The functioning of the entire organization depends on how the network functions. Business applications, emails, phone calls - all of these stop working when the network doesn't work. That's why it's important to choose network technologies that are proven and stable. Next-generation firewalls (NGFW) or NDR systems make it possible, without interfering with endpoints, to ensure the security of transmitted data.

Securing endpoints remains one of the biggest challenges in cybersecurity. Endpoints are where data is created, processed, and stored – and where confidentiality, integrity, and availability must be preserved. Security professionals face numerous challenges: vulnerable applications, limited hardware resources, device mobility, lack of standardization, and user negligence. Modern endpoint protection solutions – especially those combining advanced analytics, like EDR (Endpoint Detection and Response) or even more advanced XDR (Extended Detection and Response) – are replacing outdated signature-based antivirus tools and providing real protection for end users.

Cloud services offer flexibility, scalability, and convenience. However, migrating resources to the cloud also brings challenges in areas such as data protection, communication, access management, infrastructure sizing, and the physical location of stored data. While cloud platforms are generally secure, actual security depends heavily on how well the environment is configured – including access policies and permissions. That’s why additional, specialized cloud security tools are essential for ensuring data confidentiality, integrity, and availability.

Email security is a complex process. It involves a number of issues related to specific threats (malware, phishing or spam) and methods of protecting against attacks. Regardless of the type of attack, a company faces not only multimillion-dollar losses, but also loss of reputation and market confidence.

Business applications are at the core of every organization operating online. In a dynamically changing world, it is essential that security policies are implemented at every stage of software development: from design, implementation and deployment to production monitoring. And don't forget to support developers through continuous education and equipping them with tools that enable them to identify vulnerabilities while still in the code production stage. Integrating these practices into an application security strategy not only protects business data, but also builds trust with users and partners.

IT administrators have extraordinary powers to operate systems, which has made them the most desirable target for attacks for years. For an attacker, taking over a domain administrator's account means access to all the company's systems and data, including management correspondence, financial data and the potential to cripple the company's production system. The result of such an attack could be a complete takeover of the company. Targeted at protecting users and privileged access, PIM/PAM systems deal with secure storage, generating strong passwords and securing accounts within an organization. Together with multi-factor authentication (MFA) systems, they sort out the issue of secure user access to a company's most valuable resources.

Crime and phishing in the area of data protection cause huge losses to companies, amounting to billions of dollars a year. Data protection starts with a security policy, in which we define what we want to protect and at what level, who is to have access to the data, and which data is most valuable to the company. Only after defining these issues is it time to design a data security system, based on products for information classification, leakage protection (DLP) and related processing and storage (DAM/DBFW).