Skip to content
‹ Back to IndustriesSoftware & Technology

Enterprise AI spending is maturing fast, and the hidden costs are catching teams off guard

AI budgets in enterprises are increasingly being allocated towards operations rather than training, reflecting maturity in AI spending. However, a significant portion of projects face unexpected costs, which can derail progress. Data from Gartner, Mavvrik, and Deloitte highlight this transition and its associated challenges.

This story was produced through MarketScale. See how Software & Technology teams put it to work with Executive Thought Leadership.

By MarketScale Newsroom · Ai SpendingEnterprise AiCio StrategyIt Operations
Share
Listen to the audio brief

Key facts, context, and what it means.

AUDIO
0:00—
Enterprise AI spending is maturing fast, and the hidden costs are catching teams off guard

Key takeaways

01

AI budgets are shifting from training to operations as spending matures.

02

Unexpected costs derail approximately 25% of AI projects.

03

Data from Gartner, Mavvrik, and Deloitte highlight the challenges in AI budget allocation.

Free workspace

Turn your Software & Technology expertise into content.

Record interviews, organize footage, and write with AI on a free trial of the MarketScale platform for qualifying companies. No demo required, no credit card.

Try it Free

Enterprises have crossed a threshold in how they fund AI. Organizations are now spending more on running AI than on building it, a pattern Gartner describes as a clear sign of deployment maturity, according to CIO Dive. The implications for IT leaders are immediate: operational AI carries a cost structure that is fundamentally different from the project-based model most finance and procurement teams were built to manage.

From training to operating: where the money is going

For the past several years, the dominant AI expenditure for most large organizations was model training, whether fine-tuning foundation models or building proprietary ones. That balance has shifted. According to Gartner's analysis reported by CIO Dive, enterprises are now pouring more resources into inference infrastructure, integration layers, and the compute needed to keep AI running at scale. The change is less about enthusiasm and more about necessity: AI tools that were piloted in 2024 and 2025 are being pushed into production environments in 2026, and production costs dwarf pilot costs.

The infrastructure side of that equation is visible at the hyperscaler level. Google raised its capital expenditure guidance to $205 billion, with CFO Anat Ashkenazi citing demand growth and capacity constraints as the primary drivers, according to CIO Dive. That figure signals how much compute capacity enterprise AI adoption is consuming across the cloud supply chain, and it sets the floor for what enterprise buyers will eventually pay in usage fees as that infrastructure gets monetized.

AI tools piloted two years ago are hitting production in 2026, and production costs dwarf pilot costs in ways most enterprise budgets were never built to absorb.

Hidden costs are killing projects before they scale

The operational shift is generating a wave of budget surprises. Research from Mavvrik, cited by CIO Dive, found that poor visibility across AI spending is leading one in four businesses to delay or cancel AI projects outright. The root cause is not sticker shock from a single vendor contract. It is the accumulated opacity of usage-based pricing, overlapping tool subscriptions, and shadow AI adoption happening outside formal procurement channels.

Tool sprawl is compounding the problem. As CIO Dive reported separately, vendors are now actively working to help CIOs reach a balance between enabling adoption and controlling costs. But the burden of reconciling dozens of AI tools across business units, each with different billing models, largely falls on IT and finance teams that lack centralized dashboards to see the full picture. The result is a gap between the AI spending organizations think they are doing and the spending that is actually occurring.

For procurement directors, this is an operational signal, not a strategic one. The question is no longer whether to buy AI tools; it is whether the organization has the spend-visibility infrastructure to know what it has already bought and what each deployment is consuming month to month.

A governance vacuum at the board level

The cost problem is landing in organizations that are not yet equipped to govern it. A Deloitte survey, reported by CIO Dive, found that most corporate boards lack formal rules for AI use, with the firm characterizing board-level AI deployment as 'comparatively new, uneven and still maturing.' That phrasing carries a concrete operational consequence: CIOs cannot rely on top-down policy frameworks to set guardrails on AI tool adoption or spending thresholds.

Without board-level rules, governance defaults to whoever controls the IT budget, which in practice means individual department heads pursuing AI tools on their own terms. That decentralization accelerates the very tool sprawl that is generating the surprise costs Mavvrik documented. The loop is self-reinforcing: no governance leads to more sprawl, more sprawl leads to more hidden costs, and more hidden costs lead to project cancellations that wipe out the productivity gains AI was supposed to deliver.

No board-level AI policy means governance defaults to whoever controls the departmental budget, which is exactly the condition that creates tool sprawl and invisible spend.

What enterprise operators should do now

A few specific moves separate teams that are absorbing these dynamics from those that are being blindsided by them. CIOs at organizations like Home Depot are consolidating technology teams under unified leadership structures, according to CIO Dive, a structural response to the coordination problem that fragmented AI ownership creates. Centralizing tech leadership is one way to close the governance gap when board policy is still catching up.

On the cost side, the priority is instrumentation before expansion. Before adding net-new AI tools, operations and IT teams should have a single view of current AI spend, broken down by business unit, vendor, and use case. That visibility is the prerequisite for any credible conversation with the board about AI investment levels. Deloitte's findings suggest most boards are waiting to be educated on this, which means the CIO who arrives with data has more influence than the one waiting for direction.

The Mavvrik statistic is the sharpest number in this cycle: one in four AI projects cancelled or delayed because of costs no one could see. At that rate, the ROI case for enterprise AI does not fail on technology grounds. It fails on financial operations grounds. Fixing that is not a vendor problem. It is an internal discipline problem, and the teams that solve it in 2026 will be positioned to scale when competitors are still cancelling pilots.

