New Research Reveals Most Businesses Critically Underestimate Cloud Provider Lock-in, Hindering Migration Agility

A new survey, the Leaseweb Digital Independence Survey 2026, reveals a stark reality: nearly 90% of organizations cannot migrate business-critical workloads from their largest cloud provider within three weeks. This is despite 76% of respondents reporting high control over their data mobility. The survey, which polled 800 C-level leaders across the UK, US, Germany, and the Netherlands, found that over half (55%) believe such a migration would take longer than three months or is not currently feasible. This finding is critical for practitioners because it exposes a significant vulnerability in many cloud strategies. The inability to rapidly shift workloads between providers impacts business continuity, vendor negotiation leverage, and the practical execution of multi-cloud or hybrid cloud strategies. It suggests that many organizations are more deeply entrenched with their primary cloud provider than they realize, potentially leading to increased costs, reduced flexibility, and heightened risk in the event of a service disruption or a need to change providers. This trend aligns with broader industry discussions around cloud vendor lock-in, which has been a persistent concern since the early days of cloud adoption. While cloud providers offer various tools and services to facilitate migration, the complexity of modern enterprise applications, coupled with deep integrations into specific platform services, often creates unforeseen dependencies. The survey also indicates that the rise of AI is expected to deepen this reliance, with 79% of business leaders anticipating increased dependence on a few providers over the next three years. In practice, this means practitioners should re-evaluate their cloud exit strategies and disaster recovery plans. It's no longer sufficient to merely assume data portability; actual migration capabilities need to be regularly tested and validated. Organizations should invest in abstraction layers, containerization, and open standards where possible to reduce coupling with proprietary cloud services. Furthermore, negotiating contracts with a clear understanding of migration clauses and potential costs is paramount. This research serves as a wake-up call to prioritize true cloud independence and resilience over perceived control.