Pre-bid risk intelligence for HDD

The ground doesn't care what you bid.

Drop a pin or draw the bore path. Real driller-reported well logs, karst, wetlands, and utility conflicts — one risk packet you can price from and defend later.

One bad bore costs more than a year of BoreCast.

Founding Pro $199/mo after a 14-day trial. Card required. Cancel anytime.

borecast.drillerdb.com — corridor risk analysis
WELL LOG · TD 47 FTWELL LOG · TD 22 FTWELL LOG · TD 30 FTRIVER0 ft10 ft20 ft30 ft40 ft50 ft60 ftCONFIDENCE BAND ± 4 FTFill & topsoil0–9 ftStiff clay9–23 ftSand & gravel23–41 ft · flowing riskLimestone bedrock41 ft · driller-reportedWATER TABLE 19 FTGAS TRANSMISSION MAINKARST VOIDCross-bore: gas main at 16 ft6 ft clearance — pothole before drillingFrac-out watch: river crossingShallow water table — manage mud pressureKarst void 15 ft below boreFluid-loss risk — stage extra mud on siteRisk packet readyANALYZING CORRIDOR…Bore pathUtilityKarst voidWater tablePlanned path
  • Gas main at 16 ft — pothole first
  • Frac-out watch — river crossing
  • Karst void — stage extra mud

One pass of a BoreCast corridor analysis: geology from real well logs, hazards flagged before bid day, every call documented.

15M+
state well records
126K
transmission lines screened
14 + 3
US states + CA provinces
60 sec
address to risk packet

Why pre-bid

One surprise underground eats the margin on ten good bores.

Rock at 12 ft you bid as sand

Cobble and bedrock that never made it into the bid become your change-order fight. The nearest well log usually knew.

A gas transmission line 40 ft off the path

High-consequence crossings should show up on your screen before bid day, not on the locate ticket the week you mobilize.

The wetland your insurer asks about later

A frac-out next to mapped wetlands turns into a cleanup, a shutdown, and a claims file. Know the exposure before you price it.

How it works

Address in. Risk packet out. Sixty seconds.

These are unretouched screenshots of real queries — actual Wisconsin well logs, an actual gas transmission conflict, actual exports.

  1. 01

    Drop a pin or draw the bore

    Click the map, sketch the path, or drag in a KMZ straight from Civil 3D / AutoCAD. No setup, no GIS degree.

  2. 02

    BoreCast fuses the evidence, live

    Real driller-reported well logs plus 10+ public datasets — soils, bedrock, karst, wetlands, streams, contamination, transmission utilities — queried on the spot, never pre-baked.

  3. 03

    Walk away with the risk packet

    Derived 0-25 ft profile, utility conflicts, rig + tooling recommendations, and exports: PDF, KMZ, Evidence Lock, insurance-ready report.

BoreCast cross-bore utility screening showing a red Northern Natural Gas transmission line crossing within 24 feet of a queried point in Sauk County Wisconsin, with the cross-bore risk panel open, DOT Part 192 encroachment flag, and recommended pothole-before-dig action.
The catch that pays for the yearNorthern Natural Gas transmission, 24 ft from the queried point. DOT Part 192 flagged. Found before bid day.
BoreCast corridor analysis showing 18 samples along a 3,691 ft bore in West Madison Wisconsin, with rock at 22 ft in the bore envelope, dominant material breakdown across 117 supporting wells, longitudinal cross-section, soil corrosivity, and PDF + KMZ exports.
Corridor analysis. 18 samples, 117 supporting wells, rock at 22 ft flagged inside the bore envelope.
BoreCast point query in Verona Wisconsin showing the derived 0-25 ft soil profile (clay 0-6 ft, sand 6-25 ft), bedrock at 189 ft, static water 75 ft, NRCS plasticity and corrosivity, rig and bit recommendation, mud program, and a Medium cross-bore alert.
Point query. 0-25 ft profile, bedrock + water, rig and bit recommendation, mud program.

The data moat

Built on data you'd never assemble alone.

HDD bores run 4 to 25 ft down — below soil surveys, above geotech budgets. That window only exists in real well logs. Every query fuses them with nine more public datasets, live, with every source cited in the response.

  • Well logs15M+ driller-reported state records
  • Transmission utilities126K HIFLD gas / electric / oil lines
  • SoilsNRCS SSURGO + plasticity + corrosivity
  • BedrockWGNHS + national 250m depth model
  • KarstUSGS sinkhole-prone carbonate zones
  • WetlandsUSFWS National Wetlands Inventory
  • StreamsUSGS 3D Hydrography Program
  • ContaminationEPA Superfund + RCRA TSD sites
  • Groundwater + froststatic water levels, frost depth
  • ElevationUSGS 3DEP terrain along the bore

Lithology coverage today: 14 US states (CA, CO, FL, IL, KS, MI, MN, MT, NE, OH, OR, TX, VT, WI) + BC, ON, QC. Bedrock covers the continental US. Coverage expands as new state datasets ingest.

