Every request
takes a side
Qualified work runs on local models. Everything still under evaluation stays on the frontier until the evidence says otherwise.
How Lakuna works
Start on frontier
All traffic begins on the frontier model. Nothing moves until it's proven safe to move.
Map real workloads
Work-types start from a benchmark seed, then re-form around your actual traffic.
Qualify candidates
Deterministic verification — exact-answer scoring, same result every run — scores each model against each cluster. A/B auditions extend it where answers aren’t checkable.
Migrate traffic
Only clusters that clear the quality bar move to local models — progressively, and measured the whole way.
What could you
stop paying for?
Pick your setup and see which local model could take that work off the frontier.
I am a , I want to , and I also need to .
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- Cost / 1M tokens
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- Cost for the firm
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- Cost / 1M tokens
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- Cost for the firm
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Illustrative estimate — assumes a 500-person firm and a $9.00 / 1M blended frontier rate. Example figures for exploring the idea, not measured customer results.
Model-maxxing is
expensive by default
AI spend is accelerating, and production traffic stays concentrated on the frontier — even for the work that doesn't need it.
Sources: Menlo Ventures 2025 Enterprise GenAI Report · OpenAI, "How people are using ChatGPT," 2025
Why this, why now
Routing research shows complementary models beat any single strongest model. Lakuna packages the measurement-and-transition system that serious teams currently stitch together by hand.
Trust before traffic
No traffic moves to a local model until the matrix says it's earned it.
Cheap to maintain
Only affected cells get invalidated when a model, prompt, or runtime changes.
A learning loop
The matrix shows exactly where local models fall short — pointing straight at what to train next.
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