AI-Powered Retinal Analysis

Enhance Your Retinal Analysis with OCTAINE: AI-Powered Efficiency.

Streamline OCT scan reviews with MAHAMAIA's innovative platform, delivering rapid, AI-driven insights for neurodegenerative disease biomarker detection.

Abstract visualization of an eye-like structure with data flowing into its center, representing AI analysis of retinal scans.
15s
Analysis Time Per Scan
85%
Reduction in Review Time
23%
More Biomarkers Detected
2025
Pilot Program Launch

The Challenge: Is Your Retinal Analysis Holding You Back?

Many healthcare institutions face significant challenges with traditional OCT analysis methods.

Overwhelmed by OCT Data Volume?

Are your specialists spending too much time on laborious manual OCT scan reviews, leading to bottlenecks and delayed insights?

Missing Early Neurodegenerative Signs?

Do you lack the advanced AI tools to consistently detect subtle, early-stage biomarkers of neurodegenerative diseases hidden in complex OCT data?

Inefficient Workflows?

Are outdated processes and a lack of automation slowing down your research cycles or clinical decision-making?

The Cost of Delayed Analysis

Traditional OCT analysis methods can lead to:

  • Delayed research findings and publications
  • Missed early biomarkers of neurodegenerative diseases
  • Inefficient use of specialist time and expertise
  • Increased costs and delayed patient care
Visual representation of data degradation over time - showing how valuable insights are lost with delayed analysis
Solution

MAHAMAIA - Pioneering OCT Analysis with OCTAINE.

Transforming OCT analysis with OCTA-ViT technology within the OCTAINE platform.

Introducing MAHAMAIA

MAHAMAIA leverages its OCTA-ViT technology within the OCTAINE platform to provide a cutting-edge, AI-powered solution for hospitals, clinics, and research institutions seeking to transform their retinal OCT analysis. We utilize state-of-the-art Vision Transformer models to deliver speed, precision, and powerful new insights.

Our Mission

Our mission is to advance OCT-based neurodegenerative disease detection for improved patient outcomes, empowering you with efficient, AI-driven tools for earlier and more reliable detection of potential NDD biomarkers, ultimately improving research outcomes and paving the way for better patient care.

MAHAMAIA connects human vision with AI processing - visualized as a wireframe face with eye connected to a glowing brain
Benefits

Unlock the Power of AI

MAHAMAIA brings advanced AI capabilities to your retinal analysis workflow.

Lightning-Fast Automated OCT Analysis with OCTA-ViT

Drastically reduce manual review time. Our system targets inference times of less than 5 seconds per scan, freeing up your experts for higher-value tasks, and improving accuracy and efficiency in neurodegenerative detection.

  • Process hundreds of scans in minutes
  • Eliminate analysis bottlenecks
  • Parallel processing architecture

Advanced AI-Driven Biomarker Detection

Identify potential NDD-related biomarkers (e.g., patterns indicative of Tau/Amyloid proxies, abnormal thinning) with AI precision that may be missed by the human eye alone.

  • Detect subtle early-stage indicators
  • Consistent analysis criteria
  • Continuously improving AI models

Intuitive Web Platform & Dashboard

Seamlessly upload OCT scans, visualize results (including segmentation and biomarker indicators), and track analysis history through a user-friendly interface. No complex installations required.

  • Cloud-based accessibility
  • Interactive visualization tools
  • Secure data management

Enhanced Data-Driven Insights

Gain deeper understanding from your OCT data, support confident clinical decision-making, and accelerate your research with objective, quantifiable AI-generated metrics, leveraging OCTA-ViT's 3D analysis and uncertainty quantification.

  • Comprehensive analytical reports
  • Longitudinal tracking capabilities
  • Research-ready data export
How it works

How MAHAMAIA Works

Our streamlined process makes advanced AI analysis accessible to all users, regardless of technical expertise.

