All solutions { WEB_APPLICATION_SECURITY_TESTING }

Test the applications
attackers actually use.

Safe exploitation. PoC evidence. Real web risk.

Mind The Hack performs automated penetration testing across web applications and APIs, validating exploitable weaknesses in authentication, authorization, exposed functionality, configuration, and business logic.

REQUEST DEMO See What We Test
Attacker
enters
Web App
calls
API
authorizes
Authentication / Authorization
reaches
Business Function / Data
proven
PoC Evidence EXPLOITABLE PATH CONFIRMED
Application behavior, followed until it becomes proven exploitable risk.
{ APPLICATION_SCOPE }

Your application is more
than its frontend.

Modern web applications include interfaces, APIs, authentication flows, roles, sessions, business functions, data access, and integrations. Mind The Hack tests the paths attackers can actually interact with.

01

Web Applications

Customer portals, admin panels, dashboards, and exposed application interfaces.

02

APIs

REST, GraphQL, backend endpoints, integrations, and exposed services.

03

Authentication

Login flows, session handling, password reset, MFA-related logic, and access controls.

04

Authorization

Role-based access, object-level access, privilege boundaries, and horizontal or vertical access issues.

05

Business Logic

Application workflows, transaction logic, approval flows, abuse cases, and unintended paths.

06

Configuration & Exposure

Misconfigurations, exposed debug functionality, insecure headers, leaked metadata, and unsafe defaults.

IF USERS CAN REACH IT, ATTACKERS CAN TEST IT.

{ DISCOVERY_TO_EXPLOITATION }

Finding a weakness
is not the same as proving risk.

Mind The Hack does not stop at detecting possible web vulnerabilities. It performs controlled testing and safe exploitation to confirm which weaknesses can actually be abused in the real application context.

01
Application mapped Interfaces, endpoints, roles, and flows enumerated
Map
02
Entry point identified A reachable input, function, or API surface
Reach
03
Weakness detected A possible flaw in the request or response
Safe exploitation
04
Safe exploitation attempted Controlled, production-safe abuse of the weakness
Capture
05
PoC evidence captured What was tested, what was proven, where it applied
Confirm
06
Exploitable web risk confirmed A validated, real application risk, ranked for action CONFIRMED
One application, carried from surface mapping through to a validated, exploitable web risk.

DETECTION FINDS SIGNALS. EXPLOITATION PROVES RISK.

{ POC_BASED_VALIDATION }

Web risk
should come with proof.

For exploitable web findings, Mind The Hack captures PoC evidence showing what was tested, what was proven, which asset or endpoint was affected, and why the issue matters.

Exploit status: Confirmed Safe exploitation executed PoC evidence captured
Affected application / API
Customer Portal · demo-shop.mth-lab.app
Endpoint / function
POST /rest/user/login
Authentication context
Unauthenticated · pre-login surface
Attack path context
Entry point into customer records and orders
PoC evidence · sanitized 
[safe-exploitation] target   : POST /rest/user/login
[safe-exploitation] technique: authentication bypass via input tampering
[result]  response  : 200 OK, authenticated session issued
[result]  scope     : single lab account, read-only, no data exfiltrated
[evidence] exploit-status: CONFIRMED  (payload withheld from report)

Authentication Bypass via SQL Injection

Exploited
Target
POST /rest/user/login · demo-shop.mth-lab.app
Asset Groups
Customer PortalAuthenticationExternal
CWE
CWE-89
MITRE ATT&CK
T1190T1059.007
Status
Open
9.4 Contextual Risk
9.8 CVSS

A login endpoint accepted crafted input that altered the authentication query, allowing a request to be treated as a valid session without valid credentials. Mind The Hack confirmed the weakness with a controlled, production-safe test against a single lab account and captured the resulting authenticated response as evidence.

An unauthenticated attacker can bypass login and reach account-scoped functionality and customer data. Combined with object-level access issues, this becomes an entry point into records and order workflows rather than an isolated login bug.

Use parameterized queries and prepared statements for all authentication logic, validate and canonicalize input server-side, and enforce authorization independently of the authentication result. Add detection for anomalous login responses and retest the endpoint after the fix.

