---
AI Summary: "\\- Partnered with Valo Health to enhance their image-processing pipeline.\
  \  \n- Achieved over 10x productivity improvement through batch processing and AI\
  \ classifiers.  \n- Streamlined to a universal GUI for better user experience. \
  \ \n- Technologies used: AI classifiers and optimized batch processing."
Anonymous: false
Assignee:
- Quinten Sodia
Last Edited Time: '2025-02-01T16:35:00+00:00'
client_logo:
- 18abd5b7-a754-80e9-9afc-e9525adbb0fe
client_name: Valo Health
date: '2024-01-25'
featured: false
medical_panel: ' Pre-Clinical'
name: Image Processing Pipeline Improvements
services:
- 9dc4f55a-b5cb-419f-8bae-5e11d6b11fee
summary: Over 10x improvement to in-house image-processing GUIs using AI and other
  optimizations
tags:
- Image Processing
testimonials:
- 0f3bbef4-33a1-4c9c-b137-ec9c658c4587
---

## **The Problem**

Valo was using a set of in-house image-processing scripts to analyze experimental data for their biology pipelines. These scripts were inefficient and required their researchers to manually review the results. Valo was looking to find a software development partner to make these scripts more robust, streamlined, and scalable.

## **The Outcome**

The solution enhances productivity by processing experiments at a rate \>10x what was possible at the start of the project.

## **The Solution**

Innolitics's software engineers partnered with the Valo researchers to improve their processing pipeline. At each phase of the project, we understand user needs and focus our efforts on performance bottlenecks.

The major performance gains were accomplished through the combined effects of enhanced batch processing, incorporation of AI classifiers, and creation and streamlining to a universal GUI.

## About Valo

Valo uses human data in the context of human disease to identify novel human disease-associated targets and biomarkers based on genotype-phenotype-causality linkages discovered through advanced machine learning techniques and Valo's expert scientists. This allows Valo to approach treating human disease without using traditional surrogates like cell models, mice, or similar. There is no better way to understand humans and their diseases than humans themselves.