ML.ai

Baseten serves the model you pickML.ai Inference picks it per request

On Baseten you pick and deploy the model. ML.ai Inference routes each request across frontier and tuned models, and a 30-day pilot proves the saving on your traffic.

Who picks the model: the same request on both

On Baseten, someone picks and deploys a model before anything runs. On ML.ai Inference, each request is scored and sent to a route that clears your bar.

Same request, both products

“Summarize the ticket”

Baseten

  1. 1Choose a model

    open-70b-instruct
  2. 2Deploy it

    GPU you choose
  3. 3Scale up

    From zeroBilled during startup
  • Served
  • The same model handles every request

ML.aiML.ai

  1. 1Scores the request

    Tuned modelPicked

    StandardSkipped

    HighSkipped

  2. 2Checks the bar

    Acceptance barTrace logged
  • Routed per request

What ML.ai Inference and Baseten each do

Baseten

A model-serving platform. You call a hosted model by name or deploy your own onto GPUs you choose, and it scales replicas, down to zero when idle.

ML.ai

A router between your app and the model stack. Each request goes to the cheapest route that clears your acceptance bar, and a model tuned on your traffic takes over what repeats.

Which one fits your workload

Serve a model you chose

Baseten

Use this if

You already know which model should run, and the job left is serving it reliably: packaging, GPU choice, autoscaling and uptime.

Let the router choose

ML.ai

Use this if

Your cost problem is that every request goes to the same model, and you want routing proven against your own quality bar before you commit.

see how ML.ai Inference compares with Fireworks.ai

Every claim, side by side

The same categories, row by row. Every line on both sides comes from a doc, pricing page or published benchmark.

What it is

Baseten

A model-serving platform: you call a hosted model by name or deploy your own on GPUs you choose.

ML.aiML.ai

A router between your app and the model stack: route, verify and learn.

No rewrite and no new SDK.

Operating model

Baseten

You do, in every call, by naming the model or the deployment.

ML.aiML.ai

The router, per request.

You pick a tier and a policy (Automatic, Frontier only or Self-hosted only), and ML.ai picks the model.

Baseten

Deployments scale to zero after 15 minutes idle by default.

Startup is billed per minute, even before the replica serves.

ML.aiML.ai

Requests go to routes that are already running.

Baseten

Not applicable.

Baseten serves the model you chose, so the saving depends on that choice.

ML.aiML.ai

A 30-day pilot: baseline, agreed targets, a live slice of real traffic, then go or no-go.

The 30–45% cost cut is a target the pilot tests.

see what your workload could save

Deployment & security

Baseten

Baseten Cloud (with a single-tenant option), self-hosted in your own VPC, or hybrid with overflow to Baseten Cloud.

ML.aiML.ai

Routes can include frontier APIs, self-hosted models and private VPC endpoints.

Private deployment is scoped with the ML.ai team.

Baseten

SOC 2 Type II and HIPAA, per its security page.

ML.aiML.ai

SOC 2 and ISO 27001, as listed on ml.ai.

PII controls and an audit trail run on every request.

Where each one falls short

ML.ai’s own limits sit beside theirs, with the same weight.

Where Baseten is limited

Every request goes to the model someone picked.

Nothing moves a request to a cheaper model on its own.

Scale to zero saves idle cost, but the next request waits for startup, and startup minutes are billed.

or read how an ML.ai Inference pilot runs

FAQs

Does Baseten pick the cheapest model for a request?

No. You name the model or deployment in each call. ML.ai Inference picks the route per request against your acceptance bar.

Do I have to change my code to try ML.ai Inference?

No. The pilot starts in shadow mode on top of your existing calls, so nothing changes in your code until you decide to move traffic.

Is ML.ai Inference self-serve like Baseten?

Not yet. It runs as a 30-day pilot with the ML.ai team, with cost, quality and rollout targets agreed before real traffic moves.

Bring one workload to an ML.ai pilot

Cost, quality and rollout targets are agreed before a single real request moves.