[safe-exploitation] target   : POST /rest/user/login
[safe-exploitation] technique: authentication bypass via input tampering
[result]  response  : 200 OK, authenticated session issued
[result]  scope     : single lab account, read-only, no data exfiltrated
[evidence] exploit-status: CONFIRMED  (payload withheld from report)
Validated across the application 3 Critical 3 High 4 Medium 6 Exploited
  • 9.4 Authentication Bypass via SQL Injection Exploited
  • 9.4 SQL Injection Exploited
  • 9.4 Remote File Inclusion (RFI) Exploited
  • 8.6 XML External Entity Injection Exploited
  • 8.3 Path Traversal Exploited
  • 7.6 Cross-site Scripting (DOM based) Exploited
  • 5.1 Configuration File Detected Config gap
  • 4.9 CORS Misconfiguration Config gap
  • 4.6 HSTS Policy Not Implemented Config gap
  • 4.6 CSP Not Implemented Config gap

NO THEORY. NO GUESSWORK. EVIDENCE FIRST.

Controlled demo data only. No real payloads, tokens, customer data, session cookies, or credentials.

{ MITRE_ATTACK_MAPPING }

Every proven finding
maps to attacker behavior.

Mind The Hack maps validated web findings to the MITRE ATT&CK framework, so exploitable risk reads as real attacker behavior across reconnaissance, initial access, execution, and beyond, not as an isolated list of bugs.

Exploited Observed Mapped
TA0043 Reconnaissance
T1595 Active Scanning T1595.003 · Wordlist Scanning Status: observed
T1592 Gather Victim Host Information T1592.002 · Software Status: observed
TA0042 Resource Development
T1586 Compromise Accounts Status: mapped
TA0001 Initial Access
T1190 Exploit Public-Facing Application Status: exploited
TA0002 Execution
T1059 Command and Scripting Interpreter T1059.007 · JavaScript Status: exploited
TA0004 · TA0005 Privilege Escalation · Defense Evasion
T1548 Abuse Elevation Control Mechanism T1548.002 Status: observed
TA0007 Discovery
T1083 File and Directory Discovery Status: observed
TA0009 Collection
T1005 Data from Local System Status: observed
Validated web findings, mapped to MITRE ATT&CK. The two exploited columns are the proven web flaws: a public-facing application exploit and client-side script execution.

TECHNIQUES, NOT JUST FINDINGS. BEHAVIOR YOU CAN DEFEND AGAINST.

{ ACCESS_CONTROL_TESTING }

Most application risk
lives behind access.

Mind The Hack tests whether users, roles, sessions, and access boundaries can be abused to reach functionality or data that should not be available.

Login flowsSession handlingPassword reset logicRole-based accessObject-level authorizationPrivilege boundariesAdmin functionality exposure
Expected access Role-based access model
Viewer Dashboards (read)Reports (read)
Standard User Own profileOwn ordersCheckout
Administrator All usersSystem configBillingAudit logs
Authenticated role Standard User Valid session, expected access only
session valid
Broken access boundary Unauthorized function Object-level authorization not enforced
boundary bypassed
Reached Sensitive data / admin action Records and privileged actions exposed EXPLOITABLE PATH CONFIRMED

THE QUESTION IS NOT ONLY WHO CAN LOG IN. IT IS WHAT THEY CAN REACH AFTER THEY DO.

{ API_SECURITY_TESTING }

Attackers don't stop
at the UI.

Mind The Hack tests APIs and backend endpoints that power modern applications, validating exploitable risks across exposed functions, data access, integrations, and authorization boundaries.

API endpointsBackend servicesParameters and inputsObject accessData exposureIntegration abuseBroken authorization
Tested request GET /api/v2/orders/{id}
Frontend Application client The interface users are given
request
API endpoint GET /api/v2/orders/{id} Object id can be swapped across users Broken object-level authorization
call
Backend service Order service Authorization not re-checked server-side
query
Database / business function Customer orders Records returned outside the caller scope
EXPLOITABLE API PATH CONFIRMED

THE API IS PART OF THE ATTACK SURFACE.

{ BUSINESS_LOGIC_RISK }

Some risks are not bugs.
They are broken assumptions.

