Shell Key's own systems, hosted and supported. Subscribe online, get access the same business day, cancel with one email.
Bid intelligence for Louisiana contractors. LaPAC, DOTD, parish and SAM.gov bids in one place, go / no-go scoring against your license and certifications, a company vault for your documents, and a bid-kit generator that assembles the government package.
The inspection management system already running at a Louisiana NDE company. Projects, welds, materials and full traceability, VT/NDE scope, indications, repairs and re-inspection, technician photos from the phone, certification tracking, audit log, PDF reports and CSV export.
Built for contractors, trades and local businesses in Acadiana and beyond. Pick from about twenty industry-specific designs, ask for changes in plain English, and launch a fast, mobile-ready site with your phone number and quote form front and center.
Online preparation for the AWS Certified Welding Inspector exam and API 510 / 570 / 653 / 1169 inspector certifications. Twenty-plus hours of instruction with section imagery, timed tests that mirror the real exam, and progress that saves across devices.
Power BI wall charts built on live turnarounds — the same boards used to run equipment, piping, valve and workpack scope on projects from $75M to $3.8B.
One Power BI report with eight linked views — summary, equipment, flanges, piping, valves, test packs, work packs and daily log. Every discipline, one data model, one file.
Overall progress against plan, piping and welding progress, manpower curve and earned value.
One tracker covering hot work, cold work, valves, PSVs, blinds, chem clean, flange logs, NDE requests, weld reports and welder certifications — searchable by work order, printable on demand.
Field-ready apps for inspection, tracking and closeout. Built for gloves, daylight and spotty signal.
Activities, pipe, valves, vessels, exchangers, heaters, reactors, towers, tanks, photos, QR, NDE, RFI, drawings and dashboards — configured to your project.
Site-by-site inspection management with daily logs, RFIs, team assignment and reporting across multiple refineries.
Work packages, reporting and dashboards in one desktop view for the people running the job from the trailer.
Portals, websites and custom systems. Fixed scope, fixed price, fixed date — you know what you are getting before anyone starts.
One portal where every party sees the same progress, documents, constraints and approvals — instead of trading spreadsheets.
A Power BI dashboard built against your live sources, connected, refreshing and handed over working.
A professional site for a contractor, inspection outfit or engineering firm — fast, mobile-first, and yours.
Courses and SOPs written for industrial execution, using industrial data.
Build a working project controls dashboard from a real P6 export, start to finish.
Turnaround scheduling in Primavera P6 — structure, logic, gates, and the defects reviewers look for.
Editable, unbranded procedures for schedule development, progress measurement, change control and work pack release.
Quality procedures against API and ASME practice — inspection planning, NDE coordination, deficiency and turnover control.
Remote or on site, built around what your group actually struggles with rather than a stock syllabus.
Practical step-by-step guides. Instant download, delivered by email.
A training workbook that takes you from opening Power BI to a working dashboard in an afternoon.
A training workbook that walks you through building a working mobile app in Adalo.
How to connect an Adalo app to Power BI so the data your app collects becomes a live dashboard.
A practical guide to using AI to do better in any office role.
A system for creating and publishing content using AI tools.
Systems for finding remote work and delivering it with AI assistance.
A beginner's guide to building a landing page quickly and starting to sell from it.
Useful on their own. No purchase, no catch.
The Equipment view from the Digital Wall Charts, as a complete working Power BI file. Load your own equipment list and it renders.
Point it at a P6 XER file and it finds the open ends, negative float, invalid actuals and hard constraints — then names the activities.
What each defect looks like in P6, what it does to your critical path, and how to catch it before the unit comes down.