Ictus Home - TIB

Wearable biosensors for continuous patient monitoring integrated into a comprehensive stroke management solution. Sensors detect physiological changes associated with acute stroke events.

Continuous monitoring system that tracks brain electrical activity and neurological status in patients undergoing rehabilitation. Enables real-time assessment of patient condition and treatment response.

A remote monitoring system designed for intensive care units enabling real-time patient surveillance and data transmission. Facilitates ICU family visits and patient observation.

OT-ICU grade remote patient monitoring device for continuous vital signs tracking and display. Integrated with cloud connectivity for centralized and remote diagnostic capabilities.

A neuroscience-based brain-controlled video game platform that uses motor visualization training and neurofeedback to enhance athletic performance, aid post-injury recovery, and develop cognitive and tactical skills. The system allows athletes to train motor skills and mental processes without physical movement, helping with return to play readiness, player development, and cognitive assessment.

A cognitive brain electrical activity and transcranial electrical stimulation control system designed for neuroscience research and clinical treatment applications. The device features high precision, portable design, and millisecond-level synchronization capabilities for cognitive neuroscience studies and neuromodulation therapy.

Based on motor imagery brain-computer interface electrical stimulation technology, this device enables stroke patients to perform active rehabilitation training through motor intent. It precisely activates damaged neural pathways and achieves closed-loop neural circuit training through a 'central-peripheral-central' mechanism, promoting neural circuit reshaping and functional reorganization of damaged neural networks. Compared to conventional rehabilitation training, it improves rehabilitation outcomes by 30-40%.

Wearable sensor technology designed for continuous monitoring and early detection of stroke events. The system provides real-time alerts to enable timely medical intervention and improve patient outcomes.

Medical technology designed for stroke risk assessment and prevention in clinical practice. Supports patient evaluation and monitoring protocols for cerebrovascular disease management.

IppocraTech® Care is a non-invasive physiological monitoring system that simultaneously detects heart rate, blood pressure, respiratory rate, body temperature, oxygen saturation, and single-channel ECG. Real-time data collection and advanced algorithms generate clinical insights for prevention, early detection, and continuous health monitoring in clinical and home settings.

Wearable sensor system for real-time stroke detection and patient monitoring. Integrates continuous physiological data collection with clinical decision support to enable early stroke identification and intervention. Designed for acute care and post-stroke patient management.

Portable EEG monitoring system enabling continuous brain electrical activity recording in ambulatory and home-based patient settings.