Business logic weaknesses appear when application workflows can be abused in ways the system allows but the business never intended. Mind The Hack helps validate where application behavior creates real risk.

Workflow abuseTransaction manipulationApproval bypassRole misuseSequence abusePricing or quantity manipulationProcess bypass
Intended workflow
Request User submits an action
Approval Control checks the request
Action System performs the change
Confirmation Result is recorded
Abuse case
Request User submits an action
Bypass Approval never enforced ASSUMPTION BROKEN
Action System performs the change
Confirmation Never recorded

BUSINESS LOGIC RISK DOES NOT ALWAYS LOOK LIKE A CVE.

{ WEB_RISK_TO_PATH }

The application
may only be the entry point.

When a web application weakness is confirmed, Mind The Hack connects it to attack path analysis to show whether the issue can lead to internal systems, privileged access, sensitive data, or critical assets.

01
Entry point Web application
validated
02
Validated Exploit confirmed
session
03
Foothold Application access
pivot
04
Pivot API / backend service
reach
05
Reach Data / internal system
impact
06
Impact Critical asset CRITICAL ASSET

A WEB FINDING MATTERS MORE WHEN IT OPENS A PATH.

{ WEB_RISK_TO_DECISION }

Web testing should tell you
what to fix first.

Validated web application risks feed the Decision Engine, where exploitability, application context, asset criticality, and attack-path impact help rank the Top Actions that reduce organizational risk the most.

  1. 01 Web finding
  2. 02 Safe exploitation confirmed
  3. 03 Application / API context added
  4. 04 Attack path impact analyzed
  5. 05 Top action ranked
Top Actions Ranked by organizational risk impact
  • 01 Restrict unauthorized API access to customer data workflow Org risk
  • 02 Enforce server-side authorization on order endpoints Org risk
  • 03 Remediate the validated login authentication bypass Org risk

THE BEST WEB TEST DOES NOT END WITH A PDF. IT ENDS WITH A DECISION.

{ RETEST_WEB_RISK }

A fixed web finding
has to fail exploitation.

After remediation, Mind The Hack retests the exploitable condition. If the fix works, the issue is verified. If it remains exploitable, it returns to the workflow.

01 Web risk confirmed Exploitable condition proven
track
02 Ticket created Routed with evidence and context
fix
03 Fix marked resolved Change shipped by the team
retest
04 Automated retest Same exploit attempted again
Verified Exploitation fails. The issue is closed.
Regressed Still exploitable. Returns to the workflow.

THE FIX HAS TO PROVE THE ATTACK NO LONGER WORKS.

{ WEB_REPORTING }

Application risk,
reported with evidence.

Generate focused web application security reports including scope, affected endpoints, exploit evidence, impact, remediation guidance, contextual risk, and attack-path context.

Web Application Security Report Customer Portal · demo-shop.mth-lab.app
Contextual Risk · Critical 9.4
External · Unauthenticated Web Application Lab Evidence-based
  1. 01 Executive Summary Overall risk Critical. Public site to server control.
  2. 02 Application Scope Customer Portal, APIs, authentication, business logic.
  3. 03 Affected Endpoints POST /rest/user/login · GET /api/v2/orders/{id}
  4. 04 Validated Findings 10 findings · 6 exploited · 3 Critical / 3 High / 4 Medium.
  5. 05 PoC Evidence Sanitized proof captured per confirmed finding.
  6. 06 Impact Unauthorized access to sensitive customer records.
  7. 07 Attack Path Context Web entry point into internal data and critical assets.
  8. 08 Top Actions Restrict unauthorized API access to customer data workflow.
  9. 09 Remediation Status Open · automated retest scheduled.

NOT JUST WHAT WAS FOUND. WHAT WAS PROVEN, WHERE IT LEADS, AND WHAT TO DO NEXT.

{ TEST_YOUR_APPLICATIONS }

Find out what your applications
actually expose.

Run Mind The Hack against your web applications and APIs to safely exploit real weaknesses, capture PoC evidence, reveal attack paths, and see the Top Actions that reduce risk.

REQUEST DEMO

Guarded by hackers. Empowered by AI.