Products

Abyss Processing Reflectivity
Abyss Processing
Ophthalmology AI
Abyss Processing's Reflectivity offers advanced optic nerve head analysis powered by AI, providing 3D analysis, lamina cribrosa parameters, and a glaucoma risk score from OCT scans.

See all 1 product →

About Abyss Processing

Abyss Processing is a healthcare AI company that specializes in providing 3D AI solutions to streamline glaucoma diagnosis and prognosis. Glaucoma is a complex disease affecting the 3D structures of the eye, and the company aims to equip clinicians with companion software tools to help reduce blindness caused by it. Their technologies include 3D Image Restoration, which restores the visibility of the optic nerve head in optical coherence tomography (OCT) images by removing noise and artifacts.

The company also offers 3D Structural Analysis through “digital staining” technology, which classifies neural and connective tissues of the optic nerve head in 3D OCT images, providing unprecedented structural analysis and visualization. Abyss Processing’s software, Reflectivity, is designed to provide a glaucoma diagnosis and prognosis that is more accurate than traditional gold-standard parameters. Their solutions are device-agnostic, working with all existing OCT devices, and aim to reduce clinical tests and hospital costs while offering simple and interactive patient reports.

Focus Areas

AI-based 3D image glaucoma diagnosis 3D image restoration 3D structural analysis glaucoma prognosis optical coherence tomography (OCT) image processing

Business Intelligence

Key Investorsunknown
PartnershipsHeidelberg Engineering (for Reflectivity integration with HEYEX2)
Acquisitionsunknown
TechnologyCloud-based services for processing OCT scans, advanced neural networks, AI algorithms for 3D structural analysis and image restoration, device-agnostic OCT compatibility
FDA Clearancesunknown cleared products (estimated)

What Physicians Need to Know

AI-based 3D Glaucoma Diagnosis & Prognosis
Abyss Processing specializes in providing AI-powered solutions for glaucoma diagnosis and prognosis, offering a precise glaucoma risk score and comprehensive structural analysis of the optic nerve head in 3D from a single OCT scan.
3D Image Restoration
Their technology can restore the visibility of the optic nerve head in OCT images by removing noise, shadows, and artifacts, enhancing deep tissue visibility.
3D Structural Analysis
Through 'digital staining' technology, Abyss Processing classifies neural and connective tissues of the optic nerve head in 3D OCT images, providing unprecedented 3D structural analysis and visualization of eye tissues, including critical lamina cribrosa parameters.
Key Differentiators
Abyss Processing offers a rich array of structural parameters for both neural and connective tissue, including lamina cribrosa parameters, with enhanced deep tissue visibility unmatched by other providers. Their solutions are device-agnostic, working with all existing OCT devices.
Technology Stack
The system is built on robust platforms including TensorFlow and PyTorch for model development, with MLflow used for managing the machine learning lifecycle and Encord supporting data annotation and curation. They leverage advanced neural networks and proprietary AI algorithms.
Physician Tip

For physicians, Abyss Processing's 'Reflectivity' software offers improved and fast glaucoma diagnosis and prognosis with a simple and interactive patient report, eliminating complex OCT reports. The AI-based segmentation provides detailed information on quality, ensuring valuable insights for patient care. The ability to classify and quantify neural and connective tissues in 3D, along with enhanced deep tissue visibility, provides a more comprehensive understanding of glaucoma progression. The device-agnostic nature of their software means it can be integrated into existing workflows regardless of the OCT device used.

Abyss Processing's 'Reflectivity' service is seamlessly integrated into HEYEX2 through the Heidelberg Appway interface. Users can submit OCT scans via HEYEX2 for processing, and results are provided in PDF format accessible within HEYEX2. While they do not collect personal data, users should review Heidelberg Engineering's privacy policies regarding data handling.

Products by Abyss Processing

1 product in the directory

Abyss Processing Reflectivity
Abyss Processing
Ophthalmology AI
Abyss Processing's Reflectivity offers advanced optic nerve head analysis powered by AI, providing 3D analysis, lamina cribrosa parameters, and a glaucoma risk score from OCT scans.

Reviews & Opinions

No web reviews on file yet for Abyss Processing. Check back later for aggregated opinions from across the web.

Videos

News, demos, and interviews about Abyss Processing.

Loading videos...

