Hyderabad: RED.Health recently launched Salus EMS, an innovative end-to-end emergency medical services (EMS) platform designed to improve the way emergency care is delivered in India. The EMS guarantees prompt interventions during life-threatening situations by filling up critical communication gaps between emergency rooms and ambulances, and optimising real-time communication to prepare hospital teams well in advance.
In medical emergencies, every second matters but the current emergency medical systems face many challenges. Paramedics are often restricted from administering essential drugs or performing life-saving procedures without physician supervision, which causes treatment delays. Poor communication between emergency room teams and ambulances leads to delays in transmitting crucial patient data, which increases the response time and compromises treatment. Research shows that such kinds of delays can drive up death rates considerably, especially in cases when hospitals are not equipped to deal with emergency cases.
Salus EMS directly addresses these gaps by leveraging state-of-the-art tech for real-time video consultations between emergency room physicians and paramedics. This ensures doctors can make well-informed, immediate decisions while the patient is en route to the hospital. The platform’s AI-powered features reduce human error, automatically log critical events, and generate real-time electronic patient care records (ePCRs). It also guarantees the highest levels of security, ensuring HIPAA and ISO 27001 compliance through encrypted, AWS-hosted communications.
“Salus EMS is our answer to the inefficiencies we’ve seen in emergency medical transport,” said Prabhdeep Singh, Founder and CEO, RED.Health. “We are making sure that every second during patient transport is optimised to save lives. It represents patient-centered, AI-driven emergency care of the future, as the need for more dependable, real-time solutions increases over time.”
Healthcare providers can ensure faster, more accurate treatment, significantly reducing mortality risks during critical moments such as cardiac arrests, strokes, severe trauma, etc.
