrix endpoint module does
Live control testing, not a paper audit.
The Valitrix endpoint module…
The Valitrix endpoint module tests live EDR, AV, EPP, and XDR by executing controlled adversary techniques on approved endpoints and recording whether each one was blocked, detected, logged, or missed.
Valitrix EPSV validates endpoint defences by safely simulating attacker techniques such as script execution, credential access, privilege escalation, persistence, defense evasion, ransomware behaviour, and data staging. The result is evidence-based visibility into what your endpoint tools stop, what they detect, and what they miss.
Unlike a static configuration audit, EPSV triggers actual control responses — so you see real prevention and detection rates, not assumed ones. Every result is mapped to a MITRE ATT&CK technique, giving security teams a shared language for gaps, risk, and remediation priority.
Valitrix EPSV helps by…
Running controlled, MITRE ATT&CK-mapped simulations on approved endpoints and measuring whether each attack was blocked, detected, logged, or missed — then surfacing actionable remediation for every gap.
Security teams use EPSV to…
Continuously prove the real effectiveness of EDR, AV, EPP, XDR, and SIEM controls between red team engagements — and to validate improvements after policy changes, tuning exercises, or tooling updates.
The main outputs are…
A per-technique detection and prevention scorecard, ATT&CK coverage heatmap, missed-detection list with remediation guidance, SIEM visibility assessment, and executive-ready risk reporting.
Why live EDR testing matters
EDR configured is not the same as EDR working.
Endpoints remain a primary initial foothold for attackers. Yet the effectiveness of EDR, AV, and EPP tools depends on correct policy configuration, telemetry tuning, and operational response workflows — none of which can be assumed.
Silent configuration gaps
Exclusions, policy exceptions, and default configurations routinely create blind spots that go undetected until an attacker exploits them.
Alert fatigue hides real threats
Weak SIEM correlation and noisy EDR alerts cause security teams to miss genuine detections buried in high-volume alert queues.
Tools assume protection exists
Vendors test against their own benchmarks. EPSV tests against your actual environment, your configuration, and your telemetry pipeline.
Control drift after changes
Policy updates, software rollouts, and exclusion changes silently degrade detection coverage. Continuous validation catches drift before attackers do.
Key CapabilitiesValidate EDR, AV, EPP, XDR, and SIEM
Validate EDR, AV, EPP, XDR, and SIEM
detection coverage.
Endpoint Security Validation (EPSV) covers the full breadth of real-world endpoint attack techniques — from initial access and credential access through to defense evasion and exfiltration.
MITRE ATT&CK-Aligned Simulation
Every simulation maps to a specific ATT&CK tactic and technique, giving you a measurable coverage picture against the industry-standard adversary framework.
Ransomware and Malware Behaviour Validation
Safely test encryption activity patterns, process injection, payload staging, and persistence behaviour without executing real malware in your environment.
Fileless and Living-off-the-Land Testing
Validate detection of PowerShell abuse, WMI, LOLBins, obfuscated scripts, and command-line interpreter abuse — the techniques that most often evade signature-based controls.
Credential Access and Privilege Escalation
Assess whether endpoint controls detect LSASS access attempts, token manipulation, UAC bypass behaviour, and privilege escalation paths from standard user to system.
SIEM and Detection Pipeline Validation
Confirm that endpoint telemetry reaches the SIEM, correlation rules trigger, and meaningful alerts are generated — not just that the endpoint tool ran.
Defense Evasion Validation
Measure whether your controls detect AMSI bypass, process injection, timestomping, and other evasion techniques used to disable or blind security tooling.
Remediation and Detection Engineering Guidance
Convert every missed detection into a prioritised tuning action — including hardening steps, detection logic recommendations, and remediation evidence for retesting.
How Valitrix EPSV Works
From selected scenario to remediated gap — in five steps.
01
Select endpoint validation scenarios
Choose from a library of MITRE ATT&CK-mapped endpoint attack scenarios or run a full kill-chain campaign across your approved test endpoints.
02
Run controlled simulations on approved endpoints
Valitrix agents execute inert, scope-approved simulations — triggering real control responses without causing data loss or system disruption.
03
Capture prevention, detection, logging, and SIEM outcomes
Each simulation records whether the behaviour was blocked, detected, logged only, or missed — and whether the event reached your SIEM and generated an alert.
04
Map results to MITRE ATT&CK and risk categories
Results are automatically tagged by ATT&CK tactic, technique ID, and risk severity — giving you a coverage heatmap and gap summary your team can act on.
05
Prioritise remediation and retest until controls improve
Valitrix surfaces actionable remediation guidance for each gap. Retest the same techniques after tuning to confirm your controls have improved.
