Security Development Lifecycle
Early in the project phase, UN1QUELY advises customers by building security in every element of the project with activities such as the definition of the security requirements and objectives, design review, threat modelling, source code analysis, penetration test at each major release, fuzz testing, secure programming guidance, and more.
These activities aim to reduce the attack surface offered by the project and its systems, strengthening its confidentiality, integrity, and availability. This reduces the chances for fraud and future maintenance costs to correct defects originating from security flaws.
Security Source Code Review
Our experienced consultants are able to perform code reviews of software written in popular languages such as Java, Ruby, Python, C/C++, PHP, ASP.NET, .NET, as well as less popular ones such as Solidity, for smart contracts and blockchain applications. The review consists of code scanning using security-focused static analysis tools together with man-powered expertise to perform manual code review to identify vulnerabilities and design errors that can pose a severe risk to the application.
The final result is a description of all issues discovered along with information advising your development team on how to fix the vulnerabilities and how to prevent similar design and implementation mistakes in the future.
Secure Coding Training
UN1QUELY’s Workshops are a unique blend of theory and applied skills development, all built around the most popular cybersecurity frameworks worldwide. Our team includes experienced cybersecurity penetration testers, security developers, and industry professionals.
The UN1QUELY Secure Coding Workshop is designed to educate web application developers with the best practices and skills for secure code development. The 2-Day program includes theoretical and practical knowledge about information security threats in web applications, writing code securely, and how to avoid exposing vulnerabilities at the code level ensuring security is shifted far left into the development lifecycle.
The program is held remotely or in-house and in English or Serbian, over 2 days.
- Understand information security concepts and how they affect the software development lifecycle
- Associate common coding mistakes with common vulnerabilities
- Implement secure coding practices and review insecure code snippets
- Apply secure coding principles in daily processes – writing code, managing repositories, etc.