Ares vs Breach & Attack Simulation
Testing your defenses, or breaking your applications.
This page compares Breach & Attack Simulation: platforms that replay known attack scenarios to test whether your controls catch them, with Ares, an offensive platform that hunts your applications for the unknown, exploitable flaws in your own code.
Ares vs Breach & Attack Simulation
Testing your defenses, or breaking your applications.
This page compares Breach & Attack Simulation: platforms that replay known attack scenarios to test whether your controls catch them, with Ares, an offensive platform that hunts your applications for the unknown, exploitable flaws in your own code.
Ares vs Breach & Attack Simulation
Testing your defenses, or breaking your applications.
This page compares Breach & Attack Simulation: platforms that replay known attack scenarios to test whether your controls catch them, with Ares, an offensive platform that hunts your applications for the unknown, exploitable flaws in your own code.
What each is built for
Test the controls, or break the app.
BAS and Ares both think like attackers, but answer different questions. BAS asks whether your defenses catch a known playbook; Ares asks what an attacker can actually break in the software you wrote.
What Breach & Attack Simulation is built for
A BAS platform runs a library of known attack scenarios against your environment to test whether your security controls catch them. It tells you if your EDR fires, if your SIEM alerts, if your defenses hold against techniques that have already been seen. That is genuinely useful for tuning a security stack, but it replays known playbooks, not the unknown flaws in your own code.
What Ares is built for
Ares directly tests web, API, mobile, and supported AI services within authorized scope. Attack surface management and Shadow AI discovery identify additional exposure; applicable MITRE ATLAS coverage and evidence help explain the observed attack paths.
What each is built for
Test the controls, or break the app.
BAS and Ares both think like attackers, but answer different questions. BAS asks whether your defenses catch a known playbook; Ares asks what an attacker can actually break in the software you wrote.
What Breach & Attack Simulation is built for
A BAS platform runs a library of known attack scenarios against your environment to test whether your security controls catch them. It tells you if your EDR fires, if your SIEM alerts, if your defenses hold against techniques that have already been seen. That is genuinely useful for tuning a security stack, but it replays known playbooks, not the unknown flaws in your own code.
What Ares is built for
Ares directly tests web, API, mobile, and supported AI services within authorized scope. Attack surface management and Shadow AI discovery identify additional exposure; applicable MITRE ATLAS coverage and evidence help explain the observed attack paths.
What each is built for
Test the controls, or break the app.
BAS and Ares both think like attackers, but answer different questions. BAS asks whether your defenses catch a known playbook; Ares asks what an attacker can actually break in the software you wrote.
What Breach & Attack Simulation is built for
A BAS platform runs a library of known attack scenarios against your environment to test whether your security controls catch them. It tells you if your EDR fires, if your SIEM alerts, if your defenses hold against techniques that have already been seen. That is genuinely useful for tuning a security stack, but it replays known playbooks, not the unknown flaws in your own code.
What Ares is built for
Ares directly tests web, API, mobile, and supported AI services within authorized scope. Attack surface management and Shadow AI discovery identify additional exposure; applicable MITRE ATLAS coverage and evidence help explain the observed attack paths.
Decision snapshot
A quick read on which fits your goal.
Compare where BAS fits for validating your controls against known attacks, and where Ares fits for finding and proving the unknown flaws in your applications.
BAS may be a fit if…
Your priority is validating that EDR and SIEM detect known attacks.
You want to tune and benchmark your security stack.
Replaying known attack scenarios meets your goal.
Ares may be a fit if…
You need application testing, Shadow AI discovery, and attack surface management.
APIs and mobile backends are your primary risk surface.
You need deep BOLA and OWASP API Top 10 coverage.
You need novel, exploitable flaws in your own apps found and proven.
Decision snapshot
A quick read on which fits your goal.
Compare where BAS fits for validating your controls against known attacks, and where Ares fits for finding and proving the unknown flaws in your applications.
BAS may be a fit if…
Your priority is validating that EDR and SIEM detect known attacks.
You want to tune and benchmark your security stack.
Replaying known attack scenarios meets your goal.
Ares may be a fit if…
You need application testing, Shadow AI discovery, and attack surface management.
APIs and mobile backends are your primary risk surface.
You need deep BOLA and OWASP API Top 10 coverage.
You need novel, exploitable flaws in your own apps found and proven.
Decision snapshot
A quick read on which fits your goal.
Compare where BAS fits for validating your controls against known attacks, and where Ares fits for finding and proving the unknown flaws in your applications.
BAS may be a fit if…
Your priority is validating that EDR and SIEM detect known attacks.
You want to tune and benchmark your security stack.
Replaying known attack scenarios meets your goal.
Ares may be a fit if…
You need application testing, Shadow AI discovery, and attack surface management.
APIs and mobile backends are your primary risk surface.
You need deep BOLA and OWASP API Top 10 coverage.
You need novel, exploitable flaws in your own apps found and proven.
Key differences
Where the difference actually shows up.
BAS and Ares both think like attackers. These are the areas where their questions separate.
Known scenarios vs novel flaws
BAS replays a library of known attack scenarios. Ares hunts for the exploitable flaws unique to your code that were never scripted.
Prove the exploit, not the detection
BAS simulates techniques to test whether your controls fire. Ares proves each finding with a real exploit against the target.
Reasons to new attack paths
BAS runs predefined scenarios. Ares reasons its way to new paths, chaining weaknesses no playbook anticipates.
App as the target
BAS focuses on validating security controls. Ares combines application and supported AI testing with attack surface management and Shadow AI discovery, including applicable MITRE ATLAS coverage.
Key differences
Where the difference actually shows up.
