Slow To Adopt, Hard To Displace
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TL;DR

Enterprises are slow to implement AI, yet these same incumbents are difficult to displace because their inertia creates a durable moat. Disruptors often underestimate this duality, risking strategic errors.

Enterprises are notoriously slow to adopt AI technologies, with 95% of pilot projects delivering little or no value, according to industry analysis. Yet, these same organizations remain resistant to displacing their existing vendors, making incumbents remarkably durable in the AI transition, a paradox that is reshaping enterprise AI dynamics.

Recent industry reports, including insights from Thorsten Meyer and BCG, confirm that major enterprise AI investments are predominantly being absorbed by established vendors like Microsoft, Salesforce, and SAP, rather than new disruptors. Platforms such as Microsoft Copilot and SAP Joule now serve as the core operational control planes, embedding AI deeply into enterprise workflows.

Analysts emphasize that the structural advantages of incumbents—such as data gravity, compliance lineage, and integrated workflows—create high switching costs, making it difficult for customers to leave. These factors also shield incumbents from rapid displacement, despite their slow adoption pace.

The paradox is that the same organizational inertia that causes slow AI adoption also forms a moat, preventing new entrants from easily capturing market share. Disruptors often misjudge this, believing that slow incumbents are vulnerable, when in fact, their embedded position makes them resistant to change and highly durable.

At a glance
analysisWhen: developing, based on recent industry ob…
The developmentNew analysis reveals that the same organizational inertia that hampers AI adoption in enterprises also protects incumbent vendors from displacement, shaping AI’s enterprise landscape.
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Two Facts That Seem to Contradict

Incumbents are painfully slow to adopt AI — and remarkably hard to displace. How can both be true? They’re the same fact wearing two faces.

Face one
Slow to adopt
  • 95% of pilots deliver nothing
  • The internal customer resists
  • Two-year timelines to change
  • Built to resist transformation
same coin
Face two
Hard to displace
  • Absorb most enterprise AI spend
  • Became the “control planes”
  • Two years no rival can rip it away
  • BCG: “a clear right to win”
The very inertia that makes an incumbent slow to change is the moat that makes it hard to dislodge. You can’t have one without the other.

Why Incumbent Durability Reshapes AI Competition

This analysis reveals that the perceived weakness of slow AI adoption among enterprises is actually a strategic advantage for incumbents. Their embedded systems, governed data, and trust-based relationships create high barriers to displacement, meaning AI disruption is more about integration and evolution than outright replacement. For investors and vendors, understanding this duality is crucial to avoid strategic missteps.

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The Evolution of Enterprise AI and Incumbent Strategies

Over the past decade, enterprise AI has transitioned from experimental pilots to core operational tools. Major vendors like Microsoft, Salesforce, and SAP have integrated AI deeply into their platforms, turning themselves into the primary custodians of enterprise data and workflows. Despite early predictions of rapid disruption, the actual landscape shows a slow, steady absorption of AI into existing systems, reinforced by organizational resistance and high switching costs.

This pattern reflects a broader trend where the most durable systems are those that are deeply embedded and trusted, making them resistant to quick upheaval, even as new AI capabilities emerge rapidly.

"The slowness is real — and so is the durability. Incumbents become the operational control planes for enterprise AI, embedding themselves into core workflows."

— Thorsten Meyer

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Unclear Aspects of Displacement and Future Dynamics

It remains uncertain how emerging AI innovations, such as foundation models and open architectures, will eventually influence the entrenched incumbents' durability. Will new disruptors find ways to bypass the high switching costs, or will incumbents further entrench their positions? These developments are still unfolding, and industry experts caution that the landscape could shift as AI capabilities evolve.

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Next Steps in Enterprise AI Adoption and Competitive Strategy

Expect continued integration of AI into existing enterprise platforms, with incumbents refining their offerings to deepen lock-in. Disruptors should reassess strategies, focusing less on quick wins and more on identifying niches where displacing entrenched systems is feasible. Monitoring how AI innovations alter data control and workflow integration will be key to understanding future market shifts.

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Key Questions

Why are enterprises slow to adopt AI?

Organizational inertia, high switching costs, regulatory compliance, and deeply embedded data and workflows contribute to slow AI adoption in enterprises.

Why are incumbents hard to displace despite slow adoption?

Their embedded, trusted systems create high barriers to change, making them durable as they serve as the operational backbone of enterprise AI.

Can disruptors still challenge incumbents effectively?

Yes, but they often underestimate the strength of incumbents' embedded positions and focus too much on quick wins rather than long-term strategic displacement.

What does this mean for AI investment strategies?

Investors and vendors should recognize that incumbents’ durability is a key factor, and strategies should focus on integration and evolution rather than outright disruption.

How might future AI developments change this landscape?

Emerging AI architectures and open models could lower switching costs or create new pathways for disruption, but the current embedded advantage of incumbents remains significant.

Source: ThorstenMeyerAI.com

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