The standard ERP support contract is engineered to make sure your run-rate goes one direction. Up. Forever. By design.

That isn’t a flaw in any single vendor’s offering. It’s the structural design of the entire category — fixed monthly fees, annual escalators, multi-year auto-renews, bundled cloud markup. Whether your platform gets healthier or sicker, whether your tickets get root-cause closed or just deflected, whether your business needs the vendor in year four or not — the bill goes one direction.

A $1M ERP support contract signed in 2010 is a $1.7M contract in 2026 at a modest 4% annual escalator. At 6%, it’s $2.4M. And in both cases, the actual workload has likely shrunk: cloud migrations have moved capacity off-premise, automation has retired entire categories of routine tickets, and modern ERP platforms throw fewer errors than the ones they replaced.

The vendor is being paid significantly more in 2026 than in 2010 to support significantly less work.

This is not an accident. It’s the contract.

“The vendor is being paid significantly more in 2026 than in 2010 to support significantly less work.”

I Why it stayed broken

The inflationary ERP support contract worked for two decades for one reason: nobody was checking the math.

In 2008, ERP labor was abundant and relatively cheap. A 5% annual escalator on a $1M support contract was $50K — a rounding error against ERP project budgets that ran tens of millions. CFOs accepted IT inflation as the cost of running a global business. CIOs accepted it because the alternative was rebuilding the support team in-house, which was harder and riskier than absorbing the price increase.

Meanwhile, vendors got dramatically more efficient at delivery. Offshoring moved cost structures down. Automation retired entire categories of routine work. RPA and runbook orchestration freed senior engineers to handle multiple customers in parallel. By 2020, the cost of delivering an hour of ERP support was a fraction of what it had been a decade earlier.

None of those efficiency gains went to the customer.

“None of those efficiency gains went to the customer.”

The vendor’s revenue per customer kept compounding upward. The vendor’s cost per customer kept compounding downward. The gap — which used to be the firm’s normal operating margin — became something else: structural rent extraction on customers who had no leverage to renegotiate.

That math went unchecked for a long time because nobody had a reason to check it. The board wasn’t asking about ERP support line items. The CFO was looking at the IT budget as a whole, not at any single contract. The CIO was busy with transformation projects, not Run-layer cost engineering. ERP support became one of the safest line items in the enterprise — predictable, ignorable, and silently compounding.

In 2026, three things are changing simultaneously.

II Why it can’t stay broken

First: SAP ECC mainstream support ends in 2027.¹ Every ECC customer faces a forced decision — migrate to S/4HANA, pay extended-support premiums, or move to a third-party support provider. All three options expand the support line item at the moment a customer can least absorb it.

Second: the labor pool that supports legacy ERP is contracting. Oracle has committed Premier Support for JD Edwards through 2037,² but the engineers who actually run JDE installations are aging out of the workforce faster than the platform’s official lifecycle. By 2030, the cost of qualified JDE labor will be set by scarcity, not by competition. Any contract structured with a generic annual escalator will look quaint against the actual market for the labor.

Third — and this is the one boards are now asking about directly — the AI cost pressure on IT budgets is not theoretical. Every Fortune 1000 board has asked its IT leadership a version of the same question in 2026: How are you funding our AI investment without adding headcount? The honest answer, in most enterprises, is that AI initiatives are being funded by squeezing other line items. ERP support is the largest, most stable, most squeezable line item in most enterprise IT budgets.

A CIO in 2026 has three choices.

1. She can negotiate her existing fixed-fee contract down by a few percentage points and hope that buys her enough budget headroom. It will not. The escalators catch up within a year.
2. She can rebuild her ERP support team in-house. This worked in 2010. It does not work now — the labor isn’t there, the AI projects are competing for the same engineers, and the rebuild takes three years she doesn’t have.
3. Or she can change the contract structure entirely. Move from a fixed fee that compounds up to a recalibrated fee that bends down. Tie the vendor’s revenue to actual workload, not to a procurement template signed in 2018.

The first two options preserve the status quo. The third is the only one that creates compounding budget capacity for the AI decade ahead.

III Fixed-fee ERP support is an insurance policy

Here is what fixed-fee ERP support actually is, stripped of the procurement language: an insurance policy.

You pay a fixed monthly premium structured to cover worst-case workload. Peak ticket months, environment crises, integration emergencies. The vendor calculates the premium against the spike — the moment when they might need to staff up — not against the median month or the quiet month. The premium is the spike’s cost amortized across every month of the year.

Whatever happens to your actual consumption, the premium is the same.

• AI accelerates throughput, retiring 40% of recurring tickets? The vendor pockets the gain. Premium unchanged.
• Platform matures and ticket volume drops? Vendor keeps it. Premium unchanged.
• Quiet month — your team’s busy with other priorities and the queue stays light? Same.
• Workload halved over three years as root causes get closed and automation takes hold? Premium unchanged.

A big portion of what you pay every month is buffer. Margin held in reserve for the scenario where things spike. You pay the buffer every month whether the spike comes or not.

By year three of a flat-fee contract, you have paid 36 monthly insurance premiums on a platform that almost certainly needed dramatically less attention than year-one numbers anticipated.

Allari’s contract is structured the other way. We charge for the work that’s actually done — billable hours against your real ticket volume, recalibrated annually as the workload trends. No insurance premium. No capacity reservation fee. Workload halves, bill halves. AI retires recurring tickets, billable hours retire with them. Quiet month, light bill. You consume what you consume.