BAS and Ares both think like attackers. These are the areas where their questions separate.
Known scenarios vs novel flaws
BAS replays a library of known attack scenarios. Ares hunts for the exploitable flaws unique to your code that were never scripted.
Prove the exploit, not the detection
BAS simulates techniques to test whether your controls fire. Ares proves each finding with a real exploit against the target.
Reasons to new attack paths
BAS runs predefined scenarios. Ares reasons its way to new paths, chaining weaknesses no playbook anticipates.
App as the target
BAS focuses on validating security controls. Ares combines application and supported AI testing with attack surface management and Shadow AI discovery, including applicable MITRE ATLAS coverage.
Key differences
Where the difference actually shows up.
BAS and Ares both think like attackers. These are the areas where their questions separate.
Known scenarios vs novel flaws
BAS replays a library of known attack scenarios. Ares hunts for the exploitable flaws unique to your code that were never scripted.
Prove the exploit, not the detection
BAS simulates techniques to test whether your controls fire. Ares proves each finding with a real exploit against the target.
Reasons to new attack paths
BAS runs predefined scenarios. Ares reasons its way to new paths, chaining weaknesses no playbook anticipates.
App as the target
BAS focuses on validating security controls. Ares combines application and supported AI testing with attack surface management and Shadow AI discovery, including applicable MITRE ATLAS coverage.
Side by side
Breach & Attack Simulation and Ares, compared.
Both think like attackers. The rows below show where coverage differs.
Capability
Breach & Attack Simulation
Ares
Primary focus
Security control validation
API-first exposure validation
Product type
Simulation platform
Offensive platform
API security testing
No, network & control focus
Purpose-built, API-first
Web app testing
Not the target
Purpose-built
Mobile app testing
Not in scope
Tested today
Standalone API testing
Not offered
Available today
Finds novel, exploitable app flaws
No, replays known scenarios
Yes, unique to your code
Exploit validation
Simulates to test detection
Proves exploitability
Reasons to new attack paths
No, runs predefined scenarios
Yes, chains new paths
BOLA & business logic testing
No, network & control focus
Authored into product DNA
App as target vs control test
App is a detection test
App layer is the objective
Control & detection validation (EDR, SIEM)
Yes, their core strength
No, app-layer by design
Built for security & engineering teams
Security & engineering
Security & engineering
Side by side
Breach & Attack Simulation and Ares, compared.
Both think like attackers. The rows below show where coverage differs.
Capability
Breach & Attack Simulation
Ares
Primary focus
Security control validation
API-first exposure validation
Product type
Simulation platform
Offensive platform
API security testing
No, network & control focus
Purpose-built, API-first
Web app testing
Not the target
Purpose-built
Mobile app testing
Not in scope
Tested today
Standalone API testing
Not offered
Available today
Finds novel, exploitable app flaws
No, replays known scenarios
Yes, unique to your code
Exploit validation
Simulates to test detection
Proves exploitability
Reasons to new attack paths
No, runs predefined scenarios
Yes, chains new paths
BOLA & business logic testing
No, network & control focus
Authored into product DNA
App as target vs control test
App is a detection test
App layer is the objective
Control & detection validation (EDR, SIEM)
Yes, their core strength
No, app-layer by design
Built for security & engineering teams
Security & engineering
Security & engineering
Side by side
Breach & Attack Simulation and Ares, compared.
Both think like attackers. The rows below show where coverage differs.
Capability
Breach & Attack Simulation
Ares
Primary focus
Security control validation
API-first exposure validation
Product type
Simulation platform
Offensive platform
API security testing
No, network & control focus
Purpose-built, API-first
Web app testing
Not the target
Purpose-built
Mobile app testing
Not in scope
Tested today
Standalone API testing
Not offered
Available today
Finds novel, exploitable app flaws
No, replays known scenarios
Yes, unique to your code
Exploit validation
Simulates to test detection
Proves exploitability
Reasons to new attack paths
No, runs predefined scenarios
Yes, chains new paths
BOLA & business logic testing
No, network & control focus
Authored into product DNA
App as target vs control test
App is a detection test
App layer is the objective
Control & detection validation (EDR, SIEM)
Yes, their core strength
No, app-layer by design
Built for security & engineering teams
Security & engineering
Security & engineering
Use-case fit
Which option fits your use case?
A quick guide to where each is strongest, validating your controls against known attacks, or finding and proving unknown application flaws.
Control & detection validation (EDR, SIEM)
BAS
Autonomous exposure validation
Ares
App, AI & attack surface coverage
Ares
Novel, exploitable app flaws
Ares
Security-stack tuning & benchmarking
BAS
Proven attack paths from entry to impact
Ares
Use-case fit
Which option fits your use case?
A quick guide to where each is strongest, validating your controls against known attacks, or finding and proving unknown application flaws.
Control & detection validation (EDR, SIEM)
BAS
Autonomous exposure validation
Ares
App, AI & attack surface coverage
Ares
Novel, exploitable app flaws
Ares
Security-stack tuning & benchmarking
BAS
Proven attack paths from entry to impact
Ares
Use-case fit
Which option fits your use case?
A quick guide to where each is strongest, validating your controls against known attacks, or finding and proving unknown application flaws.
Control & detection validation (EDR, SIEM)
BAS
Autonomous exposure validation
Ares
App, AI & attack surface coverage
Ares
Novel, exploitable app flaws
Ares
Security-stack tuning & benchmarking
BAS
Proven attack paths from entry to impact
Ares
TALK TO ASSAIL
Compare the evidence for yourself.
Discuss your evaluation criteria and how Ares fits your assessment workflow.
Your environment. Your objectives. A mission built around both.