Change Detection & Monitoring
Designed to provide engineers with a reliable, remote and real-time spatial solution, Diospatial’s change detection and monitoring solutions utilise high precision reality capture and sensing technologies to allow engineers to better focus their time where and when measurable risks occur. This replaces assumptions with facts, improves the allocation of resources and improves the success of remediation works.
How does change detection & monitoring work?
Diospatial’s change detection and monitoring solutions are unique to each site based on the type of risk an engineer is mitigating, the specific site conditions, and the monitoring requirements.
Our expert technicians design a reality capture solution that utilises technologies like terrestrial laser scanning, drone LiDAR, photogrammetry modelling, high resolution imagery, bathymetry, inspection tools and conventional survey to capture an accurate digital twin of the current site conditions. These captures can be repeated multiple times, with measurements taken and compared over time to assess for any changes.
In combination with reality capture technologies, our engineers and surveyors use remote sensing technologies to provide real time and live data inputs. This can include technologies like tilt sensors and localised weather stations to provide relevant and accurate information relating to site conditions and changes. These data inputs are integrated in to a live online platform with thresholds pre-determined to alert stakeholders to statistically significant changes. This platform allows stakeholders to remotely check site conditions at any time, and review historical data at any time.
our change detection and monitoring solutions provide engineers with a reliable, remote and real-time solution WHERE resource and risk management is critical
With the ability to detect millimetre changes, our change detection and monitoring solutions provide engineers with a reliable, remote and real-time solution. This enables engineering and remediation resources to be better utilised to focus on high risk areas, overall better reducing risks.
APPLICATIONS OF Change Detection & Monitoring solutions
Diospatial’s change detection and monitoring solutions can be used for a range of engineering challenges, including:
- Geotechnical risk assessment
- Coastal erosion and monitoring
- Flood impact survey
- Dam spillway monitoring
- Top drain effectiveness and monitoring
- Construction monitoring
- Infrastructure defect mapping, structural integrity assessment and monitoring
- Digital documentation of current site conditions
DEliverables of dilapidation surveys
Our team of expert data technicians develop a reporting solution that provides engineers and asset owners with the most insightful and actionable deliverables.
Depending on the information required for the specific risks associated with the site, several different deliverables can be produced. This may include, but is not limited to:
- High resolution imagery
- Measurement changes (XLSX)
- Point cloud
- Orthophoto
- Live monitoring portal, with preset threshold alerts
- Repeat captures at set time intervals with reporting comparison
- Digital twin with change detection assessment
- Change detection heat map
- Interval reporting
- Web based 3D model hosted on Pointerra, with all geospatial data
QUALITY, EXPERIENCE AND TRUST IS WHAT SEPARATES DIOSPATIAL FROM EVERYONE ELSE
Our team is known for delivering the highest quality data and customer service in the industry. A relentless focus on quality control ensures we consistently meet or exceed project specifications. We understand client satisfaction requires client success, and our outcome-driven approach starts at scope development. We work with your team to ensure survey specifications and outputs are optimised to meet downstream user requirements and our support continues beyond delivery to ensure maximum utilisation of the data outputs.
Past Projects
Geotechnical Monitoring solution For High Risk …
monitoring of road corridor and associated high risk slopes to support on-going…
Change Detection of Dam Spillway
Drone LiDAR and photogrammetry survey of dam spillway after rain events to…
Slope Drainage Monitoring and Watershed Analysis
LiDAR and geospatial analysis of rail corridor slopes for inspection and monitoring…
OHL Inspection and Monitoring using Laser Scanning
Laser Scanning and drone-inspection for OHL conformance and clearance monitoring PROJECT OVERVIEW…