RTP — TenderEdge: Sales-vs-rental cost-benefit for subsea and drilling tools

Offshore operators, subsea and drilling contractors often decide whether subsea or drilling tools should be purchased or rented without a clear, data-driven basis, leading to sales-versus-rental decisions built on incomplete or generic assumptions rather than the specifics of the rig and well in question.

Enigma.i's RTP — TenderEdge module calculates the cost-benefit of sales versus rental, and analyses subsea and drilling tool usage across both operational and standby periods. The analysis is built on rig-specific data and well data, giving operators, subsea and drilling contractors a optimal, evidence-based foundation for tool sourcing decisions.

How the platform reduces time and cost

TenderEdge processes and connects the full decision context behind each tool: rig capability, well design, operational sequence, geology and lithology, MEL/BOM scope, historical utilization, standby exposure, rental rates, wear, redress, repair history, turnaround time and actual post-job performance. Instead of assessing each tool against generic assumptions, the platform evaluates every tool line item against the specific rig, well section and operating environment in which it will be used.

This allows TenderEdge to identify tools that are over-scoped, underutilized, unnecessarily placed on standby, exposed to abnormal wear, or more economical to purchase than repeatedly rent. It also highlights where contractors may be underpricing risk, where operators are paying for excessive commercial buffers, and where rental fleets can be deployed more efficiently.

For a large customer, working estimates indicate that TenderEdge can:

• reduce rental-related expenditure or protect commercial margin by approximately USD 3–14 million per year, depending on the customer type and rental perimeter;
• save approximately 40–80 engineering and commercial hours per tender, equivalent to 1,000–2,000 hours—or 0.6–1.2 FTEs—per year for an organisation processing 25 tenders;
• shorten scope preparation, bid evaluation and normalization from days to hours;
• reduce unnecessary standby, mobilization, redress disputes and “just-in-case” tool packages;
• improve tender competitiveness without exposing the contractor to uncontrolled utilization or wear risk.
  

The result is not simply a faster workflow. It is a measurable improvement in sourcing cost, tender margin, capital utilization and decision quality. Based on current working assumptions, a large enterprise deployment can generate a 5–18× first-year return, with payback potentially achieved within the first quarter. These figures are validated and refined during the pilot using the customer’s own historical wells, tool records and commercial data.