Inference optimization

Faster. Cheaper. Verified on yours.

Models are converging in quality. Cost and latency are the edge. Pareton searches the serving config space until a better engine holds on the workload you already run.

Coming Soon · Bittensor Subnet 10

Priority

GPU-hours at SLA

Hard gate

p99 TTFT / ITL

Search space

Kernels, KV, batch, quant, and more

Baseline rule

Only moves forward

01 · Brief

Inference demand is compounding faster than efficiency improves. Pareton exists to close the gap, one validated configuration at a time.

02 · Method

How a better engine gets in.

We only keep a change if your latency cap still holds.

02 · Method

How a better engine gets in.

We only keep a change if your latency cap still holds.

Then we try again

Scroll to step through

You tell us what you run. We freeze it.

That snapshot is the ruler. Every later change is judged against it, not against a public leaderboard.

Your model

The model you already serve.

Your GPUs

The hardware you already own.

Your latency cap

The limit you will not break.

We try to cut

GPU hours

We do not move

Your latency cap

01 / 03Setup

01 · Setup

You tell us what you run. We freeze it.

That snapshot is the ruler. Every later change is judged against it, not against a public leaderboard.

Your model

The model you already serve.

Your GPUs

The hardware you already own.

Your latency cap

The limit you will not break.

02 · Test

A change only counts if it beats today.

Same GPUs. Same traffic. Same latency cap. If it is not cheaper, it is discarded.

03 · Keep

A win becomes the new today. Then we search again.

Keep it, or throw it out. The starting point only gets better.

Keep

This is now what you run.

Discard

Try the next change.

03 · Why it holds

Measured against your production baseline. Not a leaderboard.

01

Your workload is the benchmark

Every candidate is scored on the profile you approved: real traffic shape, production flags, and the hardware you actually serve on.

02

Auditable patches, not knobs

Improvements arrive as reviewable code and configuration diffs. You can see what changed, why it won, and what it did not touch.

03

Fragile gains are rejected

Build, quality, compatibility, and cross-GPU gates run before the bench. A trick that only works on one trace does not ship.

04

The loop is the team you did not hire

Search continues after the first win. Each promotion raises the floor, so GPU-hours, throughput, and latency keep moving.

04 · Buyers

Built for the people who own GPU spend and SLA.

ML platform

Inference and serving leads

You run vLLM, TensorRT-LLM, or SGLang in production. You need the kernel and KV-cache work without freezing a quarter of the team.

Infrastructure

Heads of infra and GPU ops

Utilization and cost per token are the line. Pareton reports in GPU-hours at SLA, on the SKUs you already bought.

Technical eval

Staff ML engineers

You will read the campaign, the patch, and the bench. The product is a numeric record of what was tried, what failed, what shipped.

Pushing the Pareto frontier of inference.

If you already serve models under a real SLA, send the profile. We will tell you whether the search is worth running.