Find out the cost and timing of security testing
Order site and application security testing
Launch onboarding
The warranty period is 2 weeks
Comprehensive audit
The optimal team for the task
Support and mentoring from experts in related fields
Transparent process — TK work, reporting, tracking, timing control
Our team is certified according to international standards Scrum.org . We apply the best practices of agile development to your business.
Active participation in open-source projects allows you to create reliable solutions using proven technologies and keep up with the times.
Our solutions are created from ready-made tested components. This speeds up development and scaling, as well as making further support easier.
Our experts with extensive experience in collaboration guarantee efficiency, coherence and quality of the final product.
We are not new to complex projects. We have extensive experience in creating BPMS, CRM and high-load systems.
Proven professional qualifications, reliability and compliance with advanced industry standards.
We will help you create a solution that will meet the needs of your business. Our team uses proven and up-to-date tools, develops digital products for stable and efficient work for many years to come.
Analysis and planning
We study the architecture of the application or website, identify potential attacks and critical areas. We create a test plan, checklists and scenarios, taking into account the specifics of the product and possible threats.
Preparation of tools and environment
We choose the best tools for security testing. We are setting up a test environment and emulating the conditions of potential attacks.
Conducting vulnerability tests
We check the security of the API, databases, interface, and business logic. We simulate attacks (SQL injection, XSS, CSRF, Brute Force, DoS, etc.) to identify weaknesses.
Results analysis and recommendations
We fix the discovered vulnerabilities, assess their criticality and potential damage. We provide a detailed report with priority troubleshooting measures.
Security testing is a comprehensive check of websites, web applications, mobile applications or other software for resistance to potential cyber attacks and data leaks. The main goal is to identify vulnerabilities before they can be exploited by attackers and assess the product's readiness for real threats. This approach includes architecture analysis, checking all points of interaction with the system (UI, API, database) and attack modeling to assess the level of protection.
During the security testing process, we evaluate:
how well is authentication and authorization implemented?;
is data transmission and storage secure?;
is there a risk of exploiting vulnerabilities (SQL injection, XSS, CSRF, Brute Force, DoS, etc.);
how secure is the interaction of internal modules and integrations with external services?
For example, when checking an online store, security testing may include simulating SQL injection through a search form, attempting to bypass authorization in your personal account, or analyzing payment data protection when placing an order.
Unlike functional testing, which verifies that a product fulfills its stated objectives, security testing answers the question of whether a product is capable of operating without risking data and business reputation.
It evaluates how secure the system is against hacks, data leaks, and other cyber threats. Vulnerabilities in the interface, API, databases, and business logic are checked, as well as the correctness of the implementation of authentication, authorization, and encryption mechanisms.
Regression testing checks if the existing functionality is broken after changes to the code. Security testing also evaluates how resilient the system is to potential threats, even if all functions are working correctly. In other words, regression answers the question "Is there an error?", and security testing — "Is it possible to hack or bypass the system?".
Based on the product architecture, specifications, industry standards (ISO/IEC 27001, PCI DSS) and knowledge bases on typical attacks (for example, OWASP Top 10).
Before each major release, after significant code changes, and also regularly — for example, once a quarter. For critical systems, it is advisable to implement continuous monitoring.
