Tele-TQ: Developing the Future of AI-Powered Emergency Response for Civilian and Military Use

Tele-TQ: Developing the Future of AI-Powered Emergency Response for Civilian and Military Use
1/1/24, 10:00 PM
Auric Innovations Secures License to Utilize Patented Technology
Auric Innovations is actively developing Tele-TQ, a cutting-edge medical device that enhances a standard tourniquet with telemedicine and AI capabilities. Through a licensed patented technology, Tele-TQ aims to revolutionize emergency care by improving response times, communication, and patient triage in both civilian and military settings.
Stopping a life-threatening extremity bleed is only the first step—victims need rapid emergency response, shock management, and potential blood transfusions to survive. Tele-TQ is being designed to bridge this gap by enabling real-time communication with first responders. Once applied, the device will:
✅ Automatically alert emergency services
✅ Send real-time notifications that a tourniquet has been deployed
✅ Enable two-way communication between the user and medical professionals
✅ Transmit GPS location to first responders for faster dispatch
Designed for Both Civilian and Military Applications
For First Responders & Civilians: In mass casualty events, car accidents, or active shooter situations, Tele-TQ can ensure faster EMS response and better triage for victims.
For Military & Remote Operations: Soldiers in combat zones or remote locations often face delayed medical intervention. Tele-TQ can provide automated distress signaling, real-time vitals monitoring, and critical triage data, allowing medics to prepare before arriving.
As development progresses, future advancements will enable Tele-TQ to measure and transmit vital signs to medical professionals, further enhancing triage and treatment decisions before EMS or military medics arrive.
By enhancing situational awareness and reducing response times, Tele-TQ has the potential to redefine emergency medicine and save more lives across both civilian and military environments.