Siloam Vision
Medical device and software company developing ultra-widefield retinal imaging hardware, optical coherence tomography (OCT) systems, telemedicine software for Retinopathy of Prematurity (ROP) management, and AI diagnostic algorithms. Activities include hardware prototyping, clinical validation studies, regulatory submissions, and collaborations with academic and nonprofit partners to enable broader access to retinal screening.
Industries
Nr. of Employees
small (1-50)
Products
Portable ultra-widefield SLO retinal camera
Handheld or compact scanning laser ophthalmoscope designed to capture ultra-widefield retinal images across all ages with both contact and non-contact modes and reduced light intensity requirements.
Ultra-widefield Optical Coherence Tomography (OCT) system
High-speed swept-source OCT system engineered for high-resolution cross-sectional retinal imaging and OCT-angiography with specifications for frame and volume acquisition, axial/transverse resolution, and imaging depth.
Portable ultra-widefield SLO retinal camera
Handheld or compact scanning laser ophthalmoscope designed to capture ultra-widefield retinal images across all ages with both contact and non-contact modes and reduced light intensity requirements.
Ultra-widefield Optical Coherence Tomography (OCT) system
High-speed swept-source OCT system engineered for high-resolution cross-sectional retinal imaging and OCT-angiography with specifications for frame and volume acquisition, axial/transverse resolution, and imaging depth.
Services
Cloud-enabled software for scheduling guided by clinical guidelines, automated reminders, secure patient data management, remote image review, and configurable alerts to support ROP programs.
Deep-learning based algorithms to detect and quantify severity of ROP from retinal images, supporting point-of-care decision support and consistent evaluations across readers.
Cloud-enabled software for scheduling guided by clinical guidelines, automated reminders, secure patient data management, remote image review, and configurable alerts to support ROP programs.
Deep-learning based algorithms to detect and quantify severity of ROP from retinal images, supporting point-of-care decision support and consistent evaluations across readers.
Expertise Areas
- Retinopathy of Prematurity (ROP) screening and management
- Medical imaging hardware development (OCT, SLO)
- AI-driven image analysis and diagnostic scoring
- Telemedicine platform development for ophthalmology
Key Technologies
- Optical Coherence Tomography (OCT)
- OCT-Angiography
- Scanning Laser Ophthalmoscopy (SLO)
- Swept-source lasers (1060 nm)
News & Updates
Press release describing a prospective, masked multi-reader multi-case study demonstrating statistically significant improvements in diagnostic accuracy and inter-reader agreement for AI-assisted ROP diagnosis.
Announcement of an SBIR Phase II contract to advance AI-enabled retinal imaging.
Report of NIH grant funding to support development of portable pediatric retinal imaging.
Press coverage describing collaboration with an international nonprofit to scale AI-based screening of premature infants.
Recognition by the FDA via Breakthrough Device designation for OCT technology aimed at preventing infant blindness (reported by third-party coverage).
Press release describing a prospective, masked multi-reader multi-case study demonstrating statistically significant improvements in diagnostic accuracy and inter-reader agreement for AI-assisted ROP diagnosis.
Announcement of an SBIR Phase II contract to advance AI-enabled retinal imaging.
Report of NIH grant funding to support development of portable pediatric retinal imaging.
Press coverage describing collaboration with an international nonprofit to scale AI-based screening of premature infants.
Recognition by the FDA via Breakthrough Device designation for OCT technology aimed at preventing infant blindness (reported by third-party coverage).