Industry:
Energy & Environment
Use case
Real time, monitoring
Impact
- Faster development process, Reduce technical debt, Improved performance
In order for predictive maintenance and collision avoidance to provide contextualized and accurate results, we must gather and process 100M+ data points per machine. We use hypertables to handle these large datasets. We've saved lives using Tiger Data.
Jean-Francois Lambert, Lead Data Engineer at Newtrax
Company and use case
Newtrax is a leading provider of safety and productivity solutions for underground hard rock mines. Their primary focus is on creating a safer work environment by using real-time data to monitor and respond to potential hazards. Newtrax’s systems collect data from various sensors and devices installed in mines to provide actionable insights, which help in preventing accidents and improving operational efficiency.
Performance problems to solve
Newtrax initially faced significant challenges with managing the high volume of data generated by their extensive network of sensors. Traditional databases struggled to keep up with the real-time demands, leading to slow query performance and data processing delays. This inefficiency hindered their ability to provide timely safety alerts and operational insights, which are critical in the mining industry.
Performance gains unlocked
By integrating TimescaleDB, Newtrax drastically improved their data management capabilities. The use of hypertables enabled efficient handling of time-series data, reducing query times and enhancing data ingestion rates. Continuous aggregates and automated data retention policies further streamlined operations, allowing Newtrax to deliver real-time safety alerts and comprehensive analytics. These improvements not only increased the system’s reliability but also played a crucial role in enhancing overall mine safety and productivity.
// you may also be interested in
Energy & Environment
How Companion.energy optimized real-time energy data: 25x faster queries, 43.5x compression, continuous aggregates, and unified Tiger Cloud architecture.
Energy & Environment
Energy & Environment
How Float, a Danish energy startup collecting 1Hz smart meter data uses Tiger Cloud on Azure to achieve 99.3% data compression while powering real-time appliance-level energy analytics.