EDR Attack Simulator for MSPs

Run 9 real-world attack simulations on your endpoint.
See what your EDR catches and misses, in under 5 minutes.

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Trusted by Leading Partners

SentinelOne
SuperOps
V2 Version
Syncro
CONNECTWISE
pax8
Manage Protect
MULTIPOINT
RESILIUM.ai
Checkpoint
SentinelOne
SuperOps
V2 Version
Syncro
CONNECTWISE
pax8
Manage Protect
MULTIPOINT
RESILIUM.ai
Checkpoint
SentinelOne
SuperOps
V2 Version
Syncro
Checkpoint
SentinelOne
SuperOps
V2 Version
Syncro
Checkpoint
CONNECTWISE
pax8
Manage Protect
MULTIPOINT
RESILIUM.ai
CONNECTWISE
pax8
Manage Protect
MULTIPOINT
RESILIUM.ai

Real outcomes.

See how MSPs using Guardz achieve measurable outcomes.

Lower cyber risk scores
0 %
Alert resolved within minutes
0 %
Reduction in security costs
0 %
More users per technician
0 x
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One platform.
Real outcomes.

See how MSPs using Guardz achieve measurable outcomes, based on aggregated platform data.

Attack Simulations
0
Full Scan
< 0 m
Risk to Endpoint
0
No Account Needed
Free 0

Ground truth
on your EDR in minutes.

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No setup, no risk, no waiting. Run 9 real-world attack simulations and see exactly what your EDR catches – and what it misses. Every scenario triggers real detections while remaining completely benign.

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MSPs

Prove your EDR catches what legacy AV misses. Run it before client onboarding, after configuration changes, or as part of a QBR.

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IT Teams

Validate that endpoints are actually protected before an incident occurs. Surface EDR configuration gaps without waiting for a real attack to expose them.

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Sales Engineers

Run safe, repeatable proof-of-concept demos that show exactly what a prospect's current stack misses without touching their production environment.

How to use the EDR Attack Simulator in 3 Simple Steps

Install

Install

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Install

Install the tool on a Windows endpoint
with your EDR currently enabled and active.
No configuration or account required.

Scan

Scan

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Scan

Click “Run Full Scan.” All 9 attack simulations execute automatically in sequence, completing
in under 5 minutes.

Verdict

Verdict

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Verdict

Get a clear report of which techniques were detected and which were missed.
Use it in your next client conversation or QBR.

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Mimicking Real-world attacks

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Cloud ITDR

Identity Threat Detection & Response (ITDR) proactively verifies MFA and security settings, while actively benchmarking and analyzing user behavior to flag suspicious activity.

Endpoint Security

Stop malware, ransomware, and advanced threats at the source. AI-native EDR (with SentinelOne embedded) and Managed AV (with Windows Defender) ensure real-time protection across devices.

Email Security

Block sophisticated phishing and email-based attacks before they reach users with an API-based and AI-native engine to prevent credential theft, ransomware, and impersonation threats in real time.

Cloud Data Protection

Lock down sensitive business data with seamless cloud protection, without the need for complex policies, ensuring secure file collaboration while preventing unauthorized access and data leaks.

Security Awareness Training

Transform employees into a strong line of defense against cyber threats with pre-scheduled security awareness training that alters behavior and limits human-driven cyber risks before they escalate.

Phishing Simulation

Identify security weaknesses before attackers do by using generative AI and branded templates to automate phishing simulations to measure employee resilience and reinforce cybersecurity awareness.

Secure Browsing

Web security through a browser extension that escalates risk around employees exposed to malicious sites, web redirects, unsafe extensions, and more during their day-to-day internet activity.

External Footprint

Scan the digital footprint of businesses to discover exposures and eliminate vulnerabilities across domains, IPs, and cloud assets; closing security gaps before they’re exploited.

Dark Web

Knowledge of the dark corners of the internet can be exposed by scraping, analyzing and continuously monitoring the dark web for malicious activity targeting businesses and user credentials.

SAM Dump

Attempts to extract credential hashes from the local SAM database.

Modifies registry to quietly enable Remote Desktop Protocol access.

Attempts to patch the Anti-Malware Scan Interface in memory.

Requests suspicious access rights to the LSASS process memory.

Establishes an outbound connection to simulate C2 communication.

Creates a persistent task designed to evade standard detection.

Executes an obfuscated PowerShell payload directly in memory.

Abuses built-in Windows binaries to download external payloads.

Performs aggressive LDAP queries to map domain infrastructure.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.
A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Attempts to extract credential hashes from the local SAM database.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Modifies registry to quietly enable Remote Desktop Protocol access.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Attempts to patch the Anti-Malware Scan Interface in memory.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Requests suspicious access rights to the LSASS process memory.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Establishes an outbound connection to simulate C2 communication.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Creates a persistent task designed to evade standard detection.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Executes an obfuscated PowerShell payload directly in memory.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Abuses built-in Windows binaries to download external payloads.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Performs aggressive LDAP queries to map domain infrastructure.

A digital artwork of a hooded figure using a laptop, surrounded by red-coded screens, database messages, and error warnings, captures the intensity of hacking or a cybersecurity threat in an S1 Simulation environment.

Frequently Asked Questions

Yes. Every simulation is engineered to trigger EDR detections while remaining completely benign:

  • No malware is deployed
  • No data is exfiltrated
  • No system changes persist after the scan

Any EDR running on Windows endpoints, including SentinelOne. Common use cases:

  • Validate coverage before onboarding a new client
  • Verify detection after EDR configuration changes
  • Guardz Ultimate customers can use it to confirm MDR coverage is active

Yes, and this is the primary use case. Run it on a client or prospect’s endpoint to show exactly which techniques their current stack misses. Typical scenarios:

  • Pre-sales: demonstrate what legacy AV misses vs. EDR
  • Onboarding: verify the client’s endpoint is fully protected before going live
  • QBR: show concrete detection data, not just status dashboards

Legacy AV detects known malware by signature. EDR detects attack techniques by behavior. Three techniques this tool runs are consistently missed by AV and caught by properly configured EDR:

  • AMSI Bypass — disables PowerShell-level defenses before script execution
  • LOLBin Proxy — abuses legitimate Windows tools to evade allowlists
  • Base64 Execution — runs obfuscated payloads in memory with no file on disk

Ready to test your defenses?

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