Web applications are the most targeted attack surface in modern organizations. SQL injection, broken authentication, SSRF, business logic flaws — attackers don’t need to breach your perimeter when your app hands them the keys.
Cover6 Solutions conducts adversarial Web Application Penetration Tests (WAPT) modeled on real-world attacker behavior. We go beyond automated scanning to manually exploit what the tools miss.
Our Attack Surface Coverage
Every engagement covers the full web attack surface — OWASP Top 10 as the baseline, not the ceiling.
SQL, NoSQL, LDAP, OS command injection — anywhere user input touches a backend system.
Broken Access Control
Privilege escalation, IDOR, forced browsing, and insecure direct object references across user roles.
Business Logic Flaws
Workflow manipulation, price tampering, race conditions, and logic bypasses specific to your application.
API Security
REST/GraphQL endpoint enumeration, improper authorization, mass assignment, and excessive data exposure.
Security Misconfiguration
Missing headers, CORS misconfigurations, verbose error messages, and end-of-life component exposure.
How We Work
1
Scoping & Rules of Engagement
We define the exact attack surface: target URLs, authenticated roles, out-of-scope areas, and testing windows. Nothing happens without written authorization.
2
Reconnaissance & Mapping
We fingerprint your application stack, enumerate endpoints, identify authentication flows, and map the full attack surface before a single exploit runs.
3
Manual Exploitation
Using Burp Suite Professional and custom tooling, we manually probe and exploit vulnerabilities — including business logic flaws automated scanners can’t find.
4
Evidence Collection
Every finding is documented with request/response evidence, reproduction steps, and CVSS scoring before we write a single word of the report.
5
Reporting & Debrief
You receive a professional report with an executive summary, technical findings, CVSS scores, and prioritized remediation guidance — plus a live debrief with your team.