

All customers
Industry
AI / Machine Learning
Use Case
Poly Perception provides an AI system that helps waste sorting facilities detect and classify materials in real-time, improving the efficiency and purity of recycling processes.
Impact
Improved Data Management Enhanced Query Performance Real-Time Data Insights Scalable Data Handling Streamlined Operations
Website
https://www.polyperception.com/
“We leverage TimescaleDB’s continuous aggregates, which let us efficiently process large volumes of time-series data while maintaining performance. This has been essential for providing real-time insights to our customers.”
Nicolas Braem, Co-founder
Company and Use Case Poly Perception, a Belgium-based startup, focuses on delivering advanced AI-powered solutions to the waste industry. Their flagship product is an intelligent analyzer that monitors and optimizes waste sorting processes. By using cameras and machine learning, their system can detect, classify, and estimate the weight of materials in real-time, providing valuable data to help recycling and sorting facilities improve efficiency and achieve higher levels of waste purity.
Performance Problems to Solve Before Tiger Data, Poly Perception faced challenges in processing and storing large amounts of time-series data efficiently. Their AI system needed to analyze massive amounts of waste sorting data in near real-time, which was initially hindered by slow processing speeds and insufficient data retention policies. The inability to analyze the waste streams continuously created inefficiencies, with only limited snapshots of the sorting process available for evaluation.
Performance Gains Unlocked TimescaleDB revolutionized Poly Perception’s data management. With features like continuous aggregates and efficient time-series data storage, the company now offers real-time waste monitoring, enabling facilities to fine-tune their sorting processes. The transition to Tiger Data helped Poly Perception reduce latency and store data more efficiently, ultimately enhancing the accuracy and speed of their AI-based waste classification system. As a result, their customers now enjoy operational improvements, increased throughput, and better sorting performance metrics.


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