It is the same model your cloud bill works on. AWS doesn’t charge you for the EC2 capacity you might use during a spike — it charges you for the compute you actually consumed. ERP support should work the same way.

IV What a deflationary contract actually has in it

A deflationary ERP support contract has four structural features. None of them are radical individually. All four together are nearly absent from the existing enterprise market.

• Three-year term, not five. A five-year contract is structured to protect the vendor through one full compression cycle. A three-year contract forces the vendor and the customer to re-confront the math at year three. If compression hasn’t actually happened, the customer leaves. If it has, the renewal is earned, not assumed.
• Annual recalibration against actual workload. The fee for each year of the contract is set at the beginning of that year, based on the prior year’s actual ticket volume, resolution time, and root-cause closure rate. The customer’s IT team has access to the same ledger the vendor uses for the calculation. There is no negotiation theater at recalibration time — the number is the math.
• Ninety-day exit clause, no penalty. If the contract isn’t working, the customer gives 90 days’ notice and leaves. The vendor hands over documentation, runbooks, and active ticket history. No clawbacks, no transition fees, no contractual punishment for the customer deciding the relationship has run its course.
• Renewal earned, not assumed. At the end of the three-year term, the customer reviews the prior term’s compression performance against contracted targets. If run-rate has fallen by the agreed-upon margin, renewal is offered at terms reflecting the new, lower baseline. If it hasn’t, the renewal is renegotiated from a different starting point — or the relationship ends.

Each of these clauses individually exists in some niche corner of the services market. Combined, they describe a contract structure that almost no enterprise has been offered. It is a deflationary contract because every clause is engineered to make the bill bend down — by giving the customer leverage at the renewal point, by tying the price to the workload, and by making the vendor’s continued revenue dependent on compression performance, not on procurement inertia.

V The math, in plain language

A fixed-fee contract with a 5% annual escalator looks like this over three years:

• Year 1: $1.00 (baseline)
• Year 2: $1.05
• Year 3: $1.10

Total over three years: $3.15. The vendor’s revenue is +10.25% from baseline. The customer’s run-rate is +10.25% from baseline. Whether the workload changed is irrelevant.

A deflationary contract — same baseline, with annual recalibration of hours billed against actual ticket volume — looks like this:

• Year 1: ~$0.92 — typical compression 8–10% as initial root causes are eliminated
• Year 2: ~$0.78 — recalibrated hours decline as backlog clears
• Year 3: ~$0.69 — compression compounds as root causes accumulate and AI tooling matures

Illustrative TCO curves over a three-year engagement. Methodology available on request.

Total over three years: $2.39. The customer’s run-rate is approximately 31% below baseline by year three. The vendor’s revenue per customer compresses by roughly the same margin — and that is the point.

A vendor compensated this way has only one path to growing total revenue: signing more customers. The customers it already has cannot be compounding revenue sources. They must be compressing revenue sources, by contract.

That is the deflationary thesis. The contract is structured so the vendor’s economic interest is aligned with the customer’s economic interest, not against it.

VI The evidence

Allari has been operating deflationary contracts for over a decade. Across customers including HellermannTyton, W.L. Gore, BrightView, Channellock, and Saputo, the pattern is repeatable.

At HellermannTyton, chronic backlog — the percentage of tickets aging beyond ten days — compressed from 12% at engagement baseline in January 2022 to 6% at month 30 in June 2025.³ A 50% reduction, sustained for over two years past the inflection point, measured across 463 closed tickets in the January–February 2025 sample window. Median ticket resolution: 1.84 hours. Zero reopened tickets in the same window.

These are operational outcomes, but they map directly to financial outcomes: fewer recurring tickets means fewer billable hours, which means the annual recalibration cuts the fee. The 30-month longitudinal study at HellermannTyton produced a Year-1 cost compression of approximately 19% against the prior Run budget baseline, held at 81% of budgeted across the first 14 months.

The pattern is not unique to HellermannTyton. Across the engagement portfolio:

• Year 1 typically compresses run-rate by 8–10% against baseline.
• Year 2 compounds to approximately 22% below baseline.
• Year 3 lands at approximately 30% below baseline.

These are not asymptotic curves. Year 4 compresses further than year 3, year 5 further than year 4, until the engagement reaches steady state — typically around 50% below the original baseline, sustained.

Methodology is available on request.

VII The decade ahead

If the deflationary thesis holds — and the evidence to date suggests it does — the enterprise ERP support category is going to bifurcate over the next ten years.

The CIOs who restructure their contracts now will spend the next decade with compounding budget capacity. By 2030, their ERP support line item will be 40–50% below where it is today. The savings will fund AI investment, modernization, talent retention, and the next round of platform transitions. The IT function will be a source of capacity for the rest of the business, not a sink for it.

The CIOs who don’t restructure will spend the next decade fighting the math. Their ECC 2027 migration will be expensive. Their JDE labor costs will rise faster than general wage inflation as the labor pool contracts. Their board will keep asking why AI investment isn’t accelerating, and the honest answer will be that the ERP support line item is eating the budget. Some will scramble to compress mid-decade and lose the compounding effect. Some will accept the inflation as a cost of doing business and explain to the board, year over year, why IT productivity isn’t improving.

“The deflationary contract isn’t a philosophy. It is the only structure where the math works between now and the end of the decade.”

The category is being rewritten. The contracts being signed in 2026 and 2027 are the ones that will determine which side of the bifurcation a given company sits on through 2035.

The deflationary contract isn’t a philosophy. It is the only structure where the math works between now and the end of the decade.

This is the thesis Allari was built to prove. The next decade will measure whether we were right.