Secure Source Code Review & SAST Solutions
Uncover hidden vulnerabilities, hardcoded secrets, injection flaws, and architectural weaknesses across Java, Python, C/C++, PHP, Go, .NET, Node.js, and Swift. 100% manual code analysis combined with advanced automated SAST scanning engines.
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6 Core Pillars of Secure Source Code Auditing
Our certified software security engineers review source logic, third-party libraries, and cryptographic implementations across every layer of your application.
Injection & Memory Safety
Detecting SQL Injection (CWE-89), Command Injection (CWE-78), SSTI, LDAP/XML injection, and C/C++ memory corruption (buffer overflows, use-after-free).
- Parameterized query & ORM injection review
- Memory management & pointer safety (C/C++)
- Unsanitized input sanitization audit
Cryptography & Secret Scanning
Scanning for hardcoded API keys, private certificates, deprecated ciphers (DES, MD5, SHA-1), weak salts, and insecure Pseudo-Random Number Generators (PRNG).
- Hardcoded secret & token extraction
- AES-GCM / RSA key implementation review
- Secure CSPRNG entropy validation
Auth & Session Management
Auditing role authorization filters, multi-tenant database scoping, session expiration rules, password hashing routines (bcrypt, Argon2), and token generation.
- Multi-tenant data boundary scoping checks
- Password hashing algorithms & work factors
- RBAC middleware & privilege elevation
SCA & Open Source CVEs
Analyzing package manifests (npm, Maven, PyPI, Composer, NuGet) to uncover known open-source CVE vulnerabilities, transitive dependencies, and malicious packages.
- Software Bill of Materials (SBOM) generation
- High-risk third-party CVE detection
- Open source license compliance checks
Race Conditions & Concurrency
Inspecting multi-threaded code, database transaction locks, TOCTOU (Time-of-Check to Time-of-Use) vulnerabilities, and payment logic flaw vectors.
- Database transaction isolation level audit
- Concurrency race condition simulation
- Workflow validation bypass detection
Actionable Code Fixes & Sign-Off
Delivering exact line-by-line patch code diffs, secure coding guidelines for developers, and the official Lumiverse CERT-In compliant Safe-to-Host Certificate.
- Code patch snippets & git diff examples
- Interactive developer walkthrough session
- Safe-to-Host Security Attestation Certificate
5-Stage Source Code Review Lifecycle
Our dual approach combines high-speed automated scanners with deep manual line-by-line inspection by veteran security researchers.
Secure Onboarding & LOC Sizing
Signing bilateral confidentiality NDAs, establishing secure repository access (air-gapped or client GitHub/GitLab orgs), and calculating Total Lines of Code (LOC).
Static Engine Analysis & CVE Mapping
Executing automated static security analyzers (SonarQube, Semgrep, Checkmarx, Fortify) and open-source dependency scanners across all code branches.
Business Logic & Architecture Inspection
Senior software security analysts manually inspect flagged routines, trace user input data flows from sink to source, and verify zero false-positives.
Actionable Patch Diffs & Consultation
Delivering reports with exact file and line references, code diff recommendations, and hosting a live Q&A debrief with your engineering teams.
Patch Verification & Official Certificate
Re-evaluating modified code commits to confirm 100% vulnerability closure and issuing the official Lumiverse CERT-In compliant Safe-to-Host Certificate.
Frequently Asked Questions
Key details on intellectual property protection, framework support, and retesting SLAs.