Unlock full monitoring potential with seamless third-party sensor integration.

MyMove seamlessly integrates third-party infrastructure sensors, centralizing all monitoring data in one place and enabling full access to the platform’s advanced analytical capabilities without compromise.

Plan your integration
Unified data environment

Consolidate all monitoring data—regardless of vendor—into MyMove: a single, centralized platform for consistent visualization, analysis, and reporting.

Seamless interoperability

Connect external devices with no custom development required. MyMove handles authentication, data ingestion, and synchronization through preconfigured provider templates.

Scalable and future-proof architecture

Easily extend your monitoring network by integrating new sensor types or providers as your project evolves—without compromising data integrity or performance.

devices integration

Easily integrate external monitoring sensors

MyMove enables secure and scalable integration of external sensors from leading monitoring vendors.
Whether you’re using Total Stations, geotechnical devices, or environmental monitors, you can unify all your data within MyMove’s ecosystem and leverage its advanced analytics, alarming, and visualization features—without limitations.
Integration is fast, code-free, and fully managed from the platform interface. Once the connection is configured, MyMove automatically creates and maintains data pipelines for real-time ingestion, synchronization, and processing.

supported decive types

Supported device categories

Below is the complete list of third-party sensor categories and supported device types:

Geotechnical Sensors
Total Stations
Accelerometers
Sound and Vibration monitors
Air quality monitors
Displacement sensors
Tiltmeters
Piezometers
Settlement sensors
Load Cells
Measure axial force in structural or geotechnical elements.
Pressure Cells
Detect pressure variations within soil, rock, or structural layers.
Single Point Extensometers
Track displacement at a fixed depth or interface in the ground.
Multiple Point Extensometers
Monitor layered or stratified displacement along a borehole.
Strain Gauges
Quantify mechanical deformation of structural components.
Robotic Total Stations
Automated optical systems for tracking 3D displacement of survey targets with sub-millimetric precision.
Analog Accelerometers
Capture dynamic acceleration data on one or more axes, enabling modal and seismic analysis.
Digital Accelerometers
Capture dynamic acceleration data on one or more axes, enabling modal and seismic analysis.
Sound Level Meters
Measure airborne noise levels in dB(A) for environmental compliance.
Sound & Vibration Meters
Simultaneously monitor acoustic and ground-borne vibrations.
Noise Monitoring Stations
Long-term environmental noise monitoring in urban and industrial settings.
Noise Dosimeters
Wearable devices for assessing individual noise exposure.
Vibrometers
Track ground vibration for structural and human comfort limits, compliant with DIN and BS standards.
Airborne Particle Monitors
Detect particulate matter (PM1, PM2.5, PM10) in ambient air.
Dust Concentration Monitors
Track total suspended particles at construction or industrial sites.
Benzene Level Detectors
Measure airborne benzene concentration for health and safety compliance.
Ozone Level Monitors
Monitor ambient ozone levels in real time.
Smog Detectors
Quantify photochemical smog indicators for air quality assessments.
Ambient Ozone Stations
Long-range ozone monitoring for environmental and regulatory applications.
Embedment Jointmeters
Monitor internal movement across structural joints.
Strandmeters
Measure elongation or contraction of tendons and cables.
3D Crackmeters
Track crack opening in three orthogonal directions.
Crackmeters
Monitor single-axis crack width variation over time.
Microcrackmeters
Detect minute crack displacements with high sensitivity.
Convergence Meters
Measure closure between two fixed points in tunnels or cavities.
Long-Range Displacement Meters
Track large structural displacements over extended spans.
Deformation Meters
General-purpose sensors for linear displacement tracking.
Soil Extensometers
Monitor subsurface movement in soil or rock layers.
Microcrackmeters
Convert linear motion into analog or digital electrical signals.
Laser-Based Tiltmeters
Measure precise angular changes using laser-based technology for high-resolution tilt detection.
Standard Piezometers
Measure pore water pressure in soil or rock.
Small-Diameter Piezometers
Designed for limited-space installations and fine stratigraphy.
Drive-Point Piezometers
Directly installed into soft ground using dynamic driving methods.
Heavy-Duty Piezometers
Reinforced design for harsh or high-pressure environments.
High-Temperature Piezometers
Reinforced design for harsh or high-pressure environments.
Multilevel Piezometers
Monitor pore pressure at multiple depths within a single borehole.
Corrosion-Resistant Piezometers
Built for chemically aggressive environments.
Water Level Meters
Track static water levels in wells, shafts, or piezometric pipes.
Pressure Transducers
Convert fluid pressure into measurable electrical signals.
Vibrating Wire Barometers
Barometric pressure reference for compensation of vibrating wire readings.
Weir Monitors
Measure water flow over notched structures via level detection.
Borehole-Type Systems
Track vertical settlement at multiple depths within soil layers.
Hydraulic Overflow Systems
Measure differential settlement through fluid displacement.
Multilevel Settlement Sensors
Record independent settlement at various stratigraphic levels.
Multipoint Settlement Systems
Provide detailed vertical deformation profiles across a monitored zone.
How It Works

Third-party sensors are integrated in three simple steps:

1
Select the Provider

From MyMove Settings → Third-party Data Sources, access the data source catalog and choose the compatible system

2
Complete the Configuration Form

Enter the necessary parameters (e.g., API key, hostname, credentials, device serial numbers). Each provider has a dedicated form optimized for secure and efficient synchronization.

3
Activate the Pipeline

Save the configuration. MyMove automatically initiates data retrieval, processing, and ingestion. All incoming data is linked to your project and available for visualization and advanced analysis in real-time.

Looking to integrate your monitoring devices into MyMove?

Get in touch with our team to discuss compatibility, implementation, and support. We’ll help you streamline your data into one powerful platform.

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