Inspections.

Your technical manual, digitized. Any vehicle, any equipment, any checklist — walked step by step on any device. Scan, inspect, photograph, submit. The paper form is dead.

Power Pages Azure Functions Azure SQL Blob Storage JavaScript ES5 QR / Camera API

UH-60M #20-27354 Before Flight PMCS

Scan the aircraft to begin inspection

Demo only, not final product

—why it works

Marketing Slop.

Paper Forms

No clipboards, no carbon copies, no hand-typing findings into dated software after the fact. Faults go straight into the system the second they're found.

∞

Checklists for Anything

Aircraft, trucks, generators, buildings, IT systems, coffee machines — if it has a checklist, it runs here. Add rows to a table and the template builds itself.

∞

History Follows the Asset

Every step shows who inspected it last, what they found, what was fixed, and the photos. The equipment remembers. You don't have to.

Lost Findings

Findings don't sit in a binder. They're timestamped, photographed, linked to the asset, and routed to the right people and systems the moment you hit submit.

Scan to Start

QR code on the equipment. Scan it with any phone. The system knows the asset, pulls the right checklist, and you're inspecting in seconds.

Apps to Install

Runs in the browser. Any phone, any tablet, any desktop. No managed devices, no app store, no IT ticket. Bring your own device and go.

—how it works

Nerd Out.

Any checklist, any equipment — templates are rows in a database table. Each row defines a step: section, instruction, expected condition, response type, photo requirement. Add rows and the checklist builds itself. No code changes.
QR code = identity — slap a QR on any piece of equipment. Scan it and the system looks up the asset, pulls the right template, and creates a record. Works for aircraft, trucks, generators, server racks, fire extinguishers — anything with a sticker.
History at every step — each step queries previous inspections on that specific asset. Who inspected it, when, what they found, what was fixed, what parts were ordered. The inspector sees the full picture before making a Go/No-Go call.
Findings go where they need to — on submit, the completed inspection writes to the database and routes to the people who need to act on it — simultaneously. No one re-enters data. No one chases a clipboard.
Draft persistence + handoff — every response saves in real-time. Walk away and pick it up later. Another person scans the same asset and forks your progress. Forked records track lineage. Nothing is lost.
Photo evidence built in — No-Go steps trigger camera capture. Photos attach to the specific step, upload to blob storage, and persist with the inspection record. No separate photo app, no manual file naming.
Zero install, any device — runs in the browser. Phone, tablet, desktop, kiosk. No app store, no MDM, no IT ticket. clamp() and viewport units handle every screen size. Dark and light themes.
Plugs into existing systems — Azure Functions middleware connects to any backend. Swap the endpoints and this becomes an inspection platform for any organization with equipment and checklists.

brain.

QR / Barcode Scanner

Checklist Templates

Equipment Registry

Inspector Profiles

Photo Storage

Scan. Walk. Submit.

—lessons learned

The takeaway.

Before this system, inspections were paper forms. Clipboard, pen, carbon copy. Findings got lost between the flight line and the maintenance office. Photos lived on someone's phone. Handoffs meant starting over.

Now the inspection lives in the system from the first QR scan. Every finding is timestamped, every photo is linked to a step, every handoff preserves what came before. The aircraft's history follows it — not the clipboard.