UK-based independent AI efficiency projectEvidence before claims ยท 2026

Local AI vs Cloud AI: Compare the Same Accepted Work

MODELLED FRAMEWORK ยท NO ROUTE WINNER

Local AI vs Cloud AI: Compare the Same Accepted Work

A long-scroll visual companion to the article. It summarizes the article evidence boundary and method; it does not extend the underlying result.

At a glance

Local AI vs Cloud AI: Compare the Same Accepted WorkFour-step visual: LOCAL FIXED COSTS; LOCAL VARIABLE COSTS; CLOUD USAGE COSTS; COMMON QUALITY GATE. Current examples are scenarios, not a measured production Qwen-versus-Luna comparison.MODELLED FRAMEWORK ยท NO ROUTE WINNER1LOCAL FIXED COSTS2LOCAL VARIABLE COSTS3CLOUD USAGE COSTS4COMMON QUALITY GATEEvidence labels and limits travel with the visual.
A break-even point depends on utilization, power, accepted quality, retries, maintenance, and human review.

Evidence in scope

  • Include hardware, energy, and upkeep
  • Include API usage, retries, and review
  • Compare equal accepted work

Evidence boundary: Current examples are scenarios, not a measured production Qwen-versus-Luna comparison.

How to use the diagram

Enter dated costs and measured workload inputs; keep assumptions visible; compare the same task fixtures and verifier.

What this visual explains: A break-even point depends on utilization, power, accepted quality, retries, maintenance, and human review.

What it does not establish

No blanket local/cloud winner, payback period, or savings claim is supported.

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