What is a Source Code Review?
Source code review is a type of assessment designed to validate the security of an application by analyzing its source code. It is particularly effective at identifying insecure development practices and vulnerabilities that could be exploited by hackers, as it provides direct insight into how the application handles each given action. These reviews can be a cost-effective solution to identify business logic flaws in an application and is often combined with application security testing in order to secure mission critical applications.
Why Conduct a Source Code Review Of Your Application?
Validate your existing security controls
Understand the potential impact of an attack on your applications
Identify & fix of all existing vulnerabilities
Uncover and remediate security flaws in your code, minimizing the risk of breaches and improving overall application security.
Improve your application's security
Implement best practices and recommendations provided by the review to strengthen your security posture and enhance your application’s resilience to attacks.
Comply with regulatory requirements
Enhance your development practices
Gain a deeper understanding of development processes that might inadvertently introduce security risks, allowing you to develop more secure applications and features in the future.
Identify Application Vulnerabilities Efficiently

Identify insecure
development practices

Validate the security
of your application

Uncover application
logic flaws efficiently
Fix Vulnerabilities & Improve Your Application's Security
Insecure authentication
A risk where attackers can bypass or exploit weak authentication mechanisms, gaining unauthorized access to sensitive systems and data.
Cross-Site Scripting (XSS)
A vulnerability that allows attackers to inject client-side scripts into web pages viewed by other users, potentially stealing sensitive data or compromising user accounts.
Insecure configuration
A risk where misconfigurations or default settings in your application can be exploited by attackers to gain unauthorized access or perform malicious actions.
Insecure data storage
A vulnerability where sensitive data is not properly encrypted or protected, allowing unauthorized access or disclosure.
Injection attacks
A threat where attackers can inject malicious code into your application, potentially leading to data loss, corruption, or unauthorized access.
Insecure direct object references
A vulnerability that occurs when an application exposes internal object references to users, allowing attackers to manipulate these references and access unauthorized resources.
Our Application Security Code Review Methodology

Threat Modeling
We Identify and document security risks associated with business logic.

Preliminary Scan
An extensive scan identifies technical and configuration vulnerabilities.

Security Code Review
Manual code assessment to identify insecure development practices.
When Should You Perform a
Review of Your Source Code?
- After major changes to the application's architecture or features
- When adding new, sensitive functionalities
- After significant updates to the development team or practices
- Following a security incident or breach
- Prior to an M&A transaction or other major business event
DID YOU KNOW?
“ 2 in 3 developers are not confident they are writing secure code ”
Need Help To Assess And Improve Your Cybersecurity?
Bridging the Security Gap: The Main Obstacles to Writing Secure Code
- Security tools require specialized expertise to use efficiently
- Firewalls are often misinterpreted as sufficient to block threats
- Quality assurance teams are often not involved at this level
- Most developers are not trained specifically to write secure code
- Top standards and best practices are often unknown to dev teams
Frequently Asked Questions
Couldn’t find the information you were looking for? Ask an expert directly.
The purpose of this service is to identify and remediate potential security vulnerabilities in your software code, ensuring its security and compliance with industry regulations. By conducting secure code reviews, you can detect flaws early in the development process, reducing the risk of breaches and improving overall application security.
The process involves a combination of automated tools and manual reviews by security experts. First, static and dynamic analysis tools are used to scan the source code for potential vulnerabilities. Then, a trained security professional manually reviews the code line-by-line, focusing on key areas like authentication, data validation, and encryption.
The duration of a secure code review depends on the size and complexity of the application, as well as the number of identified vulnerabilities. Generally, a typical project can take anywhere from a few days, up to 3 weeks.
To get started, you’ll need to provide access to your application’s source code, as well as any relevant documentation and coding standards to help our team better understand your development practices. No additional permissions or access to your production environment are required for the code review.
Secure code reviews are an essential part of a comprehensive cybersecurity strategy, ensuring that vulnerabilities are identified and fixed before they can be exploited by attackers. Integrating secure code reviews into your software development lifecycle helps strengthen your organization’s security posture and maintain regulatory compliance.
To protect your intellectual property, ensure that you engage a reputable service provider with strict confidentiality policies and measures in places. It’s also a good idea to have non-disclosure agreements in place before sharing sensitive information.