All solution studies

Property & construction / solution analysis

From a permit notice to a decision-ready project review

A permit can be an early clue that work is planned. By itself, it does not establish the full project, the current owner, future buying plans, or which suppliers will be selected.

Solution analysis. No client engagement or project result is implied.

Situation

A contractor, distributor, or service firm wants to find projects before the work is obvious in a general lead feed. The useful answer is not simply “a permit exists.” The buyer needs to know which property and project it refers to, how far it has progressed, what is actually documented, and whether the opportunity matches their territory and services.

Evidence and unknowns

Records may establish

  • Permit identifier, type, recorded date, location fields, and status where the source supplies them.
  • Planning applications, hearing documents, parcel geometry, and public agency records that may corroborate a project.
  • Which facts came from which source and when they were observed.

Records do not automatically establish

  • That work is active, funded, or still planned.
  • The current beneficial owner or decision-maker.
  • Material requirements, total project spend, vendor selection, or purchase timing.

The City of Chicago Building Permits dataset is one example of an official source. Its available fields and update behavior should not be assumed to represent other municipalities or prove project intent. View the official dataset.

Practical options

OptionWhere it fitsTradeoff
Manual researchA short list of unusually valuable projects.High context per project; difficult to cover many places consistently.
Permit lead feedTeams that need broad, fast discovery.Can normalize permits well, but may not connect local planning, parcel, owner, and project history the buyer needs.
Evidence-linked project graphRepeated territory research where independent sources matter.More setup; matching rules, source coverage, review effort, and uncertainty must be measured.

Recommended design

For recurring research, join official permit records to parcel, planning, company, and relevant environmental or procurement records. Use deterministic identifiers and address/geometry checks first. Keep the original record, source URL, observed time, and every match rationale. Let AI suggest candidate names or extract packet details, but require evidence and review before publishing a property-to-company match or a supplier-need inference.

Present the output in three separate layers: observed facts, corroborated matches, and commercial hypotheses. A permit can support a research lead; it cannot prove intent to buy.

A useful first step at your size

This is not only for national contractors or large sales teams. A one-person trade business can start with a single municipality, a permit category it already serves, and a short weekly review list. A small distributor might add parcel and planning evidence for one territory. A larger team can compare several regions and assign review work. The first scope should fit the people and tools you already have; there is no need to buy a company-wide platform to test one workflow.

Measure the current minutes spent finding, matching, and checking each project. Keep possible contract value or sales pipeline out of the savings estimate: an identified project is not a won job.

Estimate value using your own numbers

Enter the number of projects you research in a typical month, the hands-on minutes per project, and your own conservative, expected, and optimistic time-recovery assumptions. Include only recurring cash costs that the solution would actually let you stop paying.

For project research, count the time to find a record, confirm its location and project, and prepare it for a decision. Do not count hypothetical job revenue, project budgets, or lead value as savings.

Your current work
Time you think could be returned
Project and cash costs

Add your workflow and cost assumptions to see a low, expected, and high estimate. Nothing is prefilled as a customer result.

How the estimate is calculated

Monthly baseline hours = projects per month × minutes per project ÷ 60. Scenario hours returned = baseline hours × the entered recovery percentage. Annual labor-capacity value = scenario hours × loaded hourly value × 12. Year-one modeled balance = annual labor-capacity value + 12 × direct monthly cash expense removed − one-time setup cost − 12 × ongoing monthly cost. The setup payback estimate divides setup cost by expected monthly capacity value plus direct cash expense removed, less ongoing cost. If that monthly amount is not positive, no payback estimate is shown.

This calculator runs in your browser. It does not send or save the values you enter.

What a pilot should prove

  1. Agree a territory, service category, and buyer-defined sample before collection.
  2. Audit property and project matches against source records, including ambiguous and failed matches.
  3. Compare freshness and time-to-discovery with the buyer's current process.
  4. Measure useful leads, false positives, missing coverage, and researcher review time.
  5. Set pass/fail thresholds before results are reviewed; stop or narrow the scope if the data do not meet them.

Important boundary

Do not label inferred owner plans, project budgets, supplier demand, or purchase intent as facts. If a source does not support a field, show it as unknown rather than filling the gap with generated text.