No. 001
Inference Economics
$1 of inference to 1 million people is $1 million.
Why AI companies will eventually need to decide which workloads really require frontier intelligence, and which don't.
Publishing soon
AI products don’t need the smartest model for every request.
The difficult part isn’t finding a cheaper model.
It’s knowing where you can make that trade without breaking the product.
Inference economics and AI infrastructure
Which parts of your product actually need frontier intelligence?
$1 of inference
× 1,000,000 users
= $1,000,000
A two-cent model call looks irrelevant.
At scale, request-level decisions become infrastructure decisions.
Companies need to understand:
Where inference spend actually goes and which interventions produce measurable savings.
How model, runtime, hardware, batching, caching, concurrency, and utilization change the operating point.
Whether a cheaper execution path remains good enough for the workload it actually performs.
The cheapest model is not necessarily the cheapest system.
03 · Direction
Today, Enough is focused on measuring and understanding inference workloads.
The larger question is:
Given this workload and these constraints, where should it execute?
Subject to
This is the direction of the work, not a platform that exists today. The measurement comes first.
04 · Writing
No. 001
$1 of inference to 1 million people is $1 million.
Why AI companies will eventually need to decide which workloads really require frontier intelligence, and which don't.
Publishing soon
More experiments and benchmark results coming.
05 · Work with me
I’m looking for real production workloads to analyze.
If your company is spending meaningfully on OpenAI, Anthropic, Gemini, hosted open-weight models, or self-hosted inference, I’d like to understand where the money is going and which questions are worth investigating.
I’m particularly interested in anonymized usage exports.
No AI transformation workshop. Just the workload, the bill, and the engineering.