Live Simulation
Watch an endpoint attack run and get caught.
An 8-stage APT kill chain executed against a live endpoint. Each stage maps to a MITRE ATT&CK technique and shows a real detection outcome — blocked, detected, or missed.
Initial AccessT1566.001
Spearphishing Attachment
Malicious DOCX opened — VBA macro triggers download cradle
ExecutionT1059.001
PowerShell
Encoded PS1 payload launched from macro — Base64 obfuscated
PersistenceT1547.001
Registry Run Keys
HKCU\…\Run key written — silent autostart on next logon
Privilege EscalationT1548.002
Bypass UAC
fodhelper.exe hijack attempted — elevation to high integrity
Defense EvasionT1562.001
Disable Security Tools
AMSI bypass injected into powershell.exe memory space
Credential AccessT1003.001
LSASS Memory
MiniDumpWriteDump API called targeting lsass.exe
DiscoveryT1082
System Information
systeminfo, ipconfig, net user, arp — environment enumeration
ExfiltrationT1041
Exfil Over C2 Channel
Staging archive uploaded to attacker C2 via HTTPS beacon
edr-detection-stream.log
Waiting for simulation to start…
Measurable Outcomes
Measure Prevention, Detection, and Response Effectiveness.
Endpoint Security Validation (EPSV) produces concrete, evidence-backed outputs that security teams can use for remediation prioritisation, executive reporting, and compliance evidence — not just a list of vulnerabilities.
EPSV does not only show whether an attack ran. It shows whether your endpoint control blocked it, detected it, logged it, and created useful investigation evidence — and maps each outcome to the MITRE ATT&CK technique that was simulated.
Learn how BAS underpins EPSVWhat Valitrix EPSV measures
- Blocked vs detected vs missed techniques
- Detection coverage by MITRE ATT&CK tactic
- EDR and AV prevention ratio
- SIEM visibility and alert quality per technique
- High-risk endpoint behaviour exposure
- Control drift over time across campaigns
- Remediation status and retest evidence
- Cross-platform coverage (Windows, Linux, macOS)
Results are mapped to MITRE ATT&CK technique IDs, providing a common framework for communicating gaps to detection engineers, SOC teams, and executive stakeholders.
Endpoint Security Validation Use Cases
Real-world scenarios where EPSV delivers evidence.
Validate EDR deployment before production rollout
Confirm your EDR configuration, policies, and telemetry are working before wider deployment.
Test controls after policy or tooling changes
Re-validate detection coverage whenever EDR policies, exclusions, or SIEM rules are modified.
Measure ransomware readiness
Run safe ransomware-behaviour simulations to confirm your controls detect encryption activity and persistence mechanisms.
Support purple team and SOC tuning exercises
Provide detection engineers with repeatable, evidence-backed validation of EDR and SIEM rule improvements.
Prepare evidence for audits and resilience programmes
Generate ATT&CK-mapped, time-stamped validation evidence for compliance requirements and board-level cyber resilience reporting.
Validate endpoint telemetry feeding SIEM and SOAR
Confirm that endpoint events are correctly ingested, normalised, correlated, and generating actionable alerts downstream.
Built for Security Teams
Who uses Endpoint Security Validation (EPSV)?
CISO
Evidence-based control effectiveness, risk reduction measurement, and executive-ready reporting that replaces assumptions with proof.
SOC Manager
Reduce missed detections, improve alert quality, and validate that analyst investigation workflows receive useful telemetry and context.
Detection Engineer
Tune EDR and SIEM detection logic, validate Sigma-style rule improvements, and confirm coverage gaps are closed after remediation.
Security Architect
Validate endpoint architecture, hardening baseline, and telemetry design against real adversary behaviour before and after major changes.
Compliance / GRC
Generate repeatable validation evidence mapped to security controls and ATT&CK for frameworks, audits, and cyber resilience programmes.
Controlled, Authorised, and Scope-Approved
Valitrix EPSV is designed to run controlled, authorised simulations against scope-approved endpoints only. All simulated payloads are inert and designed to minimise disruption — triggering security controls without causing data loss, system instability, or service interruption. Simulations must follow your organisation's approved testing scope, change management window, and endpoint allowlisting or exclusion process before execution.
Valitrix does not execute real malware. The distinction between safe behaviour simulation and destructive malware execution is a core principle of the platform.
Map Endpoint Gaps to MITRE ATT&CK
From missed detection to remediation.
Every simulation result in Valitrix EPSV is tagged with a MITRE ATT&CK technique ID. When your EDR or SIEM misses a technique, the result is not just a red flag — it is a specific, mapped gap that your detection engineers can act on directly.
