Manual and automated source code analysis to identify security vulnerabilities, insecure coding patterns, hardcoded secrets, and logic flaws before they reach production.
Our security engineers manually review your codebase for vulnerabilities that automated tools miss.
SQL injection, command injection, XSS, LDAP injection, and template injection patterns in source code that lead to code execution.
API keys, passwords, tokens, private keys, database credentials, and cloud access keys embedded directly in source code.
Weak hashing (MD5/SHA1), ECB mode encryption, hardcoded IVs, insecure random number generation, and custom crypto implementations.
Weak password validation, missing brute-force protection, insecure session management, JWT implementation errors, and auth bypass logic.
Missing access control checks, IDOR patterns, horizontal/vertical privilege escalation, and insecure direct object references in code.
Race conditions, TOCTOU bugs, integer overflow, negative quantity exploits, state machine bypass, and workflow manipulation.
Unsafe use of pickle, YAML.load, Jackson, readObject(), and other deserialization sinks that lead to remote code execution.
Vulnerable npm/pip/maven packages, outdated dependencies with known CVEs, and supply chain attack vectors through package managers.
Logging sensitive data, verbose error messages, PII in URLs, unprotected debug endpoints, and insufficient data sanitization.
JavaScript
Node.js, React, Vue
TypeScript
Angular, Next.js
Python
Django, Flask, FastAPI
Java
Spring, Spring Boot
C# / .NET
ASP.NET, Blazor
Go
Gin, Echo, Fiber
Ruby
Rails, Sinatra
PHP
Laravel, Symfony
Rust
Actix, Rocket
Kotlin
Ktor, Android
Swift
iOS, Vapor
Solidity
Smart Contracts
Shift security left. Get expert code review that catches what automated scanners miss.