  • Audit current AI tool inventory across all business units before approving new vendor contracts, including shadow subscriptions sourced outside formal procurement.
  • Build or buy a centralized AI spend dashboard that tracks usage-based costs by tool, team, and use case in real time, not quarterly in arrears.
  • Bring Deloitte's governance findings to the next board meeting as evidence for why the organization needs a formal AI use policy before spend continues to grow.
  • Evaluate vendor contracts for usage-cap structures or spend-limit provisions that limit exposure when workloads spike unexpectedly at scale.

Featured companies

Your experts belong here

Every story in MarketScale Software & Technology starts with a company putting its solutions engineers, product teams, and customer engineers on the record. Buyers are already reading this topic. The only question is whose experts they find.

Buyers ask AI engines who to consider, and published expert answers are what those engines cite.

Book DemoSee how it works15 minutes, straight to a calendar.

About the author

MarketScale Newsroom
MarketScale NewsroomEditorial Team, MarketScale

The MarketScale Newsroom reports on the companies, technologies, and trends shaping 16 B2B industries. It turns primary sources and expert commentary into clear, useful coverage for the people doing the work.

B2B Weekly

The week in Software & Technology, and sixteen other industries, every Monday.

Ten stories, one-line takes, five minutes. Free.

Software & Technology: are you visible to AI?

Before they reach out, Software & Technology buyers ask AI engines which vendors to trust. Explore how your experts, customers, and partners can become useful content for buyers and AI search.

Free Trial

You just read one Software & Technology expert. Your company is full of them.

This article was produced through MarketScale. The same platform turns your solutions engineers, product teams, and customer engineers into the articles, video, and social content Software & Technology buyers are searching for. Start a free trial and see it with your own people. For qualifying companies, no credit card, no demo required.

NPS +73 · 1,000+ creators · 38+ countries

What your free trial includes

Hands-on access to the MarketScale platform
Media requests to your crowd, remote recording, AI writing tools
No demo required. No credit card.
For qualifying companies. Company confirmation required.

More Software & Technology Insights

Google's new TPU systems tackle AI memory and data protection with existing chips

Google's new TPU systems tackle AI memory and data protection with existing chips

Google Cloud has added two systems to its eighth-generation TPU lineup. Network World reports that TPU 8tx is Google Cloud’s first TPU with confidential computing, developed with AMD, and Zeniteq says it uses TPU 8t silicon for secured inference. Google says TPU 8i Max packages two TPU 8i chips together, doubling bandwidth and SRAM while increasing HBM capacity by about a third.

  • 01Neither system uses a new accelerator design: TPU 8tx pairs TPU 8t silicon with fifth-generation AMD EPYC hosts and Google's Boardfly network, while TPU 8i Max packages two existing TPU 8i chips together.
  • 02TPU 8i Max doubles memory bandwidth and on-chip SRAM but raises HBM capacity by 33%, and bandwidth and capacity answer different questions: how fast context data moves versus how much of it the system can hold.
  • 03The 2x latency claim for TPU 8tx is measured against TPU 8t, while the 8i Max gains are measured against TPU 8i. Neither figure says which system finishes a given job more cheaply.

Nov 14, 2026

ServiceNow pitches AI accounts payable workers against outsourcing contracts

ServiceNow pitches AI accounts payable workers against outsourcing contracts

At a BMO conference on November 12, ServiceNow said some customers are weighing its autonomous finance workers against business process outsourcing contracts. Over half its Q3 revenue came from models not tied to seats. With per-invoice pricing, the outsourcing contract becomes the benchmark, so finance shared-services and procurement leaders are the buyers who face the comparison.

  • 01Price an AI worker per invoice and the natural benchmark becomes the per-invoice cost of the outsourcing contract it might replace.
  • 02The value case for AI payables and receivables workers is being argued in finance metrics: duplicate invoices caught, days sales outstanding and days payable outstanding.
  • 03The published deployment results so far come from service desks, so finance buyers should ask for invoice-level evidence before moving outsourced work.

Nov 14, 2026

An Antarctic climber’s worst-day approach to Amphenol cable

An Antarctic climber’s worst-day approach to Amphenol cable

Raskesh Thakare, director of product engineering at Amphenol Times Fiber Communications, climbed Vinson Massif in Antarctica and draws parallels between mountaineering discipline and broadband cable design and testing. On the Wavelengths podcast he describes running prototypes across temperatures and scenarios, while Remee rates generic PVC jacket to -15C and Sea Wire advises avoiding PVC below -40C unless specially formulated.

  • 01Remee rates generic PVC cable jacket for -15C to 70C; Sea Wire puts plasticized PVC's floor at -40C and warns of embrittlement below it.
  • 02ASTM D746 defines brittleness temperature as the point where 50% of specimens break, one cold-side test used in qualifying jacket compounds for outside-plant cable.
  • 03ICEA's current outside-plant fiber standard, S-87-640-2023, dates to May 2023; Corning's September 2017 cable spec cites the 2006 edition alongside Telcordia GR-20-CORE.

Nov 13, 2026

Explore More Software & Technology Insights

Read more expert perspectives from across Software & Technology.

Browse Software & Technology Hub

About the Expert

MarketScale Newsroom
MarketScale Newsroom

Editorial Team

MarketScale

The MarketScale Newsroom reports on the companies, technologies, and trends shaping 16 B2B industries. It turns primary sources and expert commentary into clear, useful coverage for the people doing the work.

For B2B teams

Your experts could be publishing here

Stories like this one run on content MarketScale captures from real practitioners. See how your team's expertise becomes coverage in Software & Technology and beyond.

Book a Demo

Or call us. No forms required. We pick up. 214-945-2512