Subsurface intelligence for continuous surveillance of assets and infrastructure
MUD® visualizes and analyzes subsurface and underwater satelitte data to uncover hidden vulnerability and patterns of change so that efforts and resources are focused to prevent, mitigate and respond to risks to valuable assets and infrastructure. Engineers, planners, governments and operators use MUD® to discover the complex interplay between surface and subsurface geohazards as they plan, design, build and operate critical infrastructure networks.
MONITOR LEVEE, DAM AND DYKE SYSTEMS
Our system satisfies the demand for corporate responsibility by detecting, mapping and monitoring the impact of structural movement on pipelines, mines, roads, bridges, tailing dams, and dyke systems.
Monitoring the surface and subsurface for geohazards allows early detection of subtle movements before problems escalate to impact operations, threaten public safety or damage the environment.
MONITOR YOUR ASSETS
Surveille ROWs to detect ground movement, bank erosion, encroachment and loss of cover that may impact critical infrastructure.
Augment visual inspections to reduce operator error with customizable monitoring programs.
Our 3D geospatial technology replaces point or grid based surveys that require countless points that may not precisely detect displacement or deformation under the earth's surface.
MODEL AND COLLABORATE
Model subsurface geohazards and competent subsurface structures without a footprint.
Understand the phreatic zones and impact these zones can pose on your project area and surrounding infrastructure.
Integrate drill data and other data types to produce a more complete model.
MONITOR LARGE AREAS
MONITOR OVER TIME
Open your eyes to underwater assets
Auracle's geotechnical services provide highly accurate SAR radar-derived underwater 3D models, specializing in ports, rivers, and lake bottoms. Replace manual surveys of lakes and rivers, making remote monitoring more timely and cost-effective.
Integrate surface and subsurface intelligence
Link subsurface water and soil interactions to identify and measure the impact of natural and man-made water systems on soil stability, carrying capacity and building site preparation into infrastructure planning and development.
Our models use high resolution satellite radar images to optimize route planning. Locate subsurface voids, geohazards, water sources and buried objects before any drilling or construction begins to safeguard resources and valuable assets.