Videos load interactively. If none appear, search YouTube for Abyss Processing →

View all on YouTube

Press & Coverage

Heidelberg Engineering
Abyss Processing's Reflectivity now available through Heidelberg AppWay
Abyss Processing's Reflectivity software, an AI-powered tool for advanced optic nerve head analysis and glaucoma risk scoring, is now integrated into Heidelberg AppWay. This allows healthcare professionals to access detailed 3D analysis from a single OCT scan.
unknown
Georgia Tech Biomedical Engineering
Coulter BME welcomes new faculty in synthetic biology, ophthalmology
Dr. Michael J.A. Girard, co-founder of Abyss Processing, has joined the faculty of the Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University. He is recognized for his work in ophthalmic engineering and AI solutions for glaucoma diagnosis and prognosis.
2024-02
Emory Eye Center
Michael Girard, PhD to join Emory Eye Center Research Division
Dr. Michael J.A. Girard, founder of Abyss Processing Pte Ltd, will join the Emory Department of Ophthalmology Research Division in July 2024. He brings expertise in AI and ophthalmic engineering to address blinding eye diseases like glaucoma.
2024-03
PMC - NIH
Medical Application of Geometric Deep Learning for the Diagnosis of Glaucoma
This peer-reviewed article discusses the medical application of geometric deep learning for glaucoma diagnosis, utilizing Abyss Processing's Reflectivity software for automated segmentation of OCT images. The study highlights the software's ability to classify tissue groups for improved diagnosis.
2023-02
IOVS | ARVO Journals
AI to Identify Strain-Sensitive Regions of the Optic Nerve Head Linked to Functional Loss in Glaucoma
This research article, co-authored by Abyss Processing co-founder A. Thiu00e9ry and M.J.A. Girard, investigates using AI to identify strain-sensitive regions of the optic nerve head in glaucoma. It details the use of Abyss Processing's Reflectivity software for automated segmentation of OCT scans.
2026-02
PMC - NIH
The Emory Optic Nerve Head Atlas u2013 Using 3D Anatomical Mapping to Study Optic Neuropathies with an Initial Focus on Glaucoma
This publication describes the development of a 3D optic nerve head atlas using AI-based registration of OCT datasets, with Abyss Processing's Reflectivity software used for automated segmentation of ONH tissue groups.
2025-11
NUS College of Design and Engineering
Commercial launch of 3D AI glaucoma software
Abyss Processing, a start-up from the National University of Singapore, launched its commercial product at ARVO 2019. The company developed AI solutions for 3D medical images of the eye to improve glaucoma management.
2019-04
Abyss Processing News Archive
Glaucoma Meets AI
Researchers at the National University of Singapore are applying deep learning to optical coherence tomography (OCT) images to modernize glaucoma diagnosis and understand disease progression.
2019-07

Frequently Asked Questions

Abyss Processing specializes in AI-based solutions for ophthalmology, offering products that leverage 3D OCT image analysis for glaucoma diagnosis, prognosis, and structural analysis. Our technology aims to provide physicians with advanced tools for early detection and progression monitoring of glaucoma.
We prioritize the accuracy and reliability of our AI algorithms through rigorous validation processes, utilizing large, diverse datasets and collaborating with leading ophthalmology experts. Our solutions undergo extensive testing to ensure their efficacy in 3D image restoration and precise structural analysis for glaucoma.
Abyss Processing is committed to meeting stringent regulatory compliance standards, including those set by the FDA and for CE Mark certification. We adhere to all relevant data privacy and security regulations, such as HIPAA and GDPR, to ensure the protection of sensitive patient information.
Our pricing models are designed to be flexible and scalable, accommodating various practice sizes and institutional needs. We offer comprehensive technical support, including dedicated training for healthcare providers to ensure seamless integration and optimal utilization of our AI-based platforms.
Abyss Processing actively seeks strategic partnerships with key players in the healthcare technology sector, research institutions, and medical device manufacturers. These collaborations are crucial for advancing our AI capabilities, expanding our product ecosystem, and ultimately enhancing the value we deliver to ophthalmologists and their patients.
Abyss Processing is a stable and forward-thinking company with a clear long-term vision focused on continuous innovation in AI for ophthalmology. We are dedicated to advancing our glaucoma diagnosis and prognosis tools and are actively exploring opportunities to expand our AI expertise into other medical specialties.

Related Companies

Google DeepMind is a leading artificial intelligence (AI) research laboratory, a subsidiary of Alphabet Inc., dedicated to developing advanced AI systems to benefit humanity. The company focuses on creating general-purpose AI that can learn and solve complex problems, drawing inspiration from neuroscience and machine learning. Their work spans various fields, including healthcare, scientific discovery, and […]

TalkToMedi is a Canadian healthcare AI company that has developed a clinical-grade voice AI platform called MEDI. This platform is designed to automate patient communication and administrative tasks for medical clinics, including family medicine, specialty clinics, allied health, and physiotherapy. MEDI handles high-volume patient calls, automating appointment inquiries, booking, rescheduling, and cancellations based on the […]

Menaela is an AI-first practice management system designed for solo practitioners, small private clinics, and clinic owners. It integrates patient communication, scheduling, CRM, and medical documentation into a single platform, aiming to replace multiple disconnected tools and bots. The system features an AI practice manager that understands natural-language requests, utilizes real clinic data, and performs […]

Avie (avie.me) is a healthcare AI company that focuses on providing a next-generation, whole-person health approach, bridging the gap between clinical and holistic care. The company connects individuals with providers and clinicians who can support their unique physical, emotional, cognitive, and logistical needs. Avie emphasizes fusing physical and mental best practices to enhance overall health, […]

Saile is a physician-founded healthcare technology company that addresses critical inefficiencies in healthcare staffing and credentialing. Their AI-powered platform acts as a “universal credential passport” for physicians, centralizing and managing all medical licenses, certifications, and CME credits in one secure, portable vault. This system aims to significantly reduce the administrative burden and delays associated with […]

Data Capture Experts (DCE) is an Australian-based healthcare AI company that is at the forefront of digital health transformation. They specialize in developing and implementing digital health platforms that integrate data, technology, and human-centered design to create intuitive and connected healthcare systems. Their flagship platform, DC2Vue, is designed to go beyond traditional Electronic Medical Records […]

AI Tool Finder
AI-powered search. Results may not be comprehensive.