Fairmat - Advanced Tracking and Monitoring Software
Fairtrack, developed by Fairmat, is an advanced tracking and monitoring software designed for comprehensive oversight of materials from reclamation through production. This software ensures that recycled materials adhere to strict quality standards by facilitating end-to-end traceability. It collects and analyzes data throughout the production process to generate valuable insights, allowing for continuous improvements in processes and product quality. Real-time monitoring capabilities empower rapid identification and correction of any deviations from quality benchmarks, maintaining consistent high quality in every batch. Fairtrack is part of a broader system of interconnected technological components, including material science innovation, autonomous systems, AI integration, and advanced factory software, all supported by cloud computing and API-based infrastructure. This configuration ensures a scalable and flexible process, underscoring Fairmat’s commitment to sustainable material production.
Fairtrack, Our Advanced Tracking System
Fairtrack, our proprietary software, enables comprehensive tracking and monitoring of our material from reclamation through to production. This end-to-end traceability ensures that every piece of recycled material meets our stringent quality standards.
Fairtrack collects and analyses data throughout the production process. These data-driven insights enable us to continuously improve our processes and products, ensuring we deliver the best possible materials to our clients.
Fairtrack provides real time monitoring of all processes, allowing us to quickly identify and address any deviations from quality standards. This proactive approach ensures consistent high quality in every batch of recycled material.
Our processes are powered by several proprietary, interconnected tech pillars, including:
- Material Science Innovation
- Autonomous Systems
- AI Integration
- Advanced Factory Software
- Data Loops
These components are assembled using an industrial infrastructure approach that relies on cloud computing and APIs, ensuring a process that is both flexible and scalable.