Comprehensive Security Testing.
From Pentests to Red Teaming.

Penetration tests provide the foundation for proactive cybersecurity, moving risk assessment from theory to practice. Our certified ethical hackers methodically examine your infrastructure, applications and processes using the same tools and techniques as real attackers. The goal is to create a list of vulnerabilities, and understand their real impact on your business. We analyze how a single vulnerability can lead to privilege escalation, lateral network traffic, and ultimately compromise of key resources, translating technical risk into understandable business risk.

Our approach is comprehensive and tailored to the specifics of your environment. We carry out tests in the black-box model (without initial knowledge), grey-box (with partial knowledge, e.g. with a user account) and white-box (with full access to the architecture and code). We verify the security of web and mobile applications based on frameworks such as OWASP Top 10 and MASVS. We analyze the configuration of cloud environments (AWS, Azure, GCP), studying IAM policies and container security. We test your Active Directory for domain takeover techniques and verify network security, including VLAN segmentation and network device configuration.

Threat-Led Penetration Testing (TLPD) is a highly specialized form of testing designed to meet stringent regulatory requirements for the financial sector and critical infrastructure. Unlike standard pentests, the attack scenarios are not generic but are precisely modeled based on an in-depth threat intelligence analysis. We focus on the tactics, techniques, and procedures (TTPs) of criminal groups that pose the greatest, real threat to your organization and industry.

The process complies with recognized frameworks, such as NIS2 and the DORA requirements. It begins with the creation of a Threat Intelligence, report, which defines the profile of the attackers. Then, based on this analysis, our Red Team conducts a multi-stage, targeted campaign aimed at testing the resilience of your critical business functions (Critical Functions). The goal is not only to assess technical safeguards but also the overall ability of the organization to survive and respond to an advanced, determined attack.

Is your security operations center (SOC) ready for the fight against an opponent who acts slowly, methodically, and is perfectly prepared? APT simulations allow you to answer this question. These exercises are not about finding as many vulnerabilities as possible, but about realistically testing your defenses – people, processes, and technologies (SIEM, EDR, XDR). Our team accurately reproduces known TTPs (tactics, techniques, and procedures) of real Advanced Persistent Threat groups or ransomware syndicates.

Every action during the simulation is carefully planned and mapped to the global standard MITRE ATT&CK® Framework. This allows you to accurately assess which attack techniques are effectively detected by your systems and which remain invisible. At the end of the simulation, as part of a Purple Team session, we analyze the entire timeline of the attack together with your Blue Team. As a result, your team learns how to improve detection rules, reduce response times, and hunt threats more effectively.

Red Team Operations is the ultimate test of the maturity of your cybersecurity program. Unlike penetration tests, which have a wide range, Red Teaming is deeply focused on the goal (goal-oriented). Our task is to achieve a defined “flag” — e.g. taking financial data, accessing the CEO's mailbox or encrypting a key server — using any previously agreed vectors. This involves not only technology, but also advanced sociotechnics and attempts to circumvent physical security.

Our team Red Team works in stealth mode, actively avoiding detection by your defenses - Blue Team. We use custom tools, hidden infrastructure Command and Control (C2) and advanced exploitation techniques to simulate a determined and creative opponent. The result is not only a technical report, but a strategic assessment of the ability of the entire organization to defend against a real, targeted attack that threatens the continuity of its operation.

Every successful attack, be it technical or socio-technical, is preceded by a reconnaissance phase. Analysis using open sources (Open-Source Intelligence) allows us to take on the role of an attacker and see what can be found about your company without sending even a single packet to your network. Our goal is to map Your attack surface and identify all information that may facilitate the conduct of an attack that should not be publicly available.
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We search public registers, social media, forums on the deep and dark web, as well as analyze file and certificate metadata. As part of an OSINT analysis, we look for credential leaks, accidentally published internal documents, information about used Cloud technologies and infrastructure, as well as data on key employees that can be used to create a credible spear-phishing scenario.

State-of-the-art security systems become useless when an attacker can manipulate an employee into opening the door for him. Our sociotechnical activities are controlled and secure campaigns that, in practice, measure level of safety awareness (security awareness) in your organization. We implement scenarios that perfectly mimic the methods used by cybercriminals to see if your employees can recognize them and know how to react to them.
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We offer a full range of tests, from mass campaigns Phishing, by a highly targeted spear-phishing, until after vishing (telephone attacks) and smishing (SMS). We also verify physical security procedures by conducting tests baiting (USB media left) or attempts to enter the office using the “tail” method (tailgating). The results of the analysis allow you to precisely target future training and strengthen your”human firewall“.

In the modern DevOps approach, Continuous Integration and Continuous Deployment (CI/CD) processes have become the backbone of software development. At the same time, they are an attractive target for attackers who, through supply chain attacks can compromise an application before it even reaches users. Our service focuses on verifying and strengthening the security of this entire ecosystem.
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We analyze the configuration of your tools, such as Jenkins, GitLab CI, GitHub Actions, and Azure DevOps. We verify that secrets (API keys, passwords, certificates) are securely managed using solutions such as Vault and not stored in environment variables or code. We examine the privileges of runners and agents so that they operate according to the principle of least privilege. We also help to effectively integrate automated security tests (SAST, DAST, SCA) in your pipeline, putting the DevSecOps philosophy into practice.

The most effective and cost-effective way to eliminate vulnerabilities is to detect them as early as possible in the software lifecycle (SDLC). Our source code analysis service supports your development teams in building secure applications from the ground up, according to the principle ”shift-left security“. We combine advanced tools with manual verification by experienced analysts to ensure accurate results and minimize false positives.
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We use two complementary methods. SAST (Static Application Security Testing) is a “white-box” analysis that scans code without running it to find common programming errors such as SQL Injection, XSS or incorrect use of cryptographic functions. DAST (Dynamic Application Security Testing) on the other hand, is a “black-box” analysis that tests a running application from the outside, looking for configuration errors and vulnerabilities resulting from the interaction between components. The result is a clear report with an accurate indication of the problem and a recommendation for remediation.