AI inference infrastructure

Frontier AI performance at a fraction of the cost.

Moji Router gives you full control over your inference cost and model performance as your agentic workloads and token usage scale.

It sits over the providers and infrastructure you already use, and routes every turn of long agentic tasks to the best model on cost and performance, cutting and controlling your bill inside a budget and quality floor you set.

The outcome

A lower bill you set in advance.

40%
up to the amount you can save on a heavy multi-turn workload, at equal quality.
90%
of a long session can be context you already sent. Route it well and most of the cost comes out.
Fixed
the bill becomes a figure you set in advance: a budget and a quality floor the router holds.
Routing reportmonthly · multi-turn workload
Spend before
With Moji Routerat equal quality
0%
saved at equal quality

The readout tracks quality against your floor every turn, so you see a dip before your users do.

How it routes

Watch it route every turn across your providers.

ONE TASK · MANY TURNSAGENTIC WORKFLOW01 · plan02 · code03 · retrieve04 · testTHE WORKFLOW LOOPS FOR AN HOURA SESSIONTHE INFERENCE LAYERPROVIDERSMoji RouterROUTES EVERY TURNSESSION STATEowns every turnPRICE-QUALITY SCORINGevery model, every turnBUDGET + QUALITY FLOORfixed in advanceCALIBRATES ON LIVE TRAFFICOpenAIAnthropicZ.ai · GLMDeepSeekFrontierHard turnsMidSteady workLightRoutine turnsBUDGETCOST · INDEX77

Every turn is routed to the model and provider that answer it best for the least cost.

Drop-in and resilient

A thin layer you can put in the path.

If a provider degrades
A turnIN THE SESSIONMoji RouterWATCHES EACH TURNProvider ADEGRADEDProvider BRE-ROUTEDSAME BUDGET · THE SESSION CARRIES ON
  • Failover when a provider degrades. If a provider slows or errors, the turn re-routes to another provider in your pool and the session carries on.
  • A thin layer. The router's own overhead is reported alongside the saving, so you see what it adds in time as well as what it cuts in spend.
How it drops in
OpenAI-compatible clientbase URL swap
from openai import OpenAI

# point an existing client at the router:
# only the base URL and key change.
client = OpenAI(
    base_url="https://api.mojirouter.com/v1",
    api_key="MOJI_ROUTER_KEY",
)

resp = client.chat.completions.create(
    model="auto",   # the router picks, turn by turn
    messages=messages,
    extra_body={
        "operating_point": "balanced",
        "monthly_budget_usd": 20000,
        "quality_floor": 0.9,
    },
)
Who it is for

Built for heavy AI workloads. Drops in as a layer.

Coding agents

loop over a codebase, resending files and history each turn.

Agentic SaaS

call a model at every stage, and the bill scales with usage.

Long-session assistants

carry a growing history that is resent on every reply.

Retrieval-heavy products

prepend retrieved documents to the prompt on each request.

  1. Point your calls at ita base-URL change with an OpenAI-compatible client, or the SDK. Your application code stays as it is.
  2. Run a plug-and-play pilotthe router routes your traffic and holds it to the budget and quality floor you set.
  3. A contract follows the pilotterms sized to your own AI workload, agreed once the pilot has run.
The next layer

More than a router: the management layer for your inference.

Routing every turn across your providers is live today. Our research takes it further.

Session routing

Pricing the whole session to keep context warm across every turn and every provider.

Model training

We train models that scale intelligence continuously on demand. Turned down, the dial cuts the bill at equal quality; turned up, it buys more quality for the same spend.

Agent routing

As you run fleets of agents, the same layer routes each sub-task to the model that fits it, inside a cost envelope you set.

See your saving

See what you would save.

One workload and a base-URL change puts the router in your request path.