Frequently Asked Questions

Secure Source Code Review is a structured security assessment where Cybersigma analyzes your application's source code to identify vulnerabilities, insecure coding practices, and logic flaws before deployment.

Secure Code Review helps detect vulnerabilities early in development, reducing breach risks, remediation costs and long term security exposure.

Penetration testing evaluates running applications, while Secure Source Code Review analyzes the actual source code to uncover deeper logic and structural security issues.

It is recommended before major releases, after significant code changes or during secure development lifecycle implementation.

Yes. Early Secure Source Code Review prevents security debt and strengthens application security from the beginning.

Cybersigma identifies injection flaws, authentication gaps, authorization issues, insecure data handling, and business logic vulnerabilities.

Yes. Our Secure Code Review aligns with OWASP guidelines and secure coding best practices.

Absolutely. Cybersigma signs NDA agreements and ensures strict confidentiality throughout the review process.

We perform Secure Code Review across major languages including Java, .NET, Python, PHP, Node.js, and others.

Yes. Secure Source Code Review includes analysis of dependencies and open source components for known vulnerabilities.

The timeline depends on application size and complexity, typically ranging from one to three weeks.

Our structured process is designed to integrate smoothly with development timelines.

Yes. Cybersigma provides detailed remediation guidance along with developer consultation if needed.

You receive a comprehensive Secure Code Review report with risk ratings, technical details and actionable fixes.

Yes. It supports compliance with standards such as PCI DSS, ISO 27001, HIPAA and SOC 2.

Yes. Our Secure Code Review combines manual expertise with automated analysis tools.

It uses specialized tools to scan large codebases for common vulnerabilities and insecure patterns.

Experts analyze code line by line to identify complex logic flaws and advanced security weaknesses.

Yes. Cybersigma performs Secure Code Review for APIs, microservices and backend architectures.

Yes. We conduct Secure Source Code Review for Android and iOS applications.

Yes. It is a key component of integrating security into the development lifecycle.

Yes. Findings are categorized by critical, high, medium, and low severity levels.

It identifies workflow errors and logic vulnerabilities that could be abused by attackers.

Yes. Our Secure Source Code Review covers cloud native and microservices architectures.

Pricing depends on codebase size, technology stack, and depth of Secure Code Review required.

Yes. We validate remediation through follow up Secure Code Review.

It significantly reduces risk by identifying vulnerabilities before exploitation.

Yes. Reports include management friendly summaries explaining risks and impact.

Share source code access, architecture documentation, and define the review scope with our team.

Yes. It helps identify outdated coding practices and hidden vulnerabilities in legacy systems.

Yes. Our Secure Source Code Review detects hardcoded secrets and insecure configurations.

Yes. It promotes secure coding standards and better development practices.

Yes. We validate encryption mechanisms and secure data handling within the code.

While not always mandatory, it strengthens audit readiness and security documentation.

Yes. Cybersigma supports integrating Secure Code Review into DevOps workflows.

Banking, healthcare, SaaS, fintech, government, and any organization developing secure software.

Yes. We offer recurring reviews to maintain continuous application security.

Cybersigma follows strict access controls, encryption practices, and confidentiality agreements.

We combine technical expertise, business risk understanding, and actionable reporting for meaningful security improvement.

Contact our team to schedule a consultation and define your Secure Source Code Review scope.