About

The Global Ophthalmology Summit (GOS) is the annual gathering of ophthalmologists, trainees, industry leaders, and global health experts to address the most pressing topics in international eye care. Launched in 2022, the GOS is a collaborative effort of the Global Ophthalmology Consortium and serves as a bridge between diverse stakeholders in global eye health. In 2026, we convene in the historic city of Philadelphia to explore the future of vision care through our theme: "Innovation, AI, and Technology: Expanding Access to Healthcare Worldwide."

 

The 2026 Summit provides attendees with:

• Visionary Leadership: Direct engagement with global ophthalmology pioneers through interactive panels and keynote sessions.

• Technology & AI Showcases: Dedicated segments exploring how artificial intelligence and portable diagnostic tech are revolutionizing outreach.

• Immersive Simulation: Hands-on experience with cutting-edge surgical simulation technology.

• Tailored Networking: Intimate events designed to build collaborations across specific regions and specialized fields of work.

• Trainee-Focused Programming: Specialized tracks for medical students, residents, and fellows to foster the next generation of global leaders.

• The Global Hackathon: A high-stakes, "capstone" competition where teams crowdsource innovative, tech-driven solutions to real-world eye health inequities.

 

Mission

To improve eye health and eliminate vision loss through world-class education, research, collaborative partnerships, and public health advocacy.

 

2026 Learning Objectives

By the conclusion of the 2026 Summit, attendees will be to: 

• Evaluate the appropriate use of artificial intelligence-based screening and diagnostic systems in diverse clinical settings, including identification of validation requirements and performance limitations.

• Analyze technology-enabled clinical care delivery models, including teleophthalmology and remote imaging programs, to determine which approaches most effectively expand access to care in alignment with global public health targets.

• Differentiate sustainable capacity-building partnerships from short-term mission-based interventions by identifying characteristics associated with long-term local impact and governance equity.

• Apply principles of technology-supported surgical training and skills transfer to improve safety and scalability of ophthalmic procedures in low-resource settings.

• Assess economic and supply chain considerations that influence successful implementation of ophthalmic technologies in low- and middle-income countries.

• Identify ethical, governance, and data stewardship considerations necessary when integrating innovative technologies into global eye health programs.

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This activity is supported by an independent educational grant from Regeneron Pharmaceuticals, Inc.