Transforming sensors into intelligent systems

Dalys offers advanced multisensor AI solutions that transform ordinary sensors into intelligent, self-operating systems. By combining sensors with AI, our technology autonomously monitors and takes action across a broad range of applications. With capabilities in Smart Sensors (IoT), Computer Vision, and Condition Monitoring, we deliver innovative, cutting-edge solutions across multiple industries.

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Intelligent, network-connected sensors that enable real-time monitoring.

Optimize processes with AI
Automated monitoring
Enhanced decision-making

Drive automation with computer vision

Perform automated quality control
Reduce manual labour
Increase productivity

Detect anomalous patterns in multivariate sensor data

Enable proactive maintenance
Avoid sudden failures
Identify problems on a sensor level

Transforming sensors into intelligent systems

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Multisensor AI applications

A few examples of our solutions

Defect detection

Improve production line processes with computer vision by detecting flaws and flagging them immediately when they occur.

Soil optimization

Monitor the soil condition of crop fields in real-time and optimize irrigation and fertilization to enhance crop health.

Count passengers

Leverage computer vision to automatically count the total number passengers in public transport.

Anomaly detection

Detect anomalous patterns in multivariate sensor data to identify potential failures in an early stage.

Defect detection

Improve production line processes with computer vision by detecting flaws and flagging them immediately when they occur.

Soil optimisation

Monitor the soil condition of crop fields in real-time and optimize irrigation and fertilization to enhance crop health.

Count passengers

Leverage computer vision to automatically count the total number passengers in public transport.

Anomaly detection

Detect anomalous patterns in multivariate sensor data to identify potential failures in an early stage.

The company Dalys

Dalys offers advanced multisensor AI solutions that transform ordinary sensors into intelligent, self-operating systems. By offering an integral, end-to-end approach, Dalys combines sensors, hardware, and Al technology to deliver full scale solutions.

Our product is built around three powerful modularities: Feel, Process, and React.

Feel

Leverage multi-sensor technology to capture and monitor real-time data

Process

Utilize AI models to analyze and interpret insights.

React

Self-operating system which can take actions across broad range of applications.

Improve processes across your business powered by AI

Automation

We offer advanced technology solutions that automate processes, minimizing manual tasks and eliminating human error for greater efficiency and accuracy.

Optimization

Multisensor AI applications, combining computer vision and IoT sensors, boost efficiency, reduce costs, and drive smarter, faster business processes.

Save costs

Leverage AI to reduce tedious manual tasks, and significantly save costs and increase productivity.

Monitor

Our solution offers 24/7 monitoring with high accuracy, delivering reliable insights through a customizable dashboard and real-time alerts for proactive decision-making.

Quality

Product quality can be improved through automated precision, consistent monitoring, and real-time defect detection, ensuring higher standards and fewer defects.

Scalability

Scale your solutions effortlessly with AI, capable of analyzing multiple data streams simultaneously.

Solutions

Automate Defect Detection with AI

AI-powered defect detection seamlessly integrated into quality control processes, allows businesses to meet the growing demand for flawless products. By enhancing precision and minimizing operational and quality-related costs, companies can achieve greater efficiency and maintain higher standards.

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Agriculture

Optimize operations

Combining sensors with AI unlocks countless opportunities in agriculture, enabling optimized farming processes, automated crop quality control, and real-time field monitoring. This technology helps farmers make data-driven decisions, improve yields, and reduce resource waste.

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