Hand off the work, not the judgment.

No scripts to write. Nothing runs until you approve it.

With terapod,
be ready for your cosmos voyage

  • Automate your work
  • Integrate with your ecosystem
  • Get hands on your knowledge
  • Human-in-the-loop, fully autonomous
  • Personalize your AI agent
  • Connect your agents
  • Let's go ->
The agent

Meet the terapod

Point it at Jira, a ticketing portal, an internal admin console — anything with a browser UI. It signs in with you, scans what it can see, and hands back a list of the things it now knows how to do. You approve the list; it keeps the capability.

The platform

Build with pods

Every request you make produces a pod — a named, durable unit you own. Chain pods into a pipeline, or set a flock of them working the same job in parallel. Each pod carries its own retrieval over its own data, so it answers for itself.

An agent that learns your tools

Six things the terapod does, from first connection to the question you ask it three months later.

Connect any web app

Give it a URL and a name. Ask in the chat or use the form — both arrive at the same place, and both end with a pod you can reopen.

connect

Scan behind the login

A real browser opens for authentication — you sign in, it never asks for your password. Then it explores only what your account can already reach.

authenticate

Review before it acts

Discovered forms, grids, and workflows come back as a plain list for approval. Nothing is saved as a capability until you say so.

approve

Ask it in plain language

Everything a pod reads or writes is indexed against that pod. "Which invoices are still unpaid?" is answered from what it has actually seen — and refreshed from the source when it hasn't.

retrieve

Chain pods into pipelines

A row lands in a spreadsheet pod; a task appears in your Jira pod. Podchains link one pod's output to the next, with the mapping stated explicitly — never guessed.

podchain

Run a flock in parallel

Split a backlog across three or four pods working at once, with concurrency held in check and results merged — no duplicated work at the far end.

flock

Four steps, then it's yours

You stay in the loop at the only points that matter — what it may reach, and what it may do.

  1. 01

    Describe the job

    Say it the way you'd say it to a colleague. The orchestrator reads your intent and routes it to the right handler.

  2. 02

    Sign in once

    A browser opens; you authenticate. The agent scans only what that session already grants it.

  3. 03

    Approve the capabilities

    Review the forms, grids, and workflows it found. Keep what's useful, drop the rest.

  4. 04

    Reopen it any time

    The pod persists, named from your request — ready to run again, answer questions, or join a podchain.

Tailored AI Solutions Built for You

We work directly with your team to design and deploy custom autonomous agents tailored to your security requirements and workflow infrastructure.

Custom Engineering & Enterprise

Talk to us

Need custom app connectors, private cloud deployments, or multi-agent orchestrations? Get in touch with our solutions engineering team to build a setup tailored to your exact needs.

  • Custom web app integrations & workflow pods
  • Dedicated infrastructure & high-concurrency flocks
  • Self-hosted / private cloud & custom SSO
  • Dedicated support & custom SLA options

Looking for standard pricing tiers? Explore archived plans →

Autonomy with the brakes wired in

Grounded retrieval

Each pod retrieves over its own data before it answers, so a reply traces back to something the agent actually saw rather than to something it inferred.

Approval-gated action

Discovery is separated from execution. The agent proposes; you approve; only then does anything change in the system it drives.

Sandboxed execution

Generated code runs in an isolated executor with step and time quotas — never in the process serving your requests.

Give it the first task today

Connect one app, approve one capability, and see what an agent that knows your tools can take off your desk.

Try terapod