top of page

The sensor fusion technology

Sensor fusion technology is used to collect, process and evaluate data on the body, in the environment or in closed systems. The technology aims to improve the accuracy, reliability, and overall performance of the system. Automated processes can be created by fusing the data with the control elements creating new functionalities for wearable and stationary devices. 

Sensor fusion systems are used in various segments such as automotive, aviation, industry 4.0, smart clothing, smart interior design, etc.

Smart wear for police and security services
Smartwear for construction industry
Applications for sensor fusion systems


Health and therapy

Smart clothing for rescue and fire services

Rescue workers and firefighters

Police and security service

Smart clothing for health and therapy
Smart clothing for sports


Smart interior items


Smart wear for outdoor


Leisure time

Smart clothing for leisure

Monitoring of vital signs and biometric data

Vital signs monitoring involves the continuous or periodic measurement of key physiological parameters that provide insight into a person's health and well-being. The most important parameters include heart rate, blood pressure, respiratory rate, body temperature and oxygen saturation. In addition, other aspects such as movement and muscle contraction can be recorded. 

Monitoring vital signs can help detect changes in a person's health such as signs of infection, dehydration or shortness of breath early to make more accurate and effective decisions about treatment and care.


Monitoring of industrial facilities

Information generated from the collected data in production plants can lead to productivity and reduction of downtime.

The system includes following sensor options: temperature sensors, pressure sensors, flow sensors, vibration sensors, light sensors, gas sensors, position and movement sensors. 


The sensor data can be analyzed in real time to detect anomalies or potential errors, optimize production processes and improve workers safety and efficiency. The data can also be used to generate reports and insights that help plant managers make data-driven decisions about maintenance, production, and other aspects of the plant.

Vulpés IoT - Artificial Intelligence

Artificial intelligence and control systems

Artificial intelligence (AI) plays a crucial role in sensor fusion systems by using data from multiple sensors to be analyzed and interpreted to generate insights for decision making. AI algorithms can learn from the sensor data and make predictions about future events or detect anomalies in the system.


The AI in sensor fusion systems can be used for the following examples: data processing and analysis, predictive maintenance, error detection and diagnosis, intelligent control, performance optimization, automation of processes and much more. 

Sensor integration in textiles

The sensor integration process depends on the product and system architecture. Generally speaking, sensors can be embedded in fabrics, including clothing, bedding, seats, and upholstered furniture as well as into hard-cased mechanical parts as well as on-board of a PCBA. 

Different integration techniques are used to integrate sensors into textile such as knitting, printing, weaving, gluing, using elastomers or mechanical connection components. Fully encapsulated integration methods can make the sensors and associated electronics waterproof, fire resistant, shock or abrasion resistant. A well thought-out integration leads to an improvement in data acquisition quality, ergonomics and outstanding usability. 

Integration of sensors into textiles

Why choosing Vulpés

Access to technology to build smart products

Access to technology

Fast time-to-market from design to delivery of smart goods

Fast time to market

Providing one-stop shop for design, development and production services for smart products

From the idea to implementation

cost efficent development and production of smartwear products

Cost efficient

Experienced team consisting of designers, engineeres and production specialists to digitalize conventional to smart products

Experienced team

High quality of smart wear products due to well-established quality assurance system


bottom of page