Modicus Prime - Intobi

Background

Modicus Prime self-service software provides biotechnology experts with new artificial intelligence (AI) technology. It ensures quality products on a regular basis, complete agency compliance, shorter time to market, and lower operating costs.

Business challenges

Expensive prices — pharmaceutical research and production experience colossal financial losses because of contamination and quality problems.
Slow manual analysis — classical biologic image inspection was manual, time-consuming, and subjective.
Inability to see the product quality — companies could not assess it during the production process.
Reliance on specialists — solutions available today need data scientists, which imposes bottlenecks on biotech teams.
Compliance risks — ensuring full GxP and regulatory compliance is challenging in R&D (research and development) and manufacturing.
Competitive pressure — other industry leaders have already started to use AI as a strategic tool.

Value Delivered

AI-powered quality revolution — Detection accuracy improved by up to 90%, reducing product contamination risks by 40%.
Expert-led automation self-service — Reduced dependency on external teams by 70%, accelerating research workflows.
Scalable compliance — Modicus Prime is proprietary, compliant GxP software that ensures complete regulatory compliance at both the R&D and manufacturing levels.
Rapid deployment — The platform enables scientists to independently train and deploy new AI models for specific quality control tasks in days instead of months.
Proven industry validation — Successfully tested and adopted by scientists at a Top 10 Pharma company and Takeda Pharmaceuticals.
Cost Catastrophe prevention — Potential cost avoidance of $2-5M per incident, with an estimated 30% reduction in QA overhead.

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Standardized pharmaceutical control AI

The Modicus Prime system’s artificial intelligence platform now encompasses the entire product quality lifecycle within one space. The solution is now a complete scientific tool which offers:

Self-service AI training
On-the-fly contamination monitoring.
Biologics image analysis Automation.
GxP-compliant documentation.
End-to-end quality assurance.
Competent integration with other labs.

This alters the approach to quality control by pharmaceutical companies to avoid financial loss due to product contamination.

A more efficient quality control platform with enhanced analytical tools

We’ve completely reimagined the quality assurance process and implemented innovative features to automate biologics analysis, ensuring compliance with industry standards.

Intuitive interface — Self-service AI enables scientists to train models without coding expertise independently.
Intelligent detection devices — Contamination warnings in real-time, automatic imaging data classification, and real-time monitoring of processes.
Pharmaceutical-friendly — GxP compliant records, interoperability with lab systems, and proven analysis algorithms.

The site offers pharmaceutical firms everything they need to promote the quality of their products throughout both the research and manufacturing processes.

Improved software interface

Updates for scientists enhance the analytical workflow and make quality control more efficient, without unnecessary complexity.

Individualized AI models and data analytics — Specify what quality you want, and the AI will automatically model the best detection models to point out anomalies and contaminants that meet your unique requirements.
Connection to lab systems — Direct access to current lab equipment and immediate visualization of results enable scientists, quality assurance specialists, and production departments to monitor processes and control product quality.

Software core architecture

Our AI algorithms have been upgraded to provide accurate and real-time analysis, even when analyzing large amounts of imaging data.

Interactive quality analytics — Dynamic dashboards convert complex biological image data into visual insights that can be immediately analyzed to determine quality.
Batch processing ability — Process more than one image set and find contaminants in whole production batches in a single operation.
Precision detection — High-accuracy imaging algorithms and intelligent anomaly identification instantly flag contaminants that match predefined quality parameters.

Team:

Project manager
Python developer
Django developer
React.js developer

Core Technologies:

Python

Python

Django

Django

React.js

React.js

“During the first six months, we improved our computer vision algorithms, tested hundreds of scripts for fitting natural objects, redesigned the interface for scientists, and fully reengineered the quality analysis system. In the ensuing quarter, we concentrated on creating a scalable structure and developing GxP-biddable AI results.

When the medicinal giant integrated our platform into its quality control processes just a short time later, we realized that it was this thoughtful, iterative approach that enabled us to produce truly transformative tools for the pharmaceutical industry.”

Andrew Tsopych

Andrew Tsopych

CEO

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