Oncology

Expand discovery with AI for image analysis

Aiforia’s image analysis platform is created for pathologists and healthcare professionals to empower their research and investigation with deep learning artificial intelligence and high-speed, cloud-based tools.

You can automate, standardize, and accelerate image analysis applications for segmentation, quantification, regression model creation, measurement of spatial and morphological metrics, analysis of serial sample sections, and so much more.

EXPLORE

Discover

Subtle changes and quantitative information in a reproducible manner from any image, including WSI.

Speed up

Image analysis and optimize workflows by automating time-consuming processes.

Save time

Produce more quantitative data for less manual work and optimize your workflows.

Reduce costs

With our online deployment there is no need for data scientists or dedicated hardware.

Define

Your objectives earlier and with more clarity through faster and more accurate evaluation.

Be agile

You have control over your AI models and you can easily adapt them to meet changes to your image analysis needs.

Analyze in seconds

Whether you are studying immuno-oncology, quantifying biomarkers such as PD-L1, Ki-67, HER2, or conducting quantitative grading of whole slide images.

Aiforia caters to projects of all complexities and sizes.

In the video example you can see Aiforia's AI software in action, segmenting epithelium and quantifying Ki-67.

Aiforia Custom AI Services

AI models developed by scientists, for scientists.

Whether you are looking to accelerate your preclinical analysis or scale your pathology services, you can now enhance your image analysis workflow with Aiforia. With our Custom AI Services Aiforia scientists build AI models for your specific needs.

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Aiforia Create

Your cloud-based tool to develop AI models for any image analysis application.

Simply annotate some of your images to train our neural networks to identify, quantify, or measure your features of interest. There is no need to code or use any dedicated hardware.

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Ki-67 quantification

Case study

Calculating Ki-67 proliferation index for pulmonary carcinoid tumors.

PD-L1

Case study

Quantitative assessment of PD-L1 in lung cancer.

Tumor grading

Case study

Automated tumor grading in non Non-small-cell lung carcinoma (NSCLC).

Oncology

Expand discovery with AI for image analysis

Benefits of AI-assisted analysis

Discover

Speed up

Save time

Reduce costs

Define

Be agile

Analyze in seconds

Solutions for AI-assisted analysis

Aiforia Custom AI Services

Aiforia Create

AI for oncology

Case study

Case study

Case study