New AI Tool 912Rwanda Aims to Revolutionize Emergency Ambulance Response in Low-Income Nations
A new software system called '912Rwanda' is being developed to improve emergency ambulance services in low- and middle-income countries. The intelligent dispatch tool aims to optimise real-time routing and hospital selection for faster patient care. This comes as injury-related deaths and disabilities rise sharply in these regions, where many struggle to reach medical help within critical timeframes.
Studies show that over half of seriously injured patients in surveyed low- and middle-income countries fail to reach proper medical care within the first 60 minutes—the so-called 'golden hour' after injury. A third of these patients take more than two hours to arrive at a suitable facility. Delays hit vulnerable groups hardest, including older adults, those with less education, and economically disadvantaged individuals.
Ambulance use varies widely across countries, from just 20% in Ghana to 65% in Rwanda. Surprisingly, patients using informal transport often arrived at hospitals faster than those waiting for ambulances. Another issue is that more than half of seriously injured patients did not initially go to facilities capable of providing definitive treatment. Some countries have already taken steps to improve emergency response. In Vietnam, hospitals set up coordinated networks for rapid transfers in cardiovascular emergencies, including early symptom recognition and secure transport protocols. Germany's *Notfallreform* and *Gesundheitssicherstellungsgesetz* laws establish clear emergency care responsibilities, supported by digital systems, public warning apps, and regular drills. However, specific prehospital transport solutions for severe trauma remain limited in many regions. Despite these challenges, only 19% of injured patients reported perceiving delays in their care, suggesting a gap between actual wait times and public awareness.
The '912Rwanda' system could transform emergency care by cutting response times and ensuring patients reach the right hospitals faster. With injury-related deaths rising, better pre-hospital coordination may save lives and reduce long-term disabilities. The software's success could set a model for other countries facing similar emergency care gaps.
