DATA. JUDGMENT. ENGINEERING INTELLIGENCE.
Geotechnical Monitoring Intelligence for Infrastructure Worldwide
RAUZ turns monitoring, survey and satellite ground-motion data into engineering intelligence through independent review, data diagnostics, InSAR interpretation, monitoring strategy and engineer-reviewed reporting.
From data to decisions
Monitoring data is useful only when its engineering meaning is clear.
RAUZ works above the measurement layer. We review monitoring records, survey observations and satellite-derived ground-motion information, check whether the data can be trusted, examine how movement is changing, and place the result back into the engineering context of the asset or project.
RAUZ is not positioned as a conventional installation contractor.
Site installation, manual readings and equipment maintenance can remain with the client’s existing monitoring contractor or local project team. RAUZ is designed to add an independent interpretation, review and data-intelligence layer without forcing a project to replace systems that are already working.
The questions that matter
A monitoring system should do more than produce readings.
Project teams usually need answers to a small set of practical questions. RAUZ structures its review around those questions rather than around the volume of data collected.
Core solutions
Six services built around monitoring interpretation.
The RAUZ model is intentionally narrow. Each service starts with a defined engineering question and a traceable set of data, rather than a generic promise to “digitise” a project.
Monitoring Intelligence
Ongoing review of monitoring data, trends, thresholds and engineering significance for project or asset-level decision support.
Independent Monitoring Review
Independent assessment of monitoring plans, data quality, trigger frameworks, anomalies, contractor reports and observed behaviour.
InSAR Ground Motion Intelligence
Geotechnical interpretation of satellite-derived deformation information for screening, historical assessment and comparison with ground monitoring.
Monitoring Design & Strategy
Monitoring philosophy, instrument selection, layout concepts, baseline strategy, trigger framework, frequency and reporting requirements.
Monitoring Data Diagnostics
Focused investigation of unexplained movement, inconsistent datasets, apparent trigger exceedances, baseline shifts and conflicting instruments.
Automated Monitoring Reporting
Technology-enabled charting, threshold checks, rate calculations, completeness review and engineer-reviewed reporting workflows.
How it works
Use the systems you already have. Add a disciplined review layer.
A RAUZ engagement can begin with a monitoring report, an Excel or CSV export, a project brief, drawings, trigger criteria or an InSAR-derived dataset. The scope is then matched to the question that needs to be answered.
Connect the evidence
Provide the relevant monitoring records, survey data, project information and available criteria.
Check the data
Review completeness, continuity, unusual jumps, baseline behaviour and consistency between related measurements.
Interpret the change
Consider trend, rate, construction sequence, groundwater, nearby measurements and the plausible engineering mechanism.
Report what matters
Return clear findings, limitations, charts and the next technical questions that should be discussed.
Where RAUZ works
Asset-focused monitoring intelligence for infrastructure and critical facilities.
RAUZ is organised around asset behaviour rather than country-by-country contracting. The monitoring question changes with the asset, construction stage and consequence of movement.
Rail & Metro
Track settlement, deformation and asset response around operating railways, stations and adjacent works.
Tunnels & Underground
Review ground, lining and surrounding-asset movement during excavation, tunnelling and underground construction.
Roads & Bridges
Assess movement affecting embankments, bridge approaches, foundations, slopes and adjacent infrastructure.
Slopes & Landslides
Combine local instrumentation and wider-area ground-motion information where appropriate to understand changing slope behaviour.
Mining & Tailings
Review deformation trends and monitoring evidence around pits, waste facilities, tailings structures and mine infrastructure.
Dams & Reservoirs
Interpret settlement, displacement, water-related observations and wider movement patterns in the context of long-term asset behaviour.
Buildings
Assess settlement, tilt, crack, groundwater and adjacent-construction effects using project-specific monitoring evidence.
Critical Facilities
Support facilities where small ground or structural changes may have disproportionate operational consequences.
Technology
Technology should make engineering review clearer, not less accountable.
