GeoGuard
Do you know if your infrastructure or slope is moving?
GeoGuard senses 3D displacements with millimeter precision, supporting predictive maintenance and disaster prevention
GeoGuard® is an innovative service developed by GReD for the continuous monitoring of long-term displacements and deformations, using GNSS technology to track structural and natural hazard changes with high precision. Designed to provide near real-time data and alerts, GeoGuard allows to monitor the stability and safety of infrastructures while offering a cost-effective solution.
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Benefits
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Accurate monitoring with millimeter-level precision
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Continuous data analysis for proactive decision-making
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Scalable solutions suitable for a wide range of infrastructures
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Easy integration with existing monitoring systems and sensors
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User-friendly interface with customizable alerts
HARDWARE
The GeoGuard architecture is composed by reliable, high-precision, and weather-proof sensing equipment.
GNSS sensors
High-precision GNSS sensors designed to provide accurate positional data essential for monitoring structural movements.
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GeoGuard Monitoring Unit (GMU)
The GMU is a versatile device that gathers geodetic data and transmits it to the cloud for real-time analysis. It supports multiple sensor inputs and operates autonomously with backup power options.
SOFTWARE
The GeoGuard Cloud processes the collected data using advanced algorithms, delivering detailed insights and alerts through a secure web-based interface.
The GeoGuard APIs provide seamless integration capabilities, enabling easy access to displacement results and automated alerts for third-party systems
SERVICE
GeoGuard offers a comprehensive monitoring service that includes:
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Real-time data analysis with continuous updates
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Automated alerts in case of significant structural changes
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Customizable reporting tools for easy integration with third-party systems
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24/7 support and system maintenance to ensure optimal performance
APPLICATIONS
GeoGuard is widely used for monitoring critical infrastructures and natural hazards, providing reliable data to prevent damage and ensure safety in various scenarios:
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Dams: monitoring structural integrity and detecting early signs of instability
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Penstocks: ensuring the integrity of pipelines used in hydroelectric plants to avoid leaks or bursts
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Bridges: tracking movements and deformations due to ground instabilities or aging factors
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Railways: monitoring track stability and ground movements to prevent derailments and ensure safe train operations
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Buildings and cultural heritage: protecting urban/historical sites by detecting minor shifts or settling
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Landslides: providing data to predict slope movements and mitigate landslide risks
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Retaining walls: monitoring stability to prevent collapses and structural failures
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Cable cars and ski lifts: monitoring ground and structural movements to ensure the safety of transport systems
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Gas pipelines: tracking shifts and deformations to prevent leaks and ensure the safe transport of gas
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Construction sites: monitoring land subsidence and structural changes to ensure safe working conditions and project integrity
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Harbours: tracking shoreline and structural movements to protect port infrastructure and operations
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Mines: monitoring ground stability to prevent collapses and ensure safe mining activities
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Steel towers: observing structural deformations to maintain the safety and reliability of telecommunication and power towers
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Volcanoes: providing data on ground deformation to predict volcanic activity and mitigate risks to nearby areas
GeoGuard Product Q&A
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What is GeoGuard? GeoGuard is an innovative monitoring solution for critical infrastructure and natural hazards. It uses GNSS technology to provide real-time, millimeter-level displacement measurements of monitored points, helping to detect potential risks and prevent structural failures.
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How does GeoGuard work? GeoGuard combines GNSS antennas and GeoGuard Monitoring Units (GMUs) to collect position data. This data is processed through the GeoGuard Cloud, which analyzes and visualizes the results for clients, providing alerts and insights when thresholds are exceeded.
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What infrastructure can GeoGuard monitor? GeoGuard is suitable for monitoring various types of infrastructure, such as dams, bridges, buildings, and areas prone to natural hazards like landslides or earthquakes.
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What makes GeoGuard cost-effective? GeoGuard utilizes mass-market GNSS hardware and proprietary processing algorithms, enabling high accuracy at a fraction of the cost of traditional monitoring systems. Additionally, each GMU can connect up to 2 GNSS antennas, potentially halving the number of GMUs to be deployed (e.g. monitoring of 10 points by deploying only 5 GMUs), if the monitored points are closer than 50 m from the GMU.
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What accuracy can GeoGuard achieve? GeoGuard provides daily position solutions with millimeter accuracy and sub-daily solutions with accuracies of a few millimeters, given unobstructed sky visibility from the GNSS antennas.
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What power options are available for the GeoGuard Monitoring Unit (GMU)? The GMU can be powered by AC, DC, or solar energy, with an optional backup battery to ensure uninterrupted operation during power outages.
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How does GeoGuard handle connectivity? GeoGuard supports various communication methods, including GSM/UMTS, Ethernet, satellite, and local mesh networks. It also offers bi-directional communication for remote management of GMUs.
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What is the GeoGuard Cloud, and what are its capabilities? The GeoGuard Cloud is a central platform that processes GNSS data, performs diagnostics, generates reports, and provides notifications via email or SMS for warnings and alerts.
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Can GeoGuard integrate with other monitoring instruments? Yes, GeoGuard is versatile and can integrate additional sensors such as barometers, thermometers, accelerometers, and inclinometers for comprehensive monitoring.
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What installation options are available for GeoGuard? GeoGuard installations can include anchoring to walls or poles, with options for solar or 220V power setups. GNSS antennas are mounted separately to ensure stability and accuracy.
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How are alerts and warnings managed? GeoGuard provides automatic notifications via email or SMS when monitored points exceed predefined thresholds, helping to quickly address potential risks.
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What kind of support does GeoGuard offer? GeoGuard includes a help desk for customer support, professional services for customized solutions, and remote management capabilities to assist with day-to-day operations.
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Which GNSS constellations are supported by GeoGuard? GeoGuard supports all major GNSS constellations, including GPS, GLONASS, Galileo, BeiDou, and QZSS.
Mugen Links helps
GReD
by providing the following services
JAPAN MARKET ENTRY
Mugen Links aims to offer valuable market insights, aiding GReD in comprehending and navigating the distinctive challenges and opportunities within the Japanese market. The guidance provided by Mugen Links ensures GReD adopts a strategic and well-informed approach, laying the foundation for a successful market penetration.
BUSINESS DEVELOPMENT
IN JAPAN
Mugen Links' extensive network is instrumental in identifying and facilitating joint projects and partnerships for GReD in Japan. Our ability to manage innovative technologies as well as to understand local policies and markets is fundamental for establishing successful and long term collaborations.
DISTRIBUTION IN JAPAN
Mugen Links is poised to elevate GReD's presence in Japan's dynamic innovation ecosystem by devising thorough and impactful promotional strategies. This partnership aims not only to boost GReD's brand visibility but also to align it with the distinctive market and cultural nuances of Japan.
