Case study · Mining · Renewal support
This ServiceNow mining now assist cost control case study shows how a miner replaced an oversized assist commitment and uncapped overage on the 2026 metered model with a right sized allowance and a fixed overage rate, using buyer side consumption modelling and benchmark data from real enterprise renewals.
Reduction in the proposed assist commitment
Cut to the contracted overage rate
Month consumption baseline modelled before signature
A mining and resources company reached renewal as the 2026 commercial model brought AI into every tier and made assists metered. The proposal bundled a large Now Assist commitment sized on the vendor adoption forecast, with overage above the allowance priced at an uncapped top up rate. The account team presented the commitment as the way to secure the best unit rate. The miner brought us in buyer side to test whether the allowance matched real consumption and what the overage exposure actually was.
Under the 2026 model, assists are metered, large agentic actions consume materially more assists than a simple prompt, and overage triggers top up charges. The miner had no consumption baseline, because the AI capability was new and adoption across remote operations was uneven and hard to predict. The vendor forecast assumed broad, immediate uptake, which produced a commitment far larger than early usage justified, with an open overage rate sitting underneath it as a second source of exposure. With the renewal date inside three months, the instinct was to take the large commitment to lock the headline unit rate.
Our first task was to separate the two risks the proposal combined: committing to too large an allowance, and paying punitive rates on anything beyond whatever allowance was chosen. A commitment sized on optimistic adoption is shelfware if usage lags, and an uncapped overage rate is a penalty if usage runs ahead. The buyer side answer to both is a consumption model built from evidence rather than forecast.
Modelling twelve months of expected consumption against the actual rollout plan told a clearer story than the vendor forecast. Realistic adoption across the remote sites supported an allowance roughly a third smaller than the one proposed, because heavy agentic actions were concentrated in a few workflows rather than spread evenly. Benchmark data from real enterprise renewals also showed the proposed overage rate sat well above what comparable agreements were settling, leaving meaningful room to negotiate it down before it was ever triggered.
We built the strategy around three moves. First, a right sized assist commitment based on the weighted consumption model rather than the adoption forecast, removing the shelfware risk in the allowance. Second, a fixed overage rate negotiated down at signature, converting the open top up into a known worst case cost. Third, a true forward provision so unused allowance was not simply lost, giving the miner room as adoption grew. The tier migration from legacy Enterprise was settled to Advanced rather than Prime so the AI baseline matched real need.
The miner team led every conversation. We stayed behind the table, rerunning the consumption model against each proposal revision and briefing executives before each session, in the pattern set out in our ServiceNow renewal negotiation service and the wider ServiceNow renewal guidance. The assist mechanics are detailed in our Now Assist consumption guidance.
The agreement signed three weeks before deadline. The assist commitment was reduced by roughly 34 percent to match the modelled consumption, the overage rate was cut by around 18 percent and fixed for the term, and a true forward provision protected the unused allowance. The miner entered the term with a commitment it would actually use, a known ceiling on overage, and the flexibility to scale assist usage as remote site adoption matured rather than paying for adoption that had not happened.
Three lessons carry beyond this engagement. Under the metered model an assist commitment should be sized from a consumption model, not a vendor adoption forecast, because the forecast is built to maximise the commitment. An overage rate left open is a second exposure that deserves as much attention as the allowance itself, and it is cheapest to negotiate before it is ever triggered. And a true forward provision turns an unused allowance from waste into headroom, which matters most when adoption is uncertain. The same metered cost discipline appears in our insurance now assist cost control case study and retail now assist cost control case study.
It describes a mining company facing an oversized Now Assist commitment and uncapped overage on the 2026 metered model. A buyer side engagement right sized the assist allowance, modelled real consumption and fixed the overage rate, controlling cost across the term.
The case study is anonymised. It is based on real enterprise renewal engagements, with the client profile, estate and figures presented as plausible and internally consistent ranges rather than naming any organisation.
Assists are metered, large agentic actions consume materially more assists than a simple prompt, and overage triggers top up charges. Without a consumption model and a fixed overage rate, a miner can commit to the wrong allowance and pay punitive rates on anything beyond it.
No. All figures are typical negotiated ranges based on benchmark observations across real enterprise renewals, used as internal leverage rather than published as official list prices.
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