State & municipal DOTs
Turn a standing data layer into an in-house design capability. Run more safety and capital projects per year without adding survey spend or headcount.
Native Autodesk Civil 3D Integration
From field reality to design-ready geometry — natively, inside Civil 3D.
CYVL now exports directly into Autodesk Civil 3D as live, editable, georeferenced linework. Not a flat image. Not a manual re-trace. The survey-to-design bottleneck that used to take weeks now takes minutes.
Watch field reality become native linework.
The demo shows it end to end: CYVL flags a high-risk corridor, drafts a safer redesign, and drops it into Civil 3D as native linework — no re-trace, no flat export, no lost fidelity.
CYVL · Civil 3D integrationNative geometry
The hardest part was never the design. It was getting reality into the tool.
Survey it. Process it. Hand it off. Re-draw it as a basemap. Only then can an engineer touch a single line.
CYVL collapses that entire front end. The Infrastructure Intelligence Index (I3) delivers your existing conditions straight into Civil 3D as native geometry your team builds on the moment it lands — with every line traceable back to the real street and verifiable without leaving the drawing.
This is the first direct, native path from captured infrastructure reality to a live design environment. It is the difference between weeks of preparation and same-day design.
What this actually means
Before — the traditional path
- 01Mobilize a field crew to the corridor
- 021–2 weeks of survey and data processing
- 03A drafter rebuilds existing conditions as a CAD basemap
- 04Design work finally begins — weeks in
- 05Any field question means going back out to verify
After — with CYVL
- 01Existing conditions are already captured and current in I3
- 02One click lands design-ready linework natively in Civil 3D
- 03Design begins immediately on georeferenced, editable geometry
- 04Every element is tied to real-world imagery — verify from your desk
- 05Refine in plain language; export the dimensioned result
Who this is for
Civil engineering & AEC firms
Kill the basemap phase. Start billable design work on day one instead of week four, and protect margin on every fixed-fee job.
City & county engineering departments
Stand up corridor redesigns, ADA and vision-zero projects, and paving plans on current ground truth — without waiting on a survey procurement cycle.
Transportation & safety planners
Move from “where's the problem” to “here's the buildable fix” in a single session, backed by verifiable field reality.
Weeks → minutes. Tens of thousands → subscription.
Getting existing conditions into a design environment is a real, priced phase on every project. Here is what it costs the traditional way — and what CYVL removes.
| Phase | Traditional path | With CYVL |
|---|---|---|
| Field survey + data processing | $15,000–$30,000 · 1–2 weeks | Already captured in I3 · $0 incremental |
| Existing-conditions basemap in CAD | 20–60 hrs × $90–$150/hr = $2,000–$9,000 · 1–2 weeks | Native import · minutes |
| Time before design can start | 3–5 weeks | Same day |
| Front-end cost per project | ~$17,000–$39,000 | Folded into subscription |
Basis: a comparable 20-acre traditional topographic survey is published at $15,000–$30,000 over 1–2 weeks of fieldwork. CAD market rates support experienced drafter and drafting-firm billing up to $150/hr and beyond; the 20–60 hour basemap range is a planning assumption that varies by corridor scope. Preliminary engineering and final design are each benchmarked by FDOT-derived methodology at roughly 15% of construction cost, so time removed here can compress more than one line item.
Capture once. License many.
Traditional survey is a per-project cost: every corridor pays for its own field crew and its own basemap, every time. CYVL captures the network once and keeps it living. Each additional project draws from the same current dataset, so the marginal cost of getting reality into the tool trends toward zero.
Agency model · 20 corridor projects / year
~$340K–$780K
Traditional annual front-end cost, plus 60–100 weeks of cumulative survey-and-basemap lead time across the portfolio.
With CYVL: one living data layer, near-zero marginal cost per project, and design starting same-day on every one.
Why it holds up
CYVL isn't a one-time deliverable — it's the Infrastructure Intelligence Index: living ground truth for government infrastructure, kept current and now piped directly into the environment your engineers already work in.
That's what makes the savings durable instead of a one-project trick. It's the data layer for Physical AI, and Civil 3D is where it becomes buildable.
Sources & assumptions
- 01
Topographic Survey Cost Guide, The Future 3D (2026) — 20-acre traditional survey estimate of $15,000–$30,000 and 1–2 weeks of fieldwork.
- 02
CAD drafting rate guides, Cad Crowd (2025) and SimuTecra (2026) — Experienced CAD drafters up to $150/hr and drafting-company rates of $75–$200/hr. The 20–60 hour basemap range is a project-planning assumption and varies by corridor scope and deliverable standard.
- 03
Southwest Volusia Regional Transportation Study, Appendix E — FDOT Long Range Estimates and industry-standard allowances of 15% of construction cost for preliminary engineering and 15% for final design.