Adoption Math · Per-asset estimate · 30-minute turnaround
Operators on the LinkedIn intake ask for the numbers before they ask for a demo. Same offer here: asset count and current dispatch system in, a written estimate anchored to the A&M 2015 EBS benchmark and the 2024 SPE/JPT supermajor case studies out. Sized to your basin, your well count, your operation. No pilot commitment to read it.
The intake, two fields
Submit moves you to the contact form with the adoption-math request pre-drafted in the message field. You add your name, email, and company, and we route the estimate back inside 30 minutes during business hours (CT).
What comes back, in three pieces
Production uplift, OPEX reduction, and value-added-time gain your operation could book in 30 days under exception-based surveillance plus pump-by-priority. Anchored to the A&M, SPE, and JPT benchmarks. Sized to your basin, well count, and current dispatch system.
The single operating metric the controller signs on Day Zero. Most operators sign on deferred production recovered per crew shift, OPEX per well, or lease-accounting close-cycle days. We draft the metric and the baseline measurement protocol so the controller can review on one page.
Week 0 baseline + signed metric. Week 1 read-only integration onto the SCADA, accounting, and historian stack you already own. Weeks 2 to 3 ranked plan in the truck cab. Day 28 measure and decide. No license fee, no MSA, no kill fee.
What the math is anchored to
A&M 2015 EBS whitepaper
Exception-based surveillance moves lease-operator value-added time from 25% to 60%. 33% reduction in production downtime. Anchors the productivity band in the adoption math.
ExxonMobil + SLB, SPE 2024
Permian closed-loop deployment across 1,300+ wells. 2% uplift, no equipment changes. Anchors the production-uplift band on artificial-lift-heavy assets.
ConocoPhillips, JPT 2024
Montney IOCaaS case study. 3 to 4% above forecast, trending to 6%. Anchors the unconventional-asset uplift band.
Chevron, JPT 2024
Kaybob Duvernay IOCaaS case study. 5% LOE reduction year one. Anchors the OPEX-reduction band in the adoption math.
See the full citation walkthrough in 60% vs 25%: The Field Productivity Gap the Supermajors Already Closed and the deployment shape in the 4-Week Pump-by-Priority Pilot playbook.
FAQ
A short written estimate sized to your asset count and current dispatch system: production uplift band, OPEX reduction band, value-added-time gain band, a draft Week-Zero metric the controller can sign on, and a one-page 4-week pilot scope. The estimate is anchored to the A&M 2015 exception-based-surveillance benchmark and the 2024 SPE/JPT supermajor case studies, then sized to your basin. It is sent by email or LinkedIn, whichever you prefer.
No. The free trial is the 4-week pilot itself, with a signed metric and a deployed integration. Adoption math is the read-before-you-commit estimate. It is for operators who want the numbers, the metric draft, and the pilot scope on paper before they request the pilot. Most operators run adoption math first, then come back and request the trial.
The dispatch system determines how the score function integrates and how the daily ranked plan reaches the truck cab. Operators on Excel get a different stand-up shape than operators on Greasebook, PakEnergy, or an in-house tool. Knowing the dispatch system in advance lets us draft an accurate pilot scope without a discovery call.
Email or LinkedIn, your choice on the next page. We do not cold-call adoption-math intakes. If the math is interesting, the next step is a 30-minute working session you book on your own schedule.
The pilot economics work from roughly 200 wells up. Below 200 wells with simple operations, the lift is real but smaller, and the adoption-math response will say so on the page. We do not push pilots that do not pencil.
The 4-week pilot is the deployed version of the math. Same Impact Guarantee terms. No license cost. Move the metric or walk away.