CLEAR SCOPE. TRUSTED REVIEW. PRACTICAL QUOTE.

Request a Quote for RAUZ Monitoring Intelligence

Tell RAUZ what you need to monitor, interpret or review. Share the project location, available data, technical question and required deliverable so we can define a clear scope for monitoring intelligence.

Request a Quote

A useful quotation starts with the decision you need to support.

RAUZ prepares project-specific quotations for environmental and engineering monitoring intelligence. The scope is defined around the monitoring question, the available evidence, the level of review required and the output your team needs—not around a generic instrument package or a one-size-fits-all hourly rate.

PROJECT

What is being monitored?

Tell us the asset, project stage, location, current activity and the environmental, geological or ground conditions that may influence the monitoring problem.

EVIDENCE

What information already exists?

Existing instruments, survey records, InSAR, environmental data, drawings, trigger criteria, reports, weather or groundwater information can all change the appropriate review scope.

DECISION

What do you need to understand?

The clearest quotation starts with the engineering or environmental question: what needs to be reviewed, diagnosed, interpreted, designed, integrated or reported?

A short, well-structured brief is enough to start. If confidential drawings or raw data are involved, begin with a high-level description and agree the appropriate information-transfer route before sharing sensitive files.

What RAUZ Can Quote

Choose the scope closest to the problem you need solved.

RAUZ sits above the measurement layer. Existing monitoring systems can be retained while RAUZ provides the analytical, independent-review and reporting layer required for a defined project or recurring programme.

01

Monitoring Intelligence

Recurring review of monitoring data, trends, rates, thresholds, anomalies and technical significance across a project, asset or portfolio.

02

Independent Monitoring Review

Independent review of monitoring strategy, baselines, data quality, trigger logic, reporting and observed behaviour.

03

Monitoring Data Diagnostics

Focused investigation of unexplained movement, inconsistent instruments, questionable trigger exceedances, baseline shifts or abnormal data behaviour.

04

InSAR & Remote-Sensing Intelligence

Interpretation of satellite-derived ground movement for screening, historical context, ongoing review or comparison with field evidence.

05

Monitoring Design & Strategy

Monitoring philosophy, instrumentation concepts, baseline requirements, frequency, trigger frameworks, data flows and reporting requirements.

06

Environmental Monitoring Intelligence

Integration and review of environmental observations where site conditions, hydrology, weather or other monitored variables affect project interpretation.

07

Automated Reporting & Analytics

Technology-enabled workflows for data checks, trends, rates, trigger status, charts, tables and engineer-reviewed reporting.

08

Data Integration & Analytical Workflows

Vendor-neutral onboarding of monitoring, survey, environmental and remote-sensing data into a structured analytical workflow.

09

Technical Collaboration

Defined specialist support to owners, consultants, contractors, monitoring providers, technology partners and research teams where RAUZ’s analytical layer adds value.

Scope Inputs

Send enough information to understand the work—not every file on day one.

The items below help RAUZ estimate the technical effort, review frequency, data-onboarding work and deliverables. Not every item is required for every enquiry.

  • Project or asset name, or an anonymised reference
  • Country, city, corridor or site location
  • Asset type and current project stage
  • Relevant geology, stratigraphy or ground model if available
  • Groundwater, hydrology or environmental context where relevant
  • Climate or weather exposure relevant to interpretation
  • Current construction, excavation, tunnelling or loading activity
  • Instrument types and approximate quantities
  • Monitoring period and reading frequency
  • Existing trigger / alert criteria
  • Sample dataset or representative monitoring report
  • Drawings, sections or monitoring layout if available
  • Existing monitoring platform, logger or data format
  • Required deliverable and review frequency
  • Target date, tender deadline or reporting cycle
  • Commercial, confidentiality or procurement constraints
If the scope is still unclear, send the project question first. RAUZ can help identify which information is genuinely needed before a formal quotation is prepared.

Technical Pre-Discussion

Location matters because monitoring evidence is never context-free.

Before defining a scope, RAUZ considers the physical and operational context that may affect the meaning of the data. The quotation therefore starts with the project conditions, not with a fixed list of instruments.

Environmental and climate context
Rainfall, temperature, groundwater, surface-water conditions, seasonal effects and other environmental variables can influence monitoring behaviour or the interpretation of change. Where relevant, RAUZ asks what environmental data are already available and whether official public datasets may provide useful context.
Geology, stratigraphy and ground conditions
A quotation may need to account for soil or rock profile, fill, weathered material, groundwater regime, known interfaces, excavation geometry, slope setting or other ground conditions. RAUZ does not infer a site ground model from monitoring data alone; available investigation information should be identified where it is important to the review.
Project stage and construction activity
Baseline monitoring, active excavation, tunnelling, dewatering, loading, temporary works, commissioning and long-term asset monitoring create different analytical questions. Tell RAUZ what was happening when the monitored change occurred.
Monitoring objective and consequence of change
The same reading can have different significance depending on the asset, the measurement method, the expected mechanism, the trigger framework and the decision the project team must make. The quotation should therefore define the intended use of the review.
Local requirements and professional responsibility
RAUZ’s remote analytical role does not automatically replace locally required design, certification, statutory submissions, emergency procedures or the duties of the project’s responsible engineer. Any local professional or regulatory requirement should be identified during scoping.

Monitoring & Data

Start with the question. Then decide which measurements matter.

RAUZ is vendor-neutral and can work with existing project information. The examples below are not a prescribed instrument list; they show the types of evidence that may be relevant when defining a quotation.

