Application Security Experts

Save time, cut costs, and maximise ROI with Accorp

Source code review is the process of analysing application code to find security flaws. It helps detect issues like SQL injection or XSS before attackers can exploit them.

Crist
Certin
CISA

Choose Accorp for Expert Source Code Analysis

We combine expert-led analysis and industry best practices to detect flaws before they reach production. With clear remediation advice and continuous support, we help your team build safer, compliant applications with confidence.

Trusted Security Partner

Collaborate with a reliable and forward-thinking cybersecurity provider to build secure, high-performing applications.

Expert-Led Code Assessments

Our experienced team uses industry-best practices and advanced review methods — including source code inspection and source code review in cybersecurity — to uncover and eliminate code-level vulnerabilities.

Manual + Automated Testing

We leverage a hybrid approach—combining human insight with automation—to deliver deep analysis with zero false positives. Our toolset and processes include SAST, dynamic testing, and specialist checks such as an XSS auditor and focused tests to demonstrate the best way to avoid SQL injection.

Process-Based Review Excellence

Accorp Partners follows a structured, process-driven methodology—unique in India—to deliver consistent, high-quality security audits.

Beyond Bug Detection

We don’t just find flaws—we help embed a culture of secure development within your team and processes.

Continuous Improvement & Support

We provide ongoing guidance and post-assessment support to help you strengthen your security posture over time and stay ahead of emerging threats.

How does the code review process work?

part of our software development code review process

Process 1

Trigger the Review

Initiated automatically (via tools) or manually (by a developer or team lead).

Process 2

Automated Scanning During Development

Use tools like SAST or linters to scan code as it's written, identifying vulnerabilities in real time.

Process 3

Developer Self-Review

Developers check their own code before committing, fixing basic issues and maintaining clean code standards.

Process 4

Manual Code Review at Commit/Merge Stage

Senior developers manually review submitted code for business logic flaws, design issues, and risky patterns.

Process 5

Combine Results

Merge findings from automated tools and manual insights to create a complete picture of code quality and risks.

Process 6

Fix & Revalidate

Developers fix identified issues, then rescan and re-review to ensure problems are resolved.

Process 7

QA Testing Integration

Layer additional functional and security tests to catch missed scenarios.

Process 8

Final Approval & Deployment

Once approved, code is pushed to production with confidence that key security checks have been passed.

Benefits of Our Source Code Review

Uncover Bugs

Identify hidden vulnerabilities and misconfigurations before attackers do — including injection vectors. We demonstrate prevention techniques and, where needed, provide a controlled SQL injection attack demo to validate fixes and injection attack prevention.

Share Expertise

Leverage insights from certified auditors and security professionals.

Code Compliance

Ensure your systems meet PCI DSS and industry security standards.

Faster Development

Enable secure and speedy development with early vulnerability detection.

Effective Reporting

Get a clear, secure code review report that’s audit-ready, plus recommendations. We also offer ongoing source code review services to maintain security over time.

Related Application Security Services

Comprehensive application security testing and assessment solutions

Penetration Testing
DAST

Penetration Testing

Dynamic application security testing through black-box and grey-box penetration testing to identify runtime vulnerabilities and security flaws.

Vulnerability Assessment
VAPT

Vulnerability Assessment

Comprehensive vulnerability scanning and assessment to identify security weaknesses across applications, infrastructure, and network layers.