Meta Agents that generate their own experts.

Pelora's agent turns anything it must understand into a small trained specialist - generated from your own data in seconds, validated, and regenerated when that data changes. Your world moves into the weights, and the weights are yours.

An expert in your codebase your claims process your protocols your world

The idea

Today's agents re-read your world on every call. Ours learns it.

Foundation models know everything public and nothing about your world. The usual fix is to tell them, every single time - context, retrieval, and prompts that have to carry the whole story on their own.

The Pelora agent learns instead. Whatever it needs to know becomes a trained expert, created in about 13 seconds on a commodity GPU and validated before it ever does the work.

How it works

An orchestrator that does not just call models. It builds them.

  1. 01

    From your data, an expert

    Your data in, a trained expert out. A corpus, a task, a body of knowledge - it does not matter which. No training run.

  2. 02

    Verified, not hoped-for

    No expert goes to work before it has been verified. That happens behind the scenes, every time.

  3. 03

    Alive, not archived

    When data drifts or the base model upgrades, experts regenerate in seconds.

The difference, at speed

One expert. 13 seconds against 3 hours.

Same task, same base model, two ways to specialize it.
Pelora 1x NVIDIA L4
Elapsed
0.0s
Cost
$0.000
Progress
0.00%

Ready

Conventional fine-tune 8x A100
Elapsed
0.0s
Cost
$0.00
Progress
0.00%

Ready

Then your data changes.

An expert is not an artifact you archive. It is a thing you keep current.

Training set

Q1 tickets Q2 tickets Policy v3 New policy v4
Support triage expert v4 Verified and live built on last month data

What you get

A platform for optimized local agents, built in seconds with nothing to engineer.

Built in seconds

Not a sprint, not a project. The agent builds what it needs while it works.

Nothing to engineer

No ML team, no training runs to schedule, no tuning. It is automatic and autonomous.

Runs local

Everything happens on your own GPUs. No data leaves your network.

Costs less, answers better

Less spent on tokens and huge models, and a specialist beats a generalist reading about the task.

Questions

How is this different from fine-tuning?

A fine-tune is a training run you schedule, staff and wait for. Ours is a generation step measured in seconds. The comparison above is the honest version of the difference.

Who owns the resulting weights?

You do. Your data trains your experts, and they can be generated and served on your own GPUs inside your perimeter. Nothing has to leave.

What happens when our data changes?

The expert is regenerated. When that costs seconds rather than hours, keeping experts current stops being a project and becomes routine.

Can we try it on our own data?

Yes, in a live session with us rather than through a public endpoint. Get in touch and we will run your task together.

Talk to us

Use what AI has become - to make AI improve itself.