Precision Surgery.
Real-time, AI-driven guidance for distal locking screws. Prevent cortical breach and reduce radiation exposure without the $2M price tag.
The Hidden Crisis of Hajj Trauma
Mass gatherings create unique surgical challenges that traditional orthopedic methods cannot handle efficiently.
Limb Fractures
Of all Hajj-related trauma cases are limb fractures, overwhelming surgical capacity during peak season.
Avg. OR Time
Current standard for distal locking screws relies on "trial and error" fluoroscopy, causing bottlenecks.
Radiation Exposure
Surgeons are exposed to dangerous levels of radiation due to repeated X-ray shots required for manual alignment.
Feel the Difference.
Select a case to simulate Standard or Keyhole surgery techniques.
Live Fluoroscopy
Live Trauma Dashboard
Real-time triage and AI analysis for surgical prioritization.
Why SafeScrew Wins
Aligned with Saudi Vision 2030 Health Sector Transformation Program to deliver value based healthcare.
Speed
Reduces surgery time by up to 40%, allowing hospitals to treat more pilgrims during critical windows.
Safety
Eliminates cortical breach risk with real-time AI guidance, ensuring patient safety.
Cost
A fraction of the cost of surgical robots (e.g., Da Vinci), making it accessible for all Ministry of Health hospitals.
Local
Developed in Saudi Arabia specifically for the unique challenges of Hajj mass gatherings.
Built by Innovators
A diverse team of engineers and medical professionals dedicated to saving lives.
Nora Almouaalamy
Clinical Lead & Project Coordinator
Moudi Aleidi
marketing and community engagement lead
Mouath Alosaimi
Data Scientist & AI Developer
The Supervisors
Dr. Reem Busaeed
Assistant Professor of Anatomy
Anatomical & Educational Advisor
Dr. Mohammed Alshehri
Consultant Orthopedic Surgeon
Clinical Advisor