This patented invention introduces a modular telemedicine system designed for real-time monitoring and remote medical evaluation. Unlike traditional proprietary solutions, it uses standardized non-proprietary technologies such as Bluetooth, Wi-Fi, GSM, and satellite links, ensuring flexibility and wide accessibility.

The system consists of a client–server software architecture with a unified graphical interface. Medical devices (such as blood pressure monitors, electrocardiographs, pulse oximeters, and capnographs) collect vital signals, which are processed locally and displayed to field personnel (physicians, paramedics, or assistants). The same data can be securely transmitted in real time to a telemedicine center, where specialists can supervise multiple patients simultaneously.

Key advantages include:

• Real-time monitoring with synchronized data and optional audio/video transmission.

• Scalability, allowing simultaneous supervision of a large number of patients.

• Extensibility, through plug-ins that integrate current and future biomedical devices without modifying the core system.

• Mobility and resilience, with compact, water- and temperature-resistant modules suitable for emergency and disaster zones.

• Security, using encrypted communication and digital certificates.

The solution accelerates investigation, diagnosis, and continuous monitoring by bridging field medical staff and remote specialists, enabling second opinions and coordinated emergency interventions.