The Teslon 5G ambulances represent a groundbreaking innovation in emergency medical services, leveraging the power of next-generation wireless technology to revolutionise patient care during transit. Equipped with ultra-fast, low-latency connectivity, these ambulances enable real-time communication between paramedics and hospital teams in ER, allowing for immediate diagnosis, remote consultations, and the seamless transfer of critical patient data. The integration of 5G technology enhances the capabilities of paramedics, enabling advanced monitoring, telemedicine support, and more precise interventions en route to the hospital. This innovation not only improves patient outcomes, particularly during the crucial golden hour, but also optimises resource allocation, reduces healthcare costs, and extends high-quality emergency care to even the most remote locations.

CHALLENGES 

1. Delayed treatment in the golden hour:

The first 60 mins after a trauma or an accident is crucial for saving lives. Ambulances often experience communication lags, leading to delays in critical decision-making during the golden hour, which is crucial for saving lives.

2. Increased mortality rates: 

The inability to provide real-time, advanced medical interventions during transit increases the likelihood of patient deterioration, contributing to higher mortality rates.

3. Challenge in managing pain and providing comfort to patients causing anxiety:

Limited connectivity hampers effective monitoring and timely administration of pain relief, heightening patient discomfort and anxiety during emergencies.

4. Strain on hospital resources:

Traditional Ambulances can lead to inefficient resource allocation, causing overcrowded emergency rooms and delays in initiating appropriate treatments upon arrival.

5. Limited scope of paramedic services:

Without advanced communication and data-sharing capabilities, paramedics face constraints in delivering comprehensive care, limiting their ability to perform critical interventions in the field.

6. Impact on rural and remote areas:

Traditional ambulances are less effective in rural and remote areas where transportation infrastructure is lacking, leading to delays in emergency response and compromised patient outcomes.

7. Cost implications:

The inefficiencies in treatment and resource management result in higher overall healthcare costs, as patients may require more intensive care due to delays in initial treatment.

SOLUTION  

5G CONNECTED AMBULANCE – ER ON WHEELS

The 5G Ambulance is designed to revolutionise emergency medical response by integrating cutting-edge technology with advanced medical equipment, ensuring that patients receive the best possible care during transit. Central to this innovation is the 5G-connected ambulance, which is equipped with a 5G modem providing ultra-high-speed and low-latency network connectivity. This allows for real-time video consultations with emergency room (ER) teams, ensuring that critical decisions can be made instantly. The ambulance is also fully equipped with essential medical devices, such as defibrillators, ventilators, and bedside monitors, enabling paramedics to deliver comprehensive care on the go. The presence of integrated medical devices across platforms ensures that the vehicle is always ready for emergencies, with necessary supplies consistently stocked to handle critical care situations.

In addition to its medical capabilities, the 5G Ambulance features smart location tracking and monitoring systems that enhance both navigation and patient monitoring. The ambulance’s location can be tracked in real-time through our vehicle monitoring feature in our Carenation application accessible to both the care coordinator at the hospital ER and the ambulance driver. This is powered by Google Maps, ensuring accurate navigation and real-time tracking, facilitated by the 5G network. The live monitoring capabilities extend beyond just location; the ER team can monitor live vitals, stream the ambulance nurse’s activities, and manage central fleet operations, ensuring a seamless and coordinated response. 

Moreover, the 5G Ambulance includes additional features such as live vehicle health status, simplified booking and notification systems, and robust power backup with oxygen supplies. The comprehensive telemedicine system allows for continuous patient monitoring and communication with medical professionals, bridging the gap between the ambulance and the hospital. These features ensure that the ambulance is not only a mode of transportation but a mobile critical care unit, capable of delivering high-quality medical services en route to the hospital, ultimately improving patient outcomes and enhancing the efficiency of emergency medical services.

Hence, the 5G Ambulance significantly enhances care during the golden hour by enabling real-time communication and monitoring, allowing paramedics to consult with ER doctors instantly through video calls.

RESULTS