We show our work.

Full methodology →

100 held-out Wisconsin wells, re-validated June 2026. Predict the lithology from surrounding evidence, then check against what the driller actually logged. Exact-class agreement, 0-25 ft:

BoreCast (wells + soils fused)42.1%
Soil-survey-only baseline (SSURGO)16.6%

The starker gap: soil surveys stop near 6.5 ft, so a SSURGO-only model has no answer at all for 58% of the 0-25 ft window. Fused well-log evidence leaves under 1% unknown.

When we don't know, we say so.

Thin well coverage returns an explicit unknown range with the reason — never a confident-looking guess. Every derived interval carries its supporting well count, distance, and uncertainty, so you know exactly how much to trust it.

Utility screening note: This is a transmission-level screen using public HIFLD data. Distribution lines (local gas, water, sewer) are NOT included. 811 locates remain legally required before any dig.

Beyond the bid

Paper that wins arguments.

The query is the easy part. What you keep is leverage: records for disputes, documentation for carriers, and a tooling plan for the crew.

Win the change-order fight

Evidence Lock

Freeze the subsurface evidence behind your bid as a tamper-evident, SHA-256-hashed PDF, timestamped on every page. When conditions differ from the bid six months later, you hold the record of exactly what was knowable on bid day.

Walk into renewal ready

Insurance Pre-Work Report

A 5-page pre-work compliance report — methodology, findings, utility conflict assessment, attestation — built to match the pre-work diligence language carriers actually use. Documented diligence, on letterhead, in one click.

Brief the crew before mobilization

Rig + tooling recommendation

Each profile comes with bit, reamer, and mud-program guidance matched to the expected ground — cobble bit and extra fluid ports where the logs say cobble, not after the first wasted day on site.

Pricing

One plan. Less than one mobilization.

Everything in the product, one price. If it saves you a single change-order dispute or one dry mobilization a year, it pays for itself many times over.

Founding ProFounding cohort - 50 seats
$199/ month

14-day trial first. Card required, cancel anytime during the trial and pay nothing. Founding accounts keep this rate when public pricing goes up.

  • Unlimited point + corridor checks
  • Transmission utility screening on every bore
  • PDF + KMZ exports for the bid file and the foreman
  • Evidence Lock tamper-evident records
  • Insurance Pre-Work Compliance Reports
  • Rig, tooling + mud recommendations
  • Saved projects + query history
  • KMZ import from Civil 3D / AutoCAD

Want to poke around first? Run the sample bore — no card, no signup.

Need SSO, API access, or white-label? Talk to us about Enterprise.

Straight answers

Frequently asked

What is included in Founding Pro?
Founding Pro includes unlimited point and corridor checks, full PDF and KMZ exports, saved projects and query history, Evidence Lock records, Insurance Pre-Work Compliance Reports, transmission utility screening, and rig, tooling, and mud recommendations.
Does this replace 811?
No. BoreCast uses public transmission-level utility data for early risk screening. Local gas, water, sewer, and other distribution assets are not included. 811 locates remain legally required before any dig.
Does this replace my geotech report?
No. BoreCast is for bidding and planning before you pay for a formal boring. For permitting, design-load work, sealed drawings, or major crossings, you still want the licensed professional your jurisdiction requires.
How accurate is it vs a real boring?
Accuracy depends on well density. In Wisconsin, our highest well-per-square-mile coverage state, fused well + soil data hits 42.1% exact-class agreement at 0-25 ft vs 16.6% for a SSURGO-only baseline - and the SSURGO-only model has no answer at all for 58% of that depth window. We publish our methodology; low-density regions return honest "unknown" ranges instead of confident guesses.
What states do you cover?
Lithology extractions across 14 US states (CA, CO, FL, IL, KS, MI, MN, MT, NE, OH, OR, TX, VT, WI) and 3 Canadian provinces (BC, ON, QC). Bedrock rasters cover the continental US. Coverage expands as we ingest new state well-log datasets.
Can I import a KMZ from Civil 3D or AutoCAD?
Yes. Drag a KMZ onto the map or use File > Import KMZ. We extract the LineString, buffer it, and query against it like any other corridor.
How is this different from SubgradeIQ?
SubgradeIQ resells USDA SSURGO soil data, which caps out at standard soil-survey depths. HDD bores go to 25 feet, and that window only exists in real driller-reported well logs. Full comparison at /compare.

Price your next bore on evidence.

Run your next bid through BoreCast during the trial. If it doesn't change how you price the job, cancel and pay nothing.

Founding Pro $199/mo after trial. Card required. Cancel anytime.