RAUZ is designed to be vendor-neutral. The objective is to work with monitoring information already generated by the client’s instruments, survey systems, data loggers, software platforms or satellite-data providers, then apply a consistent engineering review process.
Data Integration
Bring together relevant monitoring, survey and satellite-derived information without requiring a project to replace its existing field systems.
Monitoring Analytics
Review trends, rates, thresholds, data completeness and relationships between instruments before drawing an engineering conclusion.
InSAR Intelligence
Use satellite-derived ground-motion information as an additional spatial and historical layer where the method and available data are suitable.
Alert Intelligence
Examine whether an apparent exceedance is credible, persistent and significant instead of treating every automated alarm as a complete engineering explanation.
Automated Reporting
Automate repetitive preparation steps while retaining engineer review for technical interpretation, limitations and conclusions.
Traceable Review
Keep a clear distinction between measured data, processed information, engineering interpretation and recommended follow-up.
Official industry context
The monitoring market is moving toward integrated data, continuous review and wider-area ground-motion intelligence.
RAUZ’s direction is consistent with changes visible across established monitoring and geospatial providers. The references below are included for technical context only. They do not imply a partnership, endorsement or commercial relationship with RAUZ.
Trimble — multi-source monitoring
Trimble states that its monitoring systems bring together measurements from total stations, GNSS and geotechnical sensors to track and report movement over time. Its T4D documentation also covers analysis, alarms and scheduled reporting.
SkyGeo — InSAR for infrastructure
SkyGeo describes InSAR as a way to examine historical and continuing ground movement across large areas, support site selection, monitor construction effects and complement conventional ground instrumentation.
Sixense — satellite and ground monitoring
Sixense describes Atlas InSAR as a monitoring service for construction, operation and maintenance, with regular ground and infrastructure displacement updates and integration with ground instrumentation and web-GIS tools.
Senceive — continuous remote monitoring
Senceive describes remote tunnel monitoring before, during and after construction using continuous structural and geotechnical data from wireless sensors to understand tunnel, ground and third-party asset behaviour.
Engineering approach
A disciplined interpretation process is more valuable than a polished dashboard built on uncertain data.
RAUZ uses a conservative review philosophy. Measurements are checked before they are interpreted, and interpretation is kept separate from assumption.
- Data quality before interpretation
- Trend before isolated reading
- Rate of change alongside magnitude
- Engineering context before alarm
- Multiple datasets where available
- Baseline behaviour checked explicitly
- Observation separated from inference
- Limitations stated with conclusions
- Engineer review before technical reporting
- Project-specific scope before automation
Why can a single abnormal reading be misleading?
Why combine ground instruments and InSAR?
Does automation replace engineering judgement?
Global delivery
Remote-first by design, with site work left where it belongs.
RAUZ is the market-facing brand of Rauz Caucasus LLC, based in Tbilisi, Georgia. Its operating model is built for international engineering delivery: project data can originate from client-owned systems, survey teams, instrumentation contractors, consultants or asset operators in different markets.
Client-owned systems
RAUZ can review information produced by monitoring systems already selected and operated by the project team.
Third-party field monitoring
Installation, manual readings and maintenance can remain with the existing local contractor while RAUZ provides an independent analytical layer.
Portfolio review
A consistent interpretation framework can be applied across multiple sites or assets where data structures and review scopes are agreed.
Frequently asked questions
Start with the monitoring question, not the software.
What data can RAUZ review?
Does RAUZ install monitoring instruments?
Does a client need to replace its existing monitoring platform?
Does RAUZ provide InSAR processing?
Can RAUZ provide an independent review of another contractor’s monitoring report?
Can monitoring intelligence be provided as an ongoing service?
Start a technical discussion
Have monitoring data you need help interpreting?
Send a monitoring report, sample dataset or project brief. RAUZ can first help define whether the issue is best approached through independent review, data diagnostics, InSAR interpretation, monitoring strategy or an ongoing monitoring-intelligence workflow.