A data-acquisition company paid hundreds per report to manually format gauge CSVs into PDF pressure surveys. We built a browser tool that does it in minutes.
Eliminated
Per-report cost
Hours → Minutes
Time per report
100% in-browser
Runs

The system
A raw gauge CSV goes in one end and a finished, industry-standard pressure survey comes out the other — entirely in the browser.
Input
Thousands of pressure and temperature readings, straight off the tool.
Read
The tool picks out the moments that matter in the run, on its own.
Configure
Choose the test type and the charts; set axes and zoom per chart.
Export
Cover, data tables, and annotated charts in the standard format.
Input
Thousands of pressure and temperature readings, straight off the tool.
Read
The tool picks out the moments that matter in the run, on its own.
Configure
Choose the test type and the charts; set axes and zoom per chart.
Export
Cover, data tables, and annotated charts in the standard format.
Runs entirely in the browser after first load — no server, no login, no subscription.
A pressure-data-acquisition company drops gauges into oil wells across Saskatchewan. Those gauges record pressure and temperature over days or weeks and output CSV files with thousands of data points. Every well needs a professional multi-page PDF pressure survey report.
The company was paying hundreds of dollars per report to have someone manually format those CSVs into industry-standard documents. Same formatting job, different data, every single time. A recurring cost on every well with no end in sight.
A custom report-generation tool that runs entirely in the browser. No server, no subscription, no login, no internet required after the first load. One self-contained application.
The user opens the tool in their browser and drags in the raw gauge CSV file. The tool auto-parses the data: gauge serial number, calibration date, range, test start and end times, total elapsed duration. All pulled directly from the file.

The tool auto-detects key pressure events from the raw data: initial surface readings, on-bottom, injection start, peak injection, shut-in (ISIP), falloff markers, off-bottom, and final surface. Each event is timestamped with elapsed hours, pressure in kPaa, and temperature.
The user fills in the well information: operator, well name, formation, and test type. The tool supports every standard test type, not just one. It handles single or dual gauge data automatically. They select which charts to include: pressure vs time, temperature vs time, injection detail, ISIP and early falloff, full falloff, late-time falloff, gauge retrieval, and more.

The user creates as many chart views as they need, each with its own axis ranges and zoom levels, with interactive preview including scroll-to-zoom and drag-to-pan. Then they export a single multi-page PDF that matches industry standard format: cover page, well information, perforations, data tables, and chart pages with properly labelled axes, annotations marking key pressure events and calculated values, and legends where needed.

We also verified the accuracy of the company's existing manual reports, cross-referencing the raw CSV data against reported values like peak injection pressure, shut-in pressure, build-up rates, and elapsed times, and confirmed exact matches across every key measurement.
A recurring cost, eliminated. What used to take manual formatting work and hundreds of dollars per report now takes minutes, with the same professional, industry-standard output, and the user controls every aspect of it. No ongoing subscription, no vendor dependency. One tool, unlimited reports.
Every build here started the same way.
We went through the operation, found what was costing them most, and built that first. Everything after it was built on top.