EPSV surfaces remediation guidance alongside each missed detection: hardening steps, detection logic recommendations, and the expected control response — so teams know exactly what to tune, not just that something is wrong.
Initial AccessT1566.001
Spearphishing Attachment
ExecutionT1059.001
PowerShell Abuse
PersistenceT1547.001
Registry Run Keys
Privilege EscalationT1548.002
UAC Bypass
Credential AccessT1003.001
LSASS Memory Dump
DiscoveryT1082
System Enumeration
Illustrative sample — results depend on your endpoint configuration, EDR policy, and SIEM correlation rules.
Why Valitrix EPSV
Evidence-first endpoint validation, built for continuous improvement.
Practical, evidence-first approach
Every result is backed by simulation evidence — not assumed coverage scores. You see exactly what was blocked, detected, and missed.
Designed for continuous improvement
EPSV is not a one-time test. Run campaigns continuously, retest after tuning, and track control drift over time across your environment.
Full-stack endpoint validation
Endpoint, email, network, and SIEM validation work together in Valitrix — so you see how endpoint gaps interact with the rest of your security stack.
Clear control effectiveness metrics
Prevention ratio, detection coverage, SIEM visibility, and ATT&CK coverage are all measurable outputs — not qualitative summaries.
Useful for both executives and engineers
Generate executive-ready risk reports and granular technical remediation guidance from the same validation run.
Mapped to the attacker's playbook
MITRE ATT&CK alignment means every gap you fix is a technique an adversary can no longer exploit silently in your environment.
Frequently Asked QuestionsEndpoint control testing,
Endpoint control testing,
explained.
It is the Valitrix product module that safely simulates endpoint attacks against your live EDR, AV, EPP, and XDR, then reports whether each technique was blocked, detected, logged only, or missed. For a definition of the discipline itself, see the Endpoint Security Validation guide.
A penetration test is a point-in-time manual engagement. The Valitrix endpoint module is continuous, automated, and repeatable — it runs against your live controls so you always have an up-to-date picture of EDR, AV, and XDR effectiveness between red-team engagements. It complements pen testing; it does not replace it.
Valitrix EPSV deploys lightweight agents that safely execute controlled attack simulations — such as PowerShell abuse, credential dumping, UAC bypass, persistence mechanisms, and ransomware-style behaviour — against approved endpoints. Each simulation is mapped to a MITRE ATT&CK technique. Valitrix then measures whether the EDR blocked, detected, logged only, or missed the behaviour, and surfaces remediation guidance for each gap.
Valitrix EPSV is designed to run controlled, authorised simulations against scope-approved endpoints. All simulated payloads are inert and non-destructive — they trigger security controls without causing data loss, system instability, or service interruption. Simulations must follow your organisation's approved testing scope, change window, and endpoint allowlisting process. Valitrix does not execute real malware.
Valitrix EPSV covers a wide range of real-world endpoint attack techniques including: PowerShell and script-interpreter abuse, fileless malware and LOLBins, DLL side-loading and process injection, LSASS credential dumping, UAC bypass, registry persistence, AMSI bypass, discovery and enumeration commands, ransomware encryption behaviour simulation, and data staging. All techniques are mapped to MITRE ATT&CK.
Every simulation in Valitrix EPSV is tagged with one or more MITRE ATT&CK technique IDs (for example, T1059.001 for PowerShell, T1003.001 for LSASS credential dumping). When a simulation runs, the result — blocked, detected, or missed — is recorded against that ATT&CK technique. The output is a coverage heatmap that shows which ATT&CK tactics and techniques are covered by your controls and where gaps exist.
Yes. Valitrix EPSV validates not only whether an endpoint control blocked or detected a technique, but also whether the event was forwarded to the SIEM, whether correlation rules fired, and whether a meaningful alert was generated. For missed detections, Valitrix surfaces remediation guidance including detection logic recommendations that can be used to improve SIEM and EDR detection rules.
CISOs who need evidence of live EDR/XDR effectiveness, SOC managers reducing missed detections, detection engineers tuning EDR and SIEM logic, and GRC teams who need repeatable control-testing evidence. If you want the category definition first, start with the Endpoint Security Validation guide.
Explore the full Valitrix security validation platform
Endpoint detections feed your SIEM and sit alongside email and network controls. Valitrix validates the full security stack — not just individual tools.
See What Your Endpoint Controls Are Missing
See if your endpoint defenses can stop real attacks.
Run a guided Valitrix EPSV demo and see how endpoint simulations expose missed detections, weak prevention rules, and SIEM visibility gaps — before attackers exploit them.