Everything you need to know before submitting a project: the three-step workflow, what formats we accept, what we need from you, and what you'll receive.
Two paths converge into the same three-step delivery. Your starting point is determined at step one.
Use the contact form on the homepage to tell us about your project. We respond within 24 hours — no commitment required at this stage. We'll confirm compatibility with your files or site conditions, ask any necessary clarifying questions, and agree on scope before anything moves forward.
Files are transferred over an encrypted channel. Never via email. We confirm compatibility (format, frequency, RTK presence) before you send.
We agree on area, surface type, antenna frequency, and output requirements. A timeline and cost indication is provided before any commitment.
Our AI pipeline runs detection, classification, and depth estimation on your B-scan data. Uncertain detections are explicitly marked with a confidence score — we do not present borderline results as reliable. Our team applies a manual QA pass on flagged areas before delivery.
Automated processing plus QA review. You receive annotated outputs the same day in most cases.
Typically 1–2 weeks for Tier 2. Tier 3 runs on a phased schedule agreed at scoping — you'll have specific milestone dates.
All outputs are delivered via the same secure channel used for file transfer. Every deliverable includes confidence scoring and explicit flagging of low-quality zones so you can evaluate reliability for each detection independently.
Every project receives annotated B-scan images with each detection labelled by type and depth, plus a structured depth table.
When your data includes RTK GNSS positioning, a full utility map is produced in your preferred GIS format plus a formal PDF report.
We accept all major professional GPR file formats. If your equipment isn't listed, contact us before sending — we may be able to support it or convert your files.
| Format | Manufacturer | Compatible equipment |
|---|---|---|
| .DZT | GSSI | SIR series (SIR-3000, SIR-4000, SIR-30), UtilityScan, StructureScan and most current GSSI units. |
| .RD3 | Sensors & Software / Mala | Noggin SmartCart, Conquest, Mala GPR Pro, Mala RTA. Includes most Sensors & Software units from 2005 onward. |
| .SGY / .SEGY | Industry standard | SEG-Y is supported by most modern GPR systems as an export option. Check your unit's export settings. |
| .DT1 | Sensors & Software (legacy) | Older Noggin series units (Noggin 250, Noggin 500, Noggin 1000). Common in government and academic archives. |
| .IDS | IDS GeoRadar | Stream C, Stream EM, RIS K2, and Ris Hi-Mod series. Widely used in utility and pavement survey applications. |
For Tier 2 and 3 projects, we conduct the field survey using professional-grade GPR equipment. Here's exactly what that means for your project outcomes.
Every project delivers the same core outputs. Additional outputs depend on whether RTK positioning data was present in your scans or collected during our survey.
Every detected utility is marked on the B-scan image with its classification, depth estimate, and confidence score. Low-confidence detections are explicitly labelled — never silently dropped or presented as confirmed.
Soil-limited or signal-congested zones are flagged on the image so you always know where detection quality was reduced by site conditions.
A structured table listing every detection: utility type, depth, scan position, and confidence level. Ready to hand to your engineering team for planning or to import into a site management system.
Includes per-detection notes on any limiting factors — pipe diameter uncertainty, material ambiguity, or scan quality issues.
When your data includes RTK GNSS positioning, we produce a full utility map with each detected line georeferenced to centimeter accuracy. Utility type and depth at detection points are embedded as attributes in the GIS file.
Deliverable in any CRS you require — WGS84, ED50, ITRF, or your national grid. Specify in the inquiry and we'll match your team's software.
A professional report including methodology statement, equipment used, survey conditions, accuracy caveats, and CRS documentation. Formatted for regulatory submission where required.
If you have specific submission requirements — agency format, required disclaimers, additional sections — specify these upfront and we'll format accordingly from day one.
Key technical details that affect what outputs are possible and how reliable the results will be.
To produce a georeferenced utility map (SHP, KMZ, DXF, DWG…), your survey must include RTK GNSS positioning — not standard GPS. RTK provides centimeter-level accuracy; standard GPS has a 3–5m error margin, which is insufficient for utility mapping at the precision construction and engineering work requires.
RTK data is typically embedded in the GPR file when the antenna is paired with an RTK GNSS receiver during the survey. If you're unsure whether your data includes RTK positioning, send us a small sample file before the full transfer — we'll confirm.
91% detection precision across pilot projects under good survey conditions. Every detection includes a confidence score. Low-confidence detections are explicitly flagged — never silently included as reliable results.
For a detailed accuracy profile relevant to your specific soil type, antenna frequency, and site conditions — contact us before submitting.
Infrastructure scan data — utility positions, depths, corridor maps — is operationally sensitive. We apply strict controls at every handling stage, and we document them.
All files transferred over TLS-encrypted channels. Data at rest is encrypted. Files are never sent over email — you receive a secure, expiring upload link specific to your project.
Your raw files, processed outputs, and project details are never shared with third parties. Files are only accessible to the team members directly working on your project — no exceptions.
Raw input files are deleted after project completion. Processed outputs are retained for 30 days for re-delivery, then deleted — unless you request extended storage in writing.
For sensitive infrastructure or government projects, we sign a mutual NDA before any data is shared. Request it in your inquiry — it's sent before you send a single file.
Projects are fully siloed — no cross-project data access, no shared processing environments between clients. Your data stays within your engagement only.
All projects are covered by a DPA defining scope, purpose, and constraints of how your data is used. Shared and signed before work begins on any project.
GPR is the most effective non-destructive method for subsurface utility detection — but it has real physical constraints. We're transparent about both so you can plan with accurate expectations.
Metrics from our validated pilot dataset. Performance varies with input data quality and site conditions.
Every detection carries a confidence score. Where detections are ambiguous, we mark them low confidence rather than dropping them silently or presenting them as confirmed. Soil-limited and congested survey areas are flagged explicitly in the deliverables.
A few details upfront let us give you an accurate timeline and cost indication immediately — and avoid back-and-forth.
We accept DZT, RD3, SGY, and DT1. If your format differs, contact us before sending — we may be able to convert it.
If your GPR was paired with an RTK GNSS receiver during the survey, position data should be embedded in the file. This determines whether we can produce a georeferenced utility map.
Antenna frequency used, surface type (asphalt, grass, gravel, concrete), and suspected utility depth range. Soil type is helpful if known — it helps us flag likely accuracy limitations before we begin.
Approximate dimensions in m² or km for linear projects. A rough sketch or map outline is helpful — formal drawings are not required at this stage.
Surface material, expected utility depth range, and soil type all affect antenna frequency choice and survey planning. Any existing utility records or site maps are valuable context.
Which GIS software do you use — QGIS, ArcGIS, AutoCAD? Is it for internal use or regulatory submission? The more detail you give, the better we can scope from day one.
Our primary operations are in Turkey. For other regions, contact us with your location — we coordinate with select local survey partners and will confirm coverage and timeline.
Use the contact form — tell us your situation and we'll respond within 24 hours with a clear path forward.