EYE-TALPA
Data logging A.I. platform for asset-intensive industries
Optimise surface mining
EYE-TALPA is an industrial A.I. tool with a unique collection of proven data science models, deep industry expertise, and a comprehensive library of industrial asset data.
Our tool empowers you with new knowledge that can rapidly improve business performance, optimise spending, and reduce operational risk faster than any other industrial analytics company.
By combining advanced technology and data logging, EYE-TALPA helps businesses in asset-intensive industries make smarter decisions.
Data logging collects valuable information from your machines and processes, allowing for real-time insights that improve productivity and efficiency. This is especially useful in surface mining, where optimising performance and reducing costs are key to success.
With EYE-TALPA, you can enhance surface mining operations by tracking fuel usage, idle time, and maintenance needs. The system’s data logging ensures no detail is missed, helping you predict issues and keep operations running smoothly.
We make information more accessible and actionable in order to improve operations, augment human decision-making, and drive rapid industrial-scale optimisation. EYE-TALPA is a powerful ally for surface mining and other industries, ensuring your business stays ahead with reliable data logging and advanced analytics.
ACCESS TO DATA
Sensors > Data Integration > Analytics > Actionable Insights
- A powerful data logging device captures data from embedded and retrofit sensors on the machine
- All raw data is logged at a resolution of 10 Hz (or higher, if required)
- Proprietary EDGE-compression technology allows for versatile delivery to the platform and low-cost data transfer
- WiFi, LTE, and M2M communication for various applications
- High-quality GPS module and inertial motion unit (IMU)
Access to data for surface mining operations
The EYE-MINE system provides seamless access to critical data through its advanced integration of sensors, data logging, and analytics. A robust data logging device collects information from embedded and retrofit sensors on machinery, ensuring comprehensive monitoring. All raw data is recorded at a resolution of 10 Hz or higher, capturing every detail for accurate analysis.
The system uses proprietary EDGE-compression technology for efficient data delivery to the platform, keeping transfer costs low. With support for WiFi, LTE, and M2M communication, it caters to various applications across surface mining operations. A high-quality GPS module and inertial motion unit (IMU) enhance precision, making it an ideal solution for demanding environments.
By turning sensor data into actionable insights, EYE-MINE empowers mining operators to optimise processes, improve safety, and increase productivity in surface mining, creating a smarter and more efficient approach to resource extraction.
MAIN FEATURES
- Utilisations & idle time
- Production tonnage
- Fuel consumption
- Number & duration of cycles
- Engine hours / Machine operating hours
- Average speed at stages
- Haulage distances (full / empty)
- Material flow georeferenced (by mineral cluster / waste)
- Hot zone detection / trend recognition
- Optimisation potential & notifications
- Asset health conditions visualisations
- Prioritisation of maintenance attention
- Automated maintenance scheduling based on engine hours, utilisation & OEM recommendations
Eye-Mine solutions
Our suite of services includes EYE-ANALYSE, a powerful reporting platform that delivers actionable insights for better decision-making. EYE-WEIGH and EYE-SCAN provide advanced scales and scanners for permanent solutions or short-term truck weigh validation studies.
These tools ensure accuracy and reliability for critical operations. Finally, our EYE-TALPA solution brings it all together with machinery data loggers that pull real-time analytics and deliver alerts to keep your operations efficient and secure.
Business models: an OEM-agnostic fleet analytics solution with clear insights
- The ability to connect all assets on one platform
- Standard and customisable reporting about fleet performance: for quick and data-driven business decisions
- Access to a detailed health status report for each asset: understanding maintenance needs in near-real time
- No-code business intelligence suite: tailored analytics for entire or partial fleet or single asset performance; over 200 ready asset dimensions to choose from for particular types of heavy equipment
- Access to raw signals in a 1-second resolution view: an easy and transparent way to investigate the root causes of events, incidents, accidents, warranty claims, etc.
- Fleet-wide maintenance application for digital shift handover
MAIN BENEFIT FOR CLIENTS
- No-CAPEX implementation: subscription-based with an unlimited number of users
- Instant information about health status leads to a significant reduction in mean-time-to-repair (MTTR) and longer periods between failures (MTBF)
- Significant reduction in fuel consumption by eliminating unnecessary events (such as idling) and optimising machine deployment (more tonnes carried, routes, etc.)
- Workforce deployment optimisation: defining needs for training, managing working time, etc. The expected return exceeds 10 times the cost of the solution on average
SURFACE MINING
- End-to-end OEM-agnostic data analytics platform
- Using machine, GPS, and embedded motion sensor data enhanced by data science engines for fleet and single-machine performance analytics
- Specific engine applications for maintenance
- Predictive models on demand
Algorithm-based activity and cycle detection
Using the engine and logger data, TALPA data models can automatically detect machine activities and cycles.
Tyre performance monitoring*
Operating TKPH values are based on average cycle speed, machine weight and payloads to enhance tyre performance.
*Only available for machines with the integrated TPMS system
Carryback and Average Payload Utilisation*
Carryback and average utilisation of the machine’s payload capacity can be calculated down to the cycle level.
*Subject to availability of Empty Vehicle Weight and Payload signals on the machine ECU