Enterprise

Ten agents. Different models. One translation.

When every agent translates for itself, the same sentence comes out ten ways. Put FluentC in the loop and they all return the same one.

enYour order has shipped and will arrive on Thursday.

  • Support agentSu pedido ha sido enviado y llegará el jueves.
  • Sales agentSu pedido ha sido enviado y llegará el jueves.
  • Voice agentSu pedido ha sido enviado y llegará el jueves.
Three agents, one translation. Illustrative example.
The problem

Same sentence. Six agents. Six versions.

Language models write translations fresh each time, and every model and prompt phrases things its own way. None of them is wrong. They just aren't the same, and your customers can tell.

Source textYour order has shipped and will arrive on Thursday.Target: es

Each agent translates for itself

6 versions
  • Support agent Model ASu pedido ha sido enviado y llegará el jueves.
  • Sales agent Model BTu pedido fue enviado y llegará el jueves.
  • Onboarding agent Model CHemos enviado su pedido; lo recibirá el jueves.
  • Billing agent Model DSu envío está en camino y llegará el jueves.
  • Docs agent Model ESu pedido se ha enviado y llegará este jueves.
  • Voice agent Model FTu pedido ya salió y llega el jueves.

…and every other agent adds a version of its own.

All agents call FluentC

1 version
  • Support agent Model ASu pedido ha sido enviado y llegará el jueves.
  • Sales agent Model BSu pedido ha sido enviado y llegará el jueves.
  • Onboarding agent Model CSu pedido ha sido enviado y llegará el jueves.
  • Billing agent Model DSu pedido ha sido enviado y llegará el jueves.
  • Docs agent Model ESu pedido ha sido enviado y llegará el jueves.
  • Voice agent Model FSu pedido ha sido enviado y llegará el jueves.

…and every other agent returns the same one.

  • One translation
  • Any model
  • Reviewed once
Illustrative: the variants are plausible phrasings, not output from named models. With FluentC, the first request translates the text and later requests return the stored translation.
How it stays the same

Translate once. Return it every time.

  1. The first request translates

    The first time FluentC sees a sentence and a target language, it translates it.

    es + "Your order has shipped…"
  2. The result is stored

    The translation is kept against a hash of the target language and the exact text. That pair is the key.

    sha256(es + text) → stored
  3. Every later request gets it back

    Any agent, on any model, through any integration, that sends the same text and language gets the stored translation.

    same key → same words

The match is on the exact text, not a similar one. See consistency across agents in the docs.

What you get

One voice, whatever is behind it.

Any model, same words

Swap a model, add one, or run six side by side. The wording customers have already read doesn't change when the model behind an agent does.

Review once

Someone fluent reads a translation once. Every agent that sends that sentence afterwards sends those same words, not a fresh variation.

One voice across channels

The shipping notice reads the same in chat, in email and on the phone. Your brand sounds like one company, not ten agents.

Repeats come from memory

Text FluentC has translated before is answered from memory instead of being translated again, so the second agent is faster than the first.

Straight talk

What consistency does, and what it doesn't.

It does

  • The same text and target language return the same translation, every time.
  • It holds across agents, models, integrations and channels.
  • It makes review practical: one phrase, one review.

It doesn't

  • It isn't fuzzy. Change one character and it's a new string with a new translation.
  • It doesn't fix your source text. If two agents word the English differently, they send different strings.
  • It doesn't replace review for regulated or high-stakes content. It lets you review each phrase once.
In practice

See it in your industry.

All ten industries →
Questions

Before you ask.

The short answers to what teams running several agents usually want to know.

Something else? Ask us →
What does “the same translation” mean exactly?
The same text and the same target language return the same stored translation, whichever agent, model or integration asks. The match is exact, so it's a guarantee about identical strings, not about similar ones.
What if two agents word the English differently?
They send different strings, so they get different translations. Standardise the sentences you care about, such as status messages, policy lines and greetings, and have agents send them as written. FluentC keeps the translation of each one stable.
Can I change the model behind an agent?
Yes. For text FluentC has already translated, the answer doesn't depend on the agent's model, so customers keep seeing the same wording after you switch.
Does this replace human review?
No. For regulated or high-stakes content, keep your own review process. What changes is how often you do it: once per phrase, instead of once per agent.
How do we connect many agents?
Each agent uses whichever integration fits it: MCP, LangChain, the n8n node or the REST API. They all use the same translation memory.
Is there an enterprise plan?
FluentC has two plans, Standard (Batch) and Pro (Real-time), each billed monthly or annually, on the pricing page. If you're running many agents and want to talk through volume, support or a security review, get in touch.

Running more than one agent?

Tell us what you're building. We'll show you how it fits.