HALO AI Apps are a collection of pre-trained tissue classifiers and cell phenotypers for tissue-based research applications in the life sciences. Click on the tabs below to access user guides and release notes. Do you want to learn more about additional

HALO AP Dx is an FDA-cleared case-centric pathology platform that enables primary diagnosis, remote working, and other routine workflows in anatomic pathology. The browser-based interface makes it easy to consult with other pathologists, manage clinical trials, run tumor boards, and

The database powering the HALO products stores a wealth of information about slide metadata, analysis results, annotations, and more. The Indica Labs platform exposes a GraphQL API (Application Program Interface), providing a flexible point for extracting this data and integrating

HALO AP brings case-centric automation, collaboration and quantification to your Anatomic Pathology lab.  The browser-based HALO AP interface makes it easy to consult with other pathologists and provides anywhere, anytime access to digital slides, patient information and image analysis workflows.*

HALO AI is a train-by-example tissue classification tool underpinned with three advanced deep learning neural network algorithms built-in and the option to add additional networks using a Python plug-in.  HALO AI classifiers can be used to find rare events or cells

HALO Link combines image management with HALO image analysis and takes it to the web to allow secure anywhere, anytime access to study data, slides and analysis results from computer, tablet or smartphone. With support for almost every digital slide format on the

Do you want to learn more about all of the HALO modules that we offer? Download the complete list of modules and add-ons available for HALO here.  Or check out this webpage where you can explore our most popular HALO modules

HALO is the gold standard image analysis platform for quantitative tissue analysis in digital pathology. With unmatched ease-of-use and scalability, powerful analytic capabilities, and the fastest processing speeds available for digital pathology, pharmaceutical, healthcare and research organizations worldwide are using