Gain A Measurable Edge

Custom AI Model Development

Unlock capabilities your current tools can’t deliver and do more with what you already have. Custom machine learning and predictive models give your organization a measurable edge in an increasingly AI-driven landscape. 

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The Value of a Custom AI Tool

Your Data Remains Proprietary

Internal AI systems keep that data inside your organization, with controlled access, clear audit trails, and full compliance with institutional and regulatory requirements.

It’s Built Around Your Workflows

Off-the-shelf AI tools are designed for general use. A custom system can reflect your assay-specific logic, integrate directly with your LIMS, ELN, and instruments. And it adapts as your protocols evolve rather than forcing your team to adapt around it.

 

Scale Without Adding Headcount

Over time, the AI system can absorb the repetitive, high-volume work that currently consumes your team's time: flagging exceptions, reconciling data, generating reports, and iterating on experimental conditions.

 

Built for Regulated Environments

In laboratory and clinical settings, a model is only as valuable as your ability to defend it to quality teams, auditors, and regulators. We build with that standard: explainable architectures and documented data.

 

 

What You Receive

A custom AI/ML model that turns your static data into meaningful insights. You own the model we build.  

What You Receive_Custom AI Model Development
 

Implementation

Our team makes the implementation simple. We’ll work with you in phases, from problem framing to production deployment, with an option for ongoing support. 

Implementation_Custom AI Model Development
 

Is this the right fit?

If implementing AI has been on the back burner — due to unclear scope, scattered systems, or uncertain feasibility — this engagement gives you a working model designed specifically for you. It’s also a natural follow-on to our Data Intelligence & AI Chatbot implementation. 

Is this the right fit_Custom AI Model Development
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Client Success Story

Cutting Monthly Billing Time by 80% With a Custom AI-Powered Workflow Platform

A clinical trial management organization came to us with frustrations they were experiencing with a rigid, off-the-shelf platform. Our team built a custom workflow platform and AI-powered document analysis tool that cut monthly billing from a five-day process to just one. And it eliminated nearly all coverage-analysis errors.

The Possibilities are Limitless

This is just a sampling of custom model use cases.

Assay Quality Control B&W

Assay Quality Control

A custom model monitors assay plate data in real time, flagging wells, runs or batches that deviate from norms.

Time saved: Manual plate-by-plate review is eliminated. Your team see only the exceptions that need attention (with decision justification provided by the model).

Impact: Fewer repeat runs, less reagent waste, and faster batch release – without adding headcount to quality control review.

 

Compound Activity Prediction B&W

Compound Activity Prediction

A model learns the relationship between molecular structure and biological activity, predicting how untested compounds are likely to perform before they’re ever run.

Time Saved: Fewer compounds need to be physically screened. The most promising candidates move to the front of the queue.

Impact: Significant reduction in screening costs and a path to hit identification in early drug discovery.

Image-Based Analysis

Image-Based Analysis

A model analyzes imaging data to classify cell phenotypes, count populations, detect morphological changes, or flag rare events across thousands of images.

Time Saved: Hours of manual image review are replaced by automated processing that doesn’t drift between analysts or across shifts.

Impact: Higher throughput from existing imaging infrastructure, with meaningfully reduced inter-analyst variability in scored outcomes.

 

Predictive Instrument Maintenance B&W

Predictive Instrument Maintenance

A model analyzes instrument log data, performance trends, and usage patterns to predict when maintenance is needed.

Time Saved: Unplanned downtime is reduced. Your team stops scrambling to troubleshoot failed runs and starts scheduling maintenance on their own terms.

Impact: Extended instrument lifespan, fewer lost experimental days, and better visibility into maintenance windows before they become emergencies.

 

How We Build Useful Models From Your Data

Start

Step 1

Comprehensive data assessment. We evaluate what your data can and can't support before committing to an approach — and we'll tell you if it's not ready. 

Step 2

Model-ready data organizing. If your current data won’t support a model because it’s not uniformly labeled, scattered across systems, or you don’t have enough to properly train your model, we’ll do the work to get your data model ready. 

Step 2

Step 3

Precise problem framing. Based on the problem you’d like to solve, we’ll narrow down the precise tasks your model performs. 

Step 4

Appropriate model selection. In regulated environments, a simple, well-documented model frequently outperforms more complex alternatives. In short, we won’t try to upsell you on a more sophisticated model. We’ll build the one that best serves your needs. 

Step 4

Step 5

Production-ready architecture. Deployment constraints — security, regulation compliance, cloud architecture — are built in from day one. 

Step 6

Complete documentation. Training lineage, version history, and performance evidence are built into our process — essential for labs facing audits, submissions, or inspections. 

Step 6

Finish

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Reach out to learn more or get started.

 

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