1. Upload Scan

Securely upload your OCT scans using the OCTAINE platform. Our platform accepts standard OCT file formats from major manufacturers, ensuring compatibility with your existing equipment.

Upload interface showing OCT scan data being uploaded to the cloud

2. Analyze

OCTAINE, powered by OCTA-ViT, analyzes the scan rapidly, performing 3D layer segmentation and neurodegenerative disease detection. The advanced Vision Transformer models work in parallel to deliver comprehensive analysis in seconds rather than hours.

AI processing visualization showing a wireframe funnel with data particles being analyzed

3. Visualize & Report

Access comprehensive results, including visual overlays and quantitative data, on your dashboard. Export detailed reports for integration with your existing systems or for sharing with colleagues.

Comprehensive dashboard showing retinal scan analysis with biomarker detection and progression timeline
Technology

Technology Behind MAHAMAIA

Leveraging OCTA-ViT technology within OCTAINE to transform OCT-based analysis.

OCTA-ViT, a State-of-the-Art 3D Vision Transformer

MAHAMAIA leverages its OCTA-ViT technology, specifically optimized for OCT-based neurodegenerative detection.

Register Token Technology

Advanced Register Token technology enables precise spatial awareness within OCT scans, allowing for accurate layer segmentation and biomarker localization.

Continuous Learning System

Our AI models continuously improve through federated learning techniques, incorporating new insights while maintaining strict patient privacy.

Vision Transformer Model Architecture showing retinal data flow through neural network layers
Availability

Join Our Exclusive MVP Pilot Program

Be among the first to experience the future of retinal analysis.

Be at the Forefront with OCTAINE

Partner with us to test OCTA-ViT's features for an evolving NDD detection platform. Your feedback will directly influence the development of a transformative tool for NDD research and diagnostics.

Experience the Benefits Firsthand

Evaluate MAHAMAIA within your own workflow with our attractive pilot program pricing.

Shape the Future

Your feedback will directly influence the development of a transformative tool for NDD research and diagnostics.

Priority Access

Get early access to new features and updates before they're widely available.

Pilot Program Timeline

1

Onboarding (Weeks 1-2)

  • Platform access setup
  • Training sessions for your team
  • Initial system configuration
2

Implementation (Weeks 3-8)

  • Integration with your workflow
  • Regular check-ins with our support team
  • Performance monitoring and optimization
3

Evaluation & OCTA-ViT Feedback (Weeks 9-12)

  • Comprehensive performance review
  • Feedback collection and analysis
  • Discussion of long-term partnership options
Applications

Transformative Use Cases

Discover how MAHAMAIA can transform retinal analysis across different settings.

Research Institution Applications

MAHAMAIA is designed to help neurodegenerative disease research centers streamline their OCT analysis workflow and uncover new insights from retinal data.

Accelerated OCT Analysis with OCTA-ViT

Our AI-powered platform aims to dramatically reduce the time required for OCT scan analysis, potentially freeing up researchers to focus on higher-value tasks and accelerating research timelines.

Enhanced Neurodegenerative Biomarker Detection

MAHAMAIA's advanced algorithms are designed to identify subtle biomarkers that might be missed in manual review, potentially leading to new discoveries in neurodegenerative disease research.

Streamlined Research Workflow

By automating repetitive analysis tasks, our platform aims to help research teams process larger datasets more efficiently, potentially accelerating publication timelines and research output.

Researcher analyzing multiple retinal scans on a large data visualization display

Potential Benefits of OCT with OCTAINE

  • Process thousands of historical OCT scans in a fraction of the time
  • Identify potential new correlations between retinal biomarkers and cognitive decline
  • Reduce specialist analysis time from hours to minutes per scan
  • Reduce time and costs in NDD diagnosis

Ideal For

Academic research institutions studying neurodegenerative diseases
Research teams with large OCT scan datasets requiring analysis
Institutions seeking to identify novel biomarkers for early disease detection
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