Identify security flaws in source code before deployment. Covering injection, authentication, cryptography, and input validation vulnerabilities across all major programming languages with fix code snippets for every finding.
Comprehensive source code security review covering injection, authentication, cryptography, and supply chain dependencies.
Identify unsanitised database queries, ORM bypass, and query construction patterns that allow injection attacks across SQL and NoSQL databases.
Detect operating system command injection, server-side code injection, and template injection vulnerabilities in backend code.
Review application logic for bypass opportunities, race conditions, and state manipulation that automated tools cannot detect.
Identify cross-site scripting vulnerabilities including reflected, stored, and DOM-based variants with encoding and sanitisation gaps.
Detect file path manipulation, directory traversal, and local/remote file inclusion vulnerabilities in file handling code.
Identify insecure deserialization, type confusion, and object injection vulnerabilities that can lead to remote code execution.
Review authentication mechanisms, session management, token handling, and multi-factor implementation for bypass vulnerabilities.
Identify broken access control, privilege escalation paths, and IDOR vulnerabilities in authorisation and permission enforcement code.
Detect weak encryption algorithms, hardcoded keys, insecure random number generation, and improper certificate validation.
Review password hashing implementations, secret management patterns, and credential storage for weakness and exposure.
Assess OAuth 2.0, OpenID Connect, and SAML implementations for token manipulation, redirect abuse, and configuration weaknesses.
Detect hardcoded API keys, credentials in source code and configuration files, and insecure credential transmission patterns.
Audit third-party libraries and packages for known vulnerabilities, outdated versions, and compromised dependency risks.
Review Dockerfiles, Kubernetes manifests, and IaC templates for security misconfigurations and privilege escalation paths.
Identify insecure default configurations, debug modes enabled in production, and secrets hardcoded in source code or config files.
Assess web server configurations, framework security settings, and CORS policies for misconfigurations and exposure.
Review input validation patterns, content type handling, and encoding practices for bypass opportunities and type confusion.
Assess data storage patterns, encryption at rest, logging of sensitive data, and compliance with data protection requirements.
A structured six-phase process combining SAST automation with manual expert review, from scoping through verified remediation.
Define the codebase scope, critical components, and threat model aligned with OWASP and CWE to prioritise review effort.
Automated static analysis using industry-leading SAST tools and dependency vulnerability scanning to identify known vulnerability patterns.
Line-by-line manual code review by security engineers to find logic flaws, business logic bypasses, and context-specific vulnerabilities that tools miss.
Focused review of authentication flows, session management, cryptographic implementations, and access control enforcement code.
CVSS-scored findings report with OWASP and CWE mapping, proof-of-concept code, and fix code snippets for every vulnerability.
Free re-test after your team applies fixes to confirm all identified vulnerabilities have been effectively resolved.
Startups shipping code rapidly that need to validate security before releases without slowing down development velocity.
Organisations with custom-built applications where source code is available and security gaps need to be found before deployment.
Financial services, healthcare, and government with compliance requirements for secure code review under PCI-DSS, HIPAA, and ISO 27001.