Cybersecurity

The basis of effective cyber protection is a thorough understanding of the current state of security. We offer risk analyses, security audits, draft security policies and strategic measures in accordance with legislation, in particular the NIS2 directive, which obliges companies to manage cyber risks and incidents from 1 November 2025. We help organizations prepare for new requirements and implement an appropriate security framework.

Modern digital identity management is based on linking strong user authentication, access control and trusted digital certificate management across the entire enterprise ecosystem. Advanced technologies allow you to verify not only the user himself, but also the trustworthiness of the device from which he connects, in real time. Automated certificate lifecycle management eliminates errors caused by manual administration and ensures that systems remain permanently secure. Intelligent detection mechanisms can recognize behavioral deviations, predict potential threats, and flexibly adjust the level of authentication, such as requiring multi-factor authentication for suspicious approaches. The result is a significant strengthening of identity security, minimizing the risk of account compromise, and speeding up the response to security incidents in line with modern cybersecurity standards.

Privileged Access Management (PAM) is a security approach aimed at managing and controlling access to highly privileged accounts, such as administrator, service, or system accounts. These accounts often have access to sensitive data and key systems, and their misuse can lead to serious security incidents. The PAM solution enables secure login information storage, automatic password rotation, activity auditing, temporary access allocation (Just-in-Time), and access approval processes.

By implementing PAM, the organization gains a higher level of security, better control over privileged access, and meets compliance requirements with legislation (e.g. GDPR, NIS2). PAM also increases transparency, enables rapid response to incidents, and reduces the risk of internal and external abuse. It is a key element of modern cyber protection, especially in environments with complex IT infrastructure.

Modern cyber protection of end devices is based on advanced technologies that enable detection, analysis and response to threats in real time. With the increasing sophistication of attacks, it is necessary to protect not only individual devices, but also their interconnections within the entire infrastructure. EDR, XDR and MDR solutions are complemented by artificial intelligence (AI) elements that enable automatic anomaly identification, threat prediction and adaptive response to new types of attacks. This greatly increases the effectiveness of protection and reduces the time it takes to respond to security incidents.

Network security is critical to protecting an organization's data, systems and operational continuity. In the modern IT environment, it is necessary to protect not only the infrastructure itself, but also all network traffic, access points and communication channels. Effective network protection is mainly based on a combination of the following elements:

Modern log management is an essential element of cybersecurity, enabling centralized collection, storage and analysis of events across the entire IT infrastructure. Real-time log processing allows you to quickly identify anomalies, unusual activities or potential security incidents and respond to them in seconds. Centralized audit records provide a detailed overview of user and system activities and greatly facilitate compliance with regulatory requirements, including cyber resilience standards and legislation. The flexible architecture makes it possible to extend log management with more advanced analytics and correlation functions up to the level of a complex SIEM, opening up organizations the ability to efficiently detect and manage increasingly sophisticated threats.

Data Loss Prevention is an advanced security framework that protects sensitive data from unauthorized transmission, leakage, or misuse. DLP systems allow you to identify, classify and track data across the entire IT environment — at rest (on storage), on the move (when transmitted over the network) and in use (on end devices). Based on defined policies, DLP can automatically respond to risky operations, such as blocking data transfer outside the organization, alerting an administrator, or enforcing encryption.

The implementation of DLP significantly strengthens the information security of the organization, protects trade secrets, personal data and intellectual property, while helping to meet regulatory requirements such as GDPR, HIPAA or NIS2. DLP solutions deliver a higher level of control over how data is used, shared and stored, reducing the risk of human error as well as targeted attacks. In the context of modern digital infrastructure, DLP is a key element for maintaining the credibility, integrity and security of data operations.

Vulnerability management is a systematic process involving the identification, evaluation, prioritization and mitigation of security weaknesses in the IT infrastructure. The aim is to minimise the risk of exploiting vulnerabilities that can lead to breaches of the confidentiality, integrity or availability of systems.

Penetration testing is a targeted security test that simulates real-world cyber attacks to identify vulnerabilities in an organization's IT infrastructure, applications, or processes. They are carried out by ethically-certified “hackers” who use the same techniques as real attackers. The tests verify weaknesses in network architecture, authentication mechanisms, system configurations, web applications, or user behavior. The output is a detailed report containing the vulnerabilities found, their severity, possible impacts and recommendations for remediation.

Penetration tests are a key tool for managing cyber risks. They increase the organization's resilience to attacks and help meet the requirements of security standards such as ISO 27001, NIS2 or GDPR. Tests are recommended to be carried out regularly, after major infrastructure changes or as part of a compliance audit. In addition to the technical contribution, they are also of strategic importance, as they provide the organization's management with an objective view of the current state of security and support decision-making on priorities in the area of data and systems protection.