OneShotPro.ai
OneShotPro.ai
Professional pole analysis from any device. Collect in the field, engineer at the desk, and export to the tools you already run. Deterministic code handles the repetition; you stay the gate on every call. Accurate velocity.
Collect it once in the field, engineer it without rekeying, and export it to the tools you already run. Speed that keeps its accuracy.
Guided workflows so nothing gets recollected or revisited. Every measurement lands GPS-tagged and audit-logged the first time.
The vision AI finds the strand clamps; deterministic tools measure, classify, trace spans pole-to-pole, and cascade owners, types and strand sizes down the whole line, reaching report-level data fast, fewer clicks, accuracy kept.
Push finished data straight into your GIS and CAD. No third-party converter, no per-file conversion fees.
Snap one pole photo and the vision AI finds every strand clamp; deterministic code measures the heights and classifies the attachments. Engineers are handed the tools that get the job done fast.
Strand-clamp detection is free with signup · No specialized hardware
The AI finds the clamps; deterministic code measures, traces, and cascades. Accurate velocity. No guessing on the numbers.
Work each pole in multimeasure view; strand-clamp detection (shown above) finds the clamps and speeds height measurement and attachment labeling.
Once a pole’s attachments are measured, select a shared one, Comcast on Pole 1, and the platform finds its most likely partner on Pole 2 and traces the span. Owner and type cascade as it goes.
Set the strand size found at one attachment, 1/4″ Messenger, and push it to every pole and span traced for it. Same for the cables added at any point on the line.
Hand the finished pole line straight to loading analysis. No re-entry, no rekeying.
On a single 100-pole line, that’s about 800 fewer clicks.
Capable software usually means more clicks. OneShotPro runs the other way. Deterministic code does the repetition, you stay the gate on every decision.
Guided, not rigid. Run it in order with Sequential Mode, or switch to Jump Mode and go straight to the step the pole is on right now. Either way every finished step stays marked complete, so nothing gets lost and nothing gets collected twice.
Instant violation detection · Graphical schematics · GPS-tagged photos.
User-level tracking · Regulatory compliance · Dispute resolution.
Field to finished. Collect it once, engineer it, map it. No rekeying between.
Walk the route with your phone. Guided workflows GPS-tag and log every photo the first time. No recollects, no revisits.
The vision AI finds the strand clamps; deterministic tools measure heights, classify attachments, trace spans, and cascade the whole line. NESC clearance calculations automated.
Export map-ready data to SpidaCalc, ESRI Shapefile, KMZ, and CSV, plus automated NESC clearance compliance reports and one-click PDFs with every photo and measurement.
Simple, transparent annual pricing.
per user, billed annually
Everything you need to know about professional pole inspection software
The assessment and documentation of utility poles, measuring heights, attachment points, clearances, and NESC compliance, along with identifying safety violations and cataloging attached equipment.
Take a single photo with any smartphone. The software calibrates against a known reference marker, typically a Hastings stick placed at about 1/3 of the pole height, and uses photogrammetry to calculate pole heights, attachment points, and clearances.
Any smartphone or tablet. No specialized cameras or proprietary hardware. A reference point 1/3 or better of the AGL is recommended. Hastings stick hooking lowest comm is recommended for best accuracy. The rule of thumb: the higher the reference calibration, the higher the tolerance for tilt in the phone.
Typical accuracy is 1-2 inches when used correctly, with a clear reference marker placed at approximately 1/3 of the pole height and minimal camera tilt, well within industry tolerances. Accuracy depends on the reference length and the pole’s tilt, so a plumb, level photo is key to the best results.
About 3-5 minutes in the field for photos and data, then 5-10 minutes for measurements and analysis.