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DEEP CODE ANALYSIS: YOUR SOFTWARE BEST DEFENSE

Before Hackers Find Flaws, We Do

For decades, we have secured high-profile organizations globally, and kept updated in a very dynamic industry. Merging intelligence and multiple techniques, we significantly reduce your risk and strengthen your code. Experience defense through the eyes of an attacker with us. Navigate the digital jungle with DeepTechia

Who we are?

We are the Security Jedis, a specialized team of cybersecurity experts, ethical hackers, and risk management professionals. Our mission is to safeguard your digital realm, identifying vulnerabilities, neutralizing threats, and implementing robust defenses that stand resilient against the ever-changing landscape of cyber risks.

Our Approach

Static Code Analysis

DT offers both manual and automated static code analysis (SAST). The automatic approach is great to have insights fast while the manual is very precise and contains much less false positives and negatives.

Dynamic Code Analysis

Dynamic code analysis (DAST) involves analyzing a live system, debugging, fuzzing, and observing the code coverage among other activities. When an actual security exploit is found it is checked in the reality instead of theory.

Security Quality Assurance

Donâ€™t wait until your release candidate is ready to perform testing harness. You can be proactive in the continuous integration (CI) and continuous deployment approach

Formal Verification

Formal verification involves describing the behavior that a system does rigorously and checking that the actual behavior, the software code does what the specification really describes.

AI Collaborative Tools

Artificial Intelligence (AI) is expanding exponentially in several fields, yet in security codebase analysis it does not have similar results. We offer a computer human interaction (CHI) approach where the professional and the AI enforce each other.

Custom Security Tools

While there are general practices that apply to codebases, software applied to different industries, specific cases and environments should require new tools to improve the security and continuous checks.

Join the Ranks of the Secure

In the battle against cyber threats, you need allies you can trust. CoinFabrik Security Jedis are ready to stand by your side, lightsabers at the ready, ensuring that your digital galaxy remains safe, secure, and sovereign.

F.A.Q. on Code Analysis

What are automated and manual static analyzers?

Automated and manual static analyzers are tools and methods used to evaluate a software’s source code without executing it. Automated static analyzers automatically inspect the code for vulnerabilities, coding standards, and errors using predefined rules and algorithms. In contrast, manual static analysis involves humans, such as software developers or security experts, meticulously reviewing the code to identify potential security issues, logical errors, or areas for improvement without relying on automated tools.

What are fuzzying tools?

Fuzzing tools, or fuzz testers, are software testing techniques used to discover coding errors and security loopholes in software, operating systems, or networks by inputting massive amounts of random data, called “fuzz,” to the system in an attempt to make it crash. These tools help developers understand how the system behaves under unexpected scenarios and to identify any vulnerabilities or weaknesses that could be exploited by malicious attackers.

What are the benefits of QA/QC tools?

QA (Quality Assurance) and QC (Quality Control) tools are essential in ensuring the quality, reliability, and performance of software products. Benefits include:

Enhanced Quality: They help in identifying defects early in the development phase, which ensures the release of a high-quality product.
Cost Efficiency: Identifying and fixing issues early with the help of QA/QC tools is typically less expensive than resolving problems after release.
Customer Satisfaction: By ensuring that the final product is robust and bug-free, these tools contribute to greater customer satisfaction and loyalty.
Risk Mitigation: They help in mitigating the risks associated with software development by ensuring consistency and adherence to standards.

What are the benefits of source code review?

Source code review involves examining the source code of an application to identify potential vulnerabilities and ensure it adheres to coding best practices. Benefits include:

Security Assurance: Identifying and fixing vulnerabilities to safeguard the application from potential attacks.
Code Quality: Ensuring that the code adheres to organizational coding standards and best practices.
Optimization: Identifying areas of the code that can be optimized for better performance and resource usage.
Knowledge Sharing: Allowing development teams to understand the codebase better, share knowledge, and maintain consistency across the project.

Why choose white testing (SAST and DAST) instead of black box testing (e.g. penetration tests)?

White-box testing, involving Static Application Security Testing (SAST) and Dynamic Application Security Testing (DAST), examines the internal workings of an application, as opposed to black-box testing which tests the functionality without looking at the internal codebase. Reasons to choose white-box testing include:

Comprehensive Analysis: It provides a more thorough and comprehensive analysis since it examines the internal code structure, logic, and algorithms.
Early Detection: Vulnerabilities and issues can be detected early in the development cycle, reducing the cost and complexity of addressing issues later on.
Automation Capability: White-box testing, particularly SAST, can often be automated, making it easier and more efficient to perform regular, repeated testing.
Security Focus: SAST and DAST focus on identifying potential security vulnerabilities within the application by examining it from the inside, providing an additional layer of security assurance.