This Is What 6 AM Looks Like with WorkSync

Every morning, WorkSync delivers a ranked, route-optimized work plan to every crew in your field. Tasks are scored by cash flow impact, safety risk, and operational urgency. No spreadsheets. No phone calls. The plan is ready before the truck leaves the yard.

Below is a walkthrough of what your lease operators, field superintendents, and operations managers would see on a typical morning. All screenshots are from a live deployment across 2,000+ wells.

OPS Control Room showing geospatial well map, real-time activity feed, and production KPIs across 2,000+ wells

1. The Control Room

Your entire operation, one screen

Before crews leave the yard, superintendents see the full picture: a geospatial map of every well, an activity feed of overnight flags and alarms, and production KPIs updated in real time. Critical issues are color-coded by severity. Nothing is buried in a spreadsheet.

  • Every well plotted on a map with severity indicators
  • Activity feed shows flags, alarms, and escalations
  • Production, deferred volume, and crew status at a glance
OPS Kanban board showing well tasks ranked by economic impact with status columns for flagged, assigned, in-progress, and resolved

2. The Ranked Work List

Every task scored by dollar impact

Each well site is scored using ML models that evaluate production deviation, equipment health, safety risk, and estimated revenue at stake. The result is a ranked list where the most valuable work sits at the top. Crews see exactly what to do first, second, and third.

  • Tasks ranked by BOE impact, dollar value, and urgency
  • Kanban columns: Flagged, Assigned, In Progress, Resolved
  • Each card shows well name, flag type, and economic score
OPS route optimization map showing AI-calculated crew paths across field locations with color-coded priority stops

3. The Optimized Route

AI-calculated paths, not habit-based loops

Routes are generated based on task priority, geographic proximity, and time constraints. Crews no longer drive fixed loops. Instead, they follow routes that put the highest-value work first and minimize windshield time between stops.

  • Routes calculated by priority, proximity, and time windows
  • Color-coded stops by severity and task type
  • Estimated drive time and task duration per stop
OPS well status detail panel showing production forecast, sensor readings, flag history, and recommended actions

4. The Well Detail

Context for every decision

When a crew arrives on site, they tap a well card and see everything: current production vs. forecast, sensor trends, active flags, and the recommended action. No phone calls to the office. No guessing. The data is already there.

  • Production forecast vs. actual with deviation highlighted
  • Sensor readings (casing pressure, tubing pressure, flow rate)
  • Flag history and recommended remediation steps
OPS site flag detail showing anomaly type, severity score, economic impact estimate, and escalation timeline

5. The Exception Flag

Anomalies caught overnight, scored by morning

ML models run continuously against SCADA data, catching anomalies that fixed thresholds miss. By 6 AM, every exception is flagged, scored, and assigned. A rod pump showing early signs of failure gets flagged before it goes down, not after production is already lost.

  • ML-detected anomalies, not just threshold alarms
  • Each flag scored by estimated production at risk
  • Escalation timeline shows how long the issue has been aging

What Changes When the Plan Arrives at 6 AM

Results from a live deployment across 4,000+ wells in the Western Anadarko Basin.

15%+
Free Cash Flow Uplift
35%
Fewer Site Visits
83%
TRIR Improvement
6 AM
Plan Delivered Daily

See This for Your Operation

Tell us about your wells, your data sources, and your crew structure. We will show you what a ranked daily plan looks like with your data.