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OCTOPI
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Octopi

Scalable automated microscopy platform for AI-powered disease diagnosis​
☆NEW PRE-PRINT ALERT☆
Octopi 2.0: Open and Scalable Microscopy Platform for AI-powered Diagnostic Applications

AI-powered detection of malaria parasites

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  • Identification of P. falciparum malaria parasites
  • Fluorescence imaging of DAPI-stained parasites
  • Rapid scanning of large FOVs with 20x objective lens 
  • ML-based segmentation and image classification​
  • GPU-accelerated processing
  • Species identification and quantification under development 
Learn more

Other potential diseases

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Sickle cell disease
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Mycobacterium tuberculosis
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Bacterial vaginosis
Learn more

Octopi framework

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Augmenting microscopy

Fully automated

Automated slide scanning and disease detection

AI-powered

Machine learning based cell segmentation and disease identification

Multi-disease diagnosis

Capability of detecting different diseases using the same system

High-throughput

Throughput in the order of 1 million cells per minute for blood based diseases

Scalable

Scalable system for various deployment scenarios

Adaptable

Glass slide interface with readily available consumables; compatible with current medical ecosystems

Low-cost

~$0.2/test; Current device cost $5,000 - $8,000; Expected to reduce with scale

Modular and configurable

Configurations include bright-field, fluorescence and differential phase contrast imaging, as well as Raman microscopy

Enabling a global platform for AI-powered disease diagnostics

Connect with us
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Cephla Inc.
705 N Shoreline Blvd, 
Mountain View, CA 94043
USA
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