Ensure the security of your web app through penetration testing, vulnerability detection, and secure coding practices.
Web App Pentesting
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Web Application Penetration Testing is a controlled security assessment where ethical hackers simulate real-world cyber attacks against websites and web platforms to identify exploitable vulnerabilities before threat actors do.
It evaluates the security of authentication systems, APIs, business logic, server configurations, session handling, and data flow across modern web architectures.
Our web application penetration testing uncovers high-impact risks across authentication, server-side logic, APIs, and user input handling aligned with OWASP standards.
Identify login bypass, privilege escalation, weak access control, and session fixation vulnerabilities.
Test for SQLi, XSS, command injection, and insecure input validation across application endpoints.
Analyze REST and GraphQL APIs for broken object level authorization, token leakage, and insecure endpoints.
Discover flaws allowing payment bypass, workflow manipulation, or unauthorized feature access.
Evaluate headers, cookies, CORS policies, and misconfigured services exposing backend infrastructure.
Ensure testing aligns with OWASP, PTES, and industry web security frameworks.
We begin by understanding application architecture, APIs, and business logic to define a precise testing scope aligned with OWASP Mobile standards.
We assess web applications for critical security risks including authentication flaws, injection vulnerabilities and business logic issues using real-world attack simulations aligned with OWASP standards.
Automated scanning to detect known vulnerabilities in your web apps.
Thorough analysis of source code to uncover security flaws.
Identifying and reporting real-world bugs through manual testing.
Ensure proper role-based access and prevent unauthorized actions.
Check for encryption, leaks, and secure storage of user data.
Test server configuration, patch management, and entry points.
Monitor traffic and test endpoints for information leaks.
Evaluate DNS configuration and protection against subdomain takeovers.
Identify XSS, DOM manipulation, and script injection threats.
Check for secure cookies, session timeouts, and hijack prevention.
