In-depth security testing for web applications. We cover OWASP Top 10, authentication bypass, business logic flaws, and API security, delivering CVSS-scored findings and a free re-test after you remediate.
Purpose-built attack scenarios covering the application layer, authentication systems, and the APIs your web app depends on.
We test all user-controlled inputs for SQL injection, command injection, LDAP injection, and template injection using manual payloads and automated fuzzing to confirm exploitability.
We probe for reflected, stored, and DOM-based XSS across every input surface, including hidden parameters, HTTP headers, and JSON response injection points that scanners routinely miss.
We identify server-side request forgery and XML external entity vulnerabilities that can expose internal services, cloud metadata endpoints, and sensitive configuration files.
We attempt malicious file uploads, extension bypass, and directory traversal to evaluate whether unrestricted access to the file system or remote code execution is achievable.
We identify credentials, tokens, and personal data leaking through error messages, HTTP responses, JavaScript source files, and insecure direct object references to internal resources.
We audit HTTP security headers, TLS configuration, directory listing exposure, default credentials, verbose error pages, and cloud storage permissions that leave data publicly accessible.
We test horizontal and vertical privilege escalation, insecure direct object references, and forced browsing to determine whether users can access resources beyond their intended permissions.
We test MFA bypass, credential stuffing resilience, account lockout weaknesses, password reset flaws, and OAuth 2.0 and SAML implementation vulnerabilities across all login flows.
We review session token entropy, expiry enforcement, fixation and hijacking risks, and improper invalidation on logout to expose weaknesses attackers use to impersonate authenticated users.
We verify that state-changing operations are protected with CSRF tokens and that framing protections prevent clickjacking attacks that trick users into performing unintended actions.
We test postMessage handling, service worker exploitation, DOM clobbering, prototype pollution, and insecure WebSocket connections that open client-side attack vectors.
We probe JWT implementations for algorithm confusion, weak secret keys, missing signature validation, and insecure token storage patterns that allow account takeover.
We test every REST and GraphQL endpoint consumed by the web application for BOLA, mass assignment, excessive data exposure, and injection vulnerabilities using Burp Suite and custom tooling.
We identify flaws in application workflows including payment bypass, coupon and discount abuse, parameter tampering, race conditions, and order manipulation that bypass intended business rules.
We identify absent rate limits, account enumeration weaknesses, OTP bypass opportunities, and missing lockout controls across login, registration, and password reset endpoints.
Using Burp Suite and mitmproxy, we capture all HTTP and HTTPS traffic from the application to identify insecure endpoints, data leakage, and weak transport-layer controls.
We verify TLS implementation strength, cipher suite selection, and certificate validation logic to confirm protection against man-in-the-middle attacks and protocol downgrade.
We deliver CVSS-scored findings with proof-of-concept evidence, an executive summary, and full OWASP Top 10 and CWE mapping suitable for SOC 2, PCI-DSS, and ISO 27001 audits.
A structured six-phase process built on OWASP ASVS and PTES, taking you from initial scoping through to verified remediation.
We map the application's architecture, user roles, data flows, and authentication mechanisms, then build a threat model aligned to OWASP ASVS for the target environment.
We crawl the application to enumerate all endpoints, parameters, API routes, and JavaScript files, building a comprehensive attack surface map before active testing begins.
We run DAST scanners to identify low-hanging fruit including known CVEs, default credentials, misconfigurations, and common injection points across the full application surface.
Expert-led testing targets business logic flaws, authentication bypass, chained exploits, and privilege escalation scenarios that automated scanners consistently miss in real-world applications.
We attempt lateral movement and privilege escalation to determine the real-world impact of each finding, providing business-context risk ratings beyond generic CVSS scores.
We deliver a CVSS-scored report with proof-of-concept evidence, an executive summary, and full OWASP and CWE mapping. Once you remediate, we re-test every finding at no additional cost.
Web-first businesses needing VAPT to satisfy SOC 2, PCI-DSS, HIPAA, and enterprise customer security requirements before and after product releases.
Online platforms handling payments, PII, and financial data where a single web vulnerability can directly impact revenue, user trust, and regulatory standing.
Organisations in banking, healthcare, and government with mandatory web application testing obligations under RBI, SEBI, IRDAI, and sector-specific compliance frameworks.