The foundation of the digital world is a fast, secure, stable network with centrally and automated network management.
A secure, intuitive, automated, and continuously monitored network serves as the foundation for modern business operations.
Secure network that connects business systems, offices and remote employees is a base for digital transformation. High performance Software-Defined Network (SDN) providing high throughput and maintaining data security is the answer to those demands.
The core of an SDN network includes security, central management, a high degree of automation, real-time network status monitoring, and troubleshooting through behavioural analyses. Furthermore, SDN ensures simplified and automated addition of new components, disaster recovery infrastructure, and business continuity maintenance. Collaboration solutions further enhance efficiency and reduce costs.
Defense-in-depth is the foundation of security in the new era.
The Zero Trust model, based on the principle ‘never trust, always verify’, represents a network protected at all OSI layers, ensuring the availability, integrity, and confidentiality of valuable information. This can be achieved through higher-level protection, such as multi-factor authentication, web application firewalls, and a range of solutions, including those for protection against Distributed Denial of Service (DDoS) attacks, email security, protection of Domain Name System (DNS) traffic, Network Detection and Response (NDR), etc.
Proactive defense and protection are essential in the face of everyday, ever-evolving threats. By using mechanisms of artificial intelligence, machine learning and behavioural analysis we can anticipate and address those threats.
These solutions feature a central management platform for security policies, including automation of proactive and reactive actions and generating reports in line with regulatory requirements.
A reliable network enables efficient and rapid assistance in emergency situations.
Critical communication infrastructure ensures communication in emergencies and is vital for the operation of emergency services, military forces, and businesses that operate critical infrastructures. Technologies such as TETRA, DMR, and Push-to-Talk Over Cellular provide reliable and secure communication in everyday, especially crisis, situations. Features like group calling, encryption, and location-based services significantly assist in co-ordinating forces, exchanging information, and quickly ensuring safety in what would otherwise be a critical situation.
5G private networks provide greater security and complete control over data and the network.
Digitalization and the development of industrial processes present new challenges for existing communication and network systems. 5G networks contribute to increased effectiveness, greater automation, and enhanced worker productivity and safety. They address the needs of Industry 4.0 for faster large volume data transfer, lower latency, and the connection of numerous sensors, robots, and devices. They support industrial applications, such as remote control of machines and robots. Through artificial intelligence and machine learning, they enable the use of the ‘Digital Twin’ application for planning, testing, analysing, and managing real-world objects using virtual replicas.
