Displaid Smart Sensors

The freedom of wireless with the reliability of wired systems

Displaid’s smart sensors deliver an advanced monitoring solution that is quick to deploy and operates reliably even without access to electrical power. By combining the precision and dependability of wired systems with the flexibility of wireless technology, our solution eliminates the need for extensive cabling while ensuring high-quality data collection.

Low-consumption architecture for energy efficiency
Wireless connection to cut time and installation costs
Modular, minimalist design for durability and easy maintenance
Connectivity
Wireless technology for fast and efficient deployment
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Displaid’s wireless communication system eliminates the need for extensive cabling, cutting installation costs and minimising traffic disruptions. A gateway with a built-in SIM card creates a dedicated Wi-Fi network to receive sensor data and transmit it to the server. Using the MQTT protocol, the system ensures fast, reliable, and secure data transmission.
Wireless technology for fast and efficient deployment

Displaid’s wireless communication system eliminates the need for extensive cabling, cutting installation costs and minimising traffic disruptions. A gateway with a built-in SIM card creates a dedicated Wi-Fi network to receive sensor data and transmit it to the server. Using the MQTT protocol, the system ensures fast, reliable, and secure data transmission.





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Autonomy
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Energy harvesting for off-grid applications

With an ultra-low-power architecture and an integrated solar panel, Displaid sensors operate independently, requiring no external power. They continuously monitor battery charge and health, optimizing energy management for long-term, maintenance-free operation.

Energy harvesting for off-grid applications
Mobile Version Image
With an ultra-low-power architecture and an integrated solar panel, Displaid sensors operate independently, requiring no external power. They continuously monitor battery charge and health, optimizing energy management for long-term, maintenance-free operation.
Performance
Engineered for effective and scalable monitoring

Displaid sensors deliver exceptional measurement precision, detecting even the slightest variations in the structural behavior of the bridge. The data acquisition software, engineered specifically for infrastructure monitoring, completes the system by providing performance and data synchronization equivalent to conventional wired solutions.

Desktop Version Image
Engineered for effective and scalable monitoring
Mobile Version Image
Displaid sensors deliver exceptional measurement precision, detecting even the slightest variations in the structural behavior of the bridge. The data acquisition software, engineered specifically for infrastructure monitoring, completes the system by providing performance and data synchronization equivalent to conventional wired solutions.
Design
Modular structure for easy and systematic installation
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Modular structure for easy and systematic installation

Displaid sensors feature a standardised, compact casing designed for quick, hassle-free installation with minimal training. A dual-layer protective enclosure ensures durability in harsh environments, while the wireless architecture reduces failure risks, delivering a robust, long-lasting monitoring solution.

Displaid sensors feature a standardised, compact casing designed for quick, hassle-free installation with minimal training. A dual-layer protective enclosure ensures durability in harsh environments, while the wireless architecture reduces failure risks, delivering a robust, long-lasting monitoring solution.
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Catalogue

Smart sensing, tailored to your monitoring needs

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SENSOR 1
Accelerometer
Wireless triaxial accelerometer sensor
APPLICATION: Structural Health Monitoring (SHM)

Specifically designed for operational modal analysis (OMA) in infrastructure applications, the Displaid accelerometer ensures exceptional synchronization for reliable high-frequency data collection. With ultra-low background noise, it precisely captures environmental vibrations, even in challenging operating conditions.

TIPOLOGY TRI-AXIAL MEMS
MEASUREMENT RANGE ±2/±4/±8 g
MAX SAMPLING FREQUENCY 1000 Hz
SYNCHRONISM MAX DELAY 16µs
POWER SUPPLY SOLAR PANEL 6V 1.1W
SENSOR 1
Accelerometer
Wireless triaxial accelerometer sensor
APPLICATION: Structural Health Monitoring (SHM)

Specifically designed for operational modal analysis (OMA) in infrastructure applications, the Displaid accelerometer ensures exceptional synchronization for reliable high-frequency data collection. With ultra-low background noise, it precisely captures environmental vibrations, even in challenging operating conditions.

TIPOLOGY TRI-AXIAL MEMS
MEASUREMENT RANGE ±2/±4/±8 g
MAX SAMPLING FREQUENCY 1000 Hz
SYNCHRONISM MAX DELAY 16µs
POWER SUPPLY SOLAR PANEL 6V 1.1W
SENSOR 2
Tiltmeter
Wireless biaxial inclinometer sensor
APPLICATION: Structural Health Monitoring (SHM)

Designed for continuous monitoring, the Displaid inclinometer is designed for long-term operation, even at maximum sampling frequency—critical for accurately understanding structural behavior. Its high resolution detects even the smallest variations in bridge movement, ensuring precision over time.

TIPOLOGY BI-AXIAL MEMS
MEASUREMENT RANGE ±5°
SAMPLING FREQUENCY 1 Hz
POWER SUPPLY SOLAR PANEL 6V 1.1W
SENSOR 2
Tiltmeter
Wireless biaxial inclinometer sensor
APPLICATION: Structural Health Monitoring (SHM)

Designed for continuous monitoring, the Displaid inclinometer is designed for long-term operation, even at maximum sampling frequency—critical for accurately understanding structural behavior. Its high resolution detects even the smallest variations in bridge movement, ensuring precision over time.

TIPOLOGY BI-AXIAL MEMS
MEASUREMENT RANGE ±5°
SAMPLING FREQUENCY 1 Hz
POWER SUPPLY SOLAR PANEL 6V 1.1W
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