Quartic
AI-driven decision intelligence and manufacturing operations management for process optimization, yield improvement, and variability reduction.
Overview
Quartic.ai is an AI-powered Manufacturing Operations Management (MOM) platform that transforms plant data into real-time decision intelligence. The company serves manufacturers across life sciences, chemicals, consumer packaged goods, and food and beverage industries, enabling them to boost yield, cut variability, improve quality, and scale performance through Industrial DataOps and advanced analytics.
Quartic's platform connects data, AI, and operational teams to deliver responsive, agile, and intelligent manufacturing operations. By linking real-time context with AI-driven insights, Quartic empowers process engineers, data analysts, quality and compliance teams, reliability and maintenance professionals, and digital transformation leaders to make faster, more confident decisions across plants.
Platform Overview
- Intelligent MOM: A Manufacturing Operations Management framework designed to deliver connected, responsive, and agile operations by integrating data, AI, and cross-functional teams for real-time decision-making.
- Industrial DataOps – iLuminator: A DataOps layer that contextualizes and operationalizes industrial data, enabling reliable data pipelines and real-time data availability across manufacturing environments.
- Industrial Intelligence – eXponence: An AI and analytics engine that turns operational data into actionable manufacturing intelligence, supporting advanced process understanding and optimization.
Key Applications
- Process Optimizer: Applies AI to continuously optimize manufacturing processes, reducing variability and improving throughput and yield.
- Reliability: Supports predictive maintenance and reliability management to minimize unplanned downtime and extend asset life.
- Batch MVDA (Multivariate Data Analysis): Provides modern, scalable multivariate data analysis for batch manufacturing, enabling improved yield, consistency, and process understanding.
- PD Optimizer: Optimizes process development workflows to accelerate scale-up and improve process robustness.
- Automated PAT (Process Analytical Technology): Automates process analytical technology workflows to support real-time quality monitoring and control in manufacturing.
Industry Solutions and Roles Served
- Industries: Life sciences, chemicals, consumer packaged goods (CPG), and food and beverage manufacturing.
- Roles: Process engineers, data analysts, quality and compliance professionals, reliability and maintenance teams, and digital transformation leaders.
- Solutions are designed to link data and AI across plants, enabling smarter, faster manufacturing decisions at every level of the organization.
Demonstrated Customer Outcomes
- Achieved a 10% capacity uplift and 20% reduction in variability in chromatography purification for a life sciences manufacturer.
- Delivered 80% reduction in lab costs through predictive quality optimization in CPG manufacturing.
- Enabled 15% more production capacity through predictive harvest forecasting in life sciences.
- Customers span life sciences, chemicals, CPG, and other process industries, with measurable gains in cost, quality, and throughput.
Company and Ecosystem
- Quartic is recognized with top industry awards and has been featured in global business reports for its role in pharma's digital evolution.
- The company maintains a network of trusted industry and technology partners to deliver connected, intelligent manufacturing operations.
- Quartic publishes an active resource hub including technical blogs, videos, case studies, and best practices focused on industrial AI, DataOps, MVDA, and manufacturing agility.
- The platform addresses the challenge of turning manufacturing variability into operational agility through intelligent MOM and real-time AI-driven context.
Quartic accelerates manufacturing performance by combining Industrial DataOps and AI into a unified decision intelligence platform, helping manufacturers across regulated and process industries achieve autonomous, high-performance operations.