AI

IBM study warns AI vendor lock-in and weak oversight heighten enterprise disruption risk

Wednesday, June 17, 2026Read Original

Details

  • IBM's Institute for Business Value released a global study, "The Calculus of AI Sovereignty," based on 1,000 senior executives, finding most enterprises are locked into AI systems they cannot easily change.
  • The study reports 71% of respondents find switching their primary AI vendor or model difficult, while 68% struggle with data residency and sovereignty rules across geographies, complicating AI and data portability.
  • Executives cite limited visibility into their AI stack: 91% do not fully understand dependencies across vendors, models, and infrastructure, despite reporting an average of six AI-related disruptions over two years and severe impact from a seven-day vendor outage.
  • Organizations with advanced AI control and sovereignty capabilities—able to adapt data, models, and infrastructure as conditions change—experience less downtime and protect 55% more operating profit from AI-driven disruptions, yet only 7% of surveyed firms operate at this level.
  • Although 73% describe their AI environment as multi-vendor, diversity is mainly driven by business unit decisions, geography, and legacy complexity rather than deliberate strategy, and 72% of executives would accept a 20% cost increase to preserve vendor relationships if it improved strategic flexibility.

Impact

The findings elevate AI sovereignty from a technical concern to a board-level economic and risk-management issue, as vendor lock-in, opaque dependencies, and regulatory constraints expose core operations to outages and policy shifts. Over the next 12–24 months, enterprises are likely to prioritize multi-vendor strategies, portability, and governance tooling that increase visibility and control, influencing buying criteria for hyperscalers, foundation model providers, and AI infrastructure platforms.

Rift Dispatch
IBM study warns AI vendor lock-in and weak oversight heighten enterprise disruption risk | riftlab.ai