Monitoring question Potential evidence Typical quotation consideration
Ground deformation or lateral movement Inclinometers, extensometers, settlement points, levelling, total station, GNSS, InSAR Baseline, reference stability, spatial consistency, rate of change, construction sequence and ground model
Pore pressure or groundwater response Vibrating-wire piezometers, standpipes, groundwater loggers, rainfall or hydrological records Datum, installation level, drainage/dewatering activity, lag effects, missing data and correlation with movement
Structural response Prisms, tiltmeters, crackmeters, strain gauges, load cells, survey, vibration monitoring Reference frame, temperature effects, load/activity context, repeatability and trigger logic
Environmental or site-condition change Weather, rainfall, water level, water quality, noise, vibration or other environmental sensors Sampling interval, calibration/QA, seasonal context, external events and relationship to engineering observations
Wide-area or historical ground movement InSAR, GNSS, survey, geological information, field instruments and asset observations Line-of-sight geometry, temporal coverage, spatial pattern, confidence, corroboration and intended engineering use
CSV / Excel API / Database Datalogger Exports Survey GNSS InSAR Monitoring Reports Drawings & Sections Weather / Environmental Data Construction Records

Quotation Process

From project question to a defined technical scope.

RAUZ uses a scope-first process so that deliverables, assumptions and data requirements are defined before the work begins.

1

Initial brief

Describe the project, location, available monitoring evidence and the engineering or environmental question.

2

Scope check

RAUZ identifies missing information, technical assumptions, boundaries, interfaces and whether the requested work can be delivered remotely.

3

Quotation

The proposal defines deliverables, programme, information required from the client, assumptions, exclusions and the proposed fee structure.

4

Onboarding

After appointment, the agreed information is transferred through the project-approved route and the review or recurring workflow begins.

Public list pricing is intentionally not used for project-specific monitoring intelligence. A focused one-off diagnostic review and a recurring multi-asset analytical programme should not be forced into the same commercial structure.

Quote Brief Builder

Prepare a structured request for quotation.

Complete the fields below and select “Prepare Quote Email”. The page does not upload project files; it opens your email application with the information arranged into a technical brief for RAUZ.

Do not paste passwords, credentials or sensitive personal information into this form.

Open Blank Email

No project files are uploaded or stored by this page. Attachments can be added in your own email application after you confirm the appropriate transfer route.

Why RAUZ

An independent intelligence layer between measurement and decision.

RAUZ is structured for international, remote-first technical delivery. The platform can work with monitoring information generated by existing instruments, contractors, survey teams, remote-sensing providers and client systems without requiring the project to replace its measurement ecosystem simply to begin a review.

Vendor-neutral

Scope the analytical question around the available evidence rather than around one sensor manufacturer or proprietary measurement system.

Cross-source interpretation

Bring together monitoring, survey, environmental, InSAR and project-context evidence where the question requires more than a single dataset.

QA/QC before interpretation

Data quality, baselines, missing records, discontinuities and instrument behaviour are reviewed before a monitoring change is treated as engineering evidence.

Independent review

Provide an additional technical layer for owners, consultants, contractors and asset teams that need an independent view of monitoring evidence.

Technology-enabled workflows

RAUZ combines data integration, analytics, alert intelligence, AI-assisted review and automated reporting with engineer-reviewed interpretation.

Global delivery model

Remote analytical work can be combined with locally generated monitoring information and, where required, clearly defined local project interfaces.

Frequently Asked Questions

Before you request a quotation.

Do I need a complete dataset before asking for a quote?
No. A concise project description, project location, the main monitoring question and an outline of the available information are enough for an initial scope check. Representative files can be requested later if they are needed to define the work.
Can RAUZ work with monitoring undertaken by another contractor?
Yes, where the records and project context are suitable for the agreed scope. RAUZ’s positioning includes vendor-neutral data interpretation and independent review of third-party monitoring information.
Can RAUZ use existing instruments and monitoring platforms?
Yes. A quotation can be based on existing project systems, exports, databases, survey records, reports, InSAR or other available information. Replacement of the measurement system is not a prerequisite for analytical review.
Why is there no public list price?
The effort depends on the monitoring question, data quality and volume, number of instruments or assets, review frequency, integrations, required deliverables, response expectations and the level of technical reliance. A one-off diagnostic review is commercially different from a recurring multi-asset programme.
Can I request an InSAR-only scope?
Yes. The scope can focus on satellite-derived ground-motion interpretation, historical screening or ongoing review. Where ground instruments, survey, geology or asset information exist, RAUZ can also define a combined-evidence scope.
Does every project require a site visit?
No. RAUZ is structured for remote-first analytical delivery. Whether a site visit or local professional input is necessary depends on the project question, the condition of the available records, contractual requirements and any local statutory obligations.
Can we discuss confidentiality before sharing data?
Yes. Start with a high-level project brief. Confidentiality, data-transfer route and any NDA requirement can be clarified before sensitive files are exchanged.
Which regions can RAUZ support?
RAUZ is based in Tbilisi, Georgia and is structured for international delivery. Current strategic focus includes the South Caucasus, the European Union, the United Kingdom, the Middle East and Africa, while suitable remote technical work can be considered internationally.

Start With the Project Question

A clear brief is the fastest route to a useful quotation.

Send the project location, asset or environmental system, available monitoring evidence, the question you need answered and the output you need. If the correct service is not yet clear, start with a technical discussion rather than guessing the scope.

RAUZ is the market-facing Environmental & Engineering Monitoring Intelligence platform of Rauz Caucasus LLC, based in Tbilisi, Georgia. Project scope, professional responsibility, response obligations and any requirement for local statutory involvement are defined on a project-specific basis.

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