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Pathology Platform
Comprehensive Digital Pathology Solution

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Digital Solutions

Product Portfolio

Our innovative digital pathology portfolio includes HiPath Pro for the scanning and analysis of brightfield specimens, HiPath FL for fluorescence whole slide images, and PathFusion for the imaging and analysis of H&E, IHC, IF and FISH slides across multiple probe vendors and sample types.

Comprehensive Platform

Experience the power of a comprehensive digital pathology platform featuring side-by-side review of brightfield and fluorescence images, enabling the analysis of FISH and IF patterns in their morphological context.

Continuous innovation

Scanner-Agnostic

Elevate your pathology lab’s image management capabilities with ASI’s scanner-agnostic digital pathology platform, and benefit from the visualization, tissue matching and analysis of brightfield images acquired on third-party scanners.

Benefits to your lab

Modular image
acquisition platform
customizable to your lab

Scanner-agnostic
viewing and quantitative
analysis tools

Tissue matching
across brightfield
and FISH images

Integrated with
Lab Information Systems
(LIS)

HIPAA-compliant
remote access
solution

Bridging the gap between Brightfield Pathology
and FISH Analysis

1

Scan, View
& Mark

Digitize your
pathology slides

HiPath Pro

Digitize your pathology slides

PathFusion

2

Match
& Align

Simultaneously review up to 4 registered slides and automatically transfer regions of interest

HiBand

HiFISH

3

Analyze

Perform quantitative analysis for standardized results

HiBand

HiFISH

4

Report

Prepare customized reports including screenshots, images and quantitative results

Prepare customized reports including screenshots

HiBand

HiFISH

Quotes & Testimonials

Digital FISH enumeration is a useful tool to improve the efficacy of HER2 FISH enumeration and capture genetic heterogeneity across HER2 signals”, “removing manual scoring bias and importantly improving standardization across scoring with similar results to manual methods.
Wilcock D et al.Arch Pathol Lab Med 147(12): 1402-1412, 2023
Pathologists traditionally assess Ki-67 through visual estimation, a method prone to variability, especially when the proliferation index is not clearly high or low.” “Our analysis evaluates the agreement between manual and automated scoring, highlighting the potential of computational algorithm to enhance accuracy and reproducibility in Ki-67 assessment.
Petcu E et al.Virchows Arch 487(S1), S64: PS-01-017, 2025