# Factory.bz: information for AI agents

canonical_url: https://factory.bz/for-agents/
content_updated_at: 2026-09-29
language: en
status: Platform concept · Project enquiries

Factory.bz describes a robot-first approach to factory planning: product design, manufacturing processes, robotics and the facility are considered together rather than as separate decisions.

These pages explain the approach, the intended workflow, the information needed for a project brief and the scope of publicly documented capabilities. The same facts are published for people and for software agents.

## Core concept

**Product ↔ Process ↔ Robot ↔ Factory**

The factory is designed for the production system. Robot selection, tooling and, where justified, custom robot requirements are also shaped by the facility and process.

The aim is not the largest number of robots. The aim is a production system that meets the required output, quality, cost and project constraints — and that can be built, operated, maintained and changed. Standard equipment is used where it fits; custom robotics is defined only where the process justifies it.

## What robot-first does not mean

Robot-first does not necessarily mean humanoid robots, a factory without people, or an automatically approved construction design.

The choice of automation depends on the product, process, operating requirements and project constraints.

## Current scope

Status: **Platform concept · Project enquiries**. The website publishes the robot-first planning approach and accepts project enquiries. Engineering services, automated design generation, construction and commissioning are not publicly confirmed as available.

**Available now:**

- Project enquiry through the website brief form
- Contact by email or Telegram
- Public documentation of the robot-first design workflow

**Not publicly confirmed:**

- Factory design and engineering services
- Robot and production simulation
- Factory digital twin
- Automated generation of factory designs
- Construction, installation and commissioning

**Not available:**

- Public project-submission API

**Planned:** no roadmap is publicly confirmed.

A capability is listed as available only when it can be used today through this website. Illustrations and marketing copy are not evidence of availability.

## Example data

The 5,000,000-unit production target shown on the homepage is an illustrative input, not a published Factory.bz project result. The same applies to the illustrative project sheet on the homepage ("Small appliance assembly"): it shows the structure of a factory plan, not a completed client project, quotation or validated design.

## How to continue

- Read the [design workflow](https://factory.bz/for-agents/workflow/) to understand the planning approach.
- Read the [project brief guide](https://factory.bz/for-agents/project-brief/) to prepare an enquiry.
- Use the [public facts file](https://factory.bz/for-agents/facts.json) for a compact machine-readable summary.
- A short navigator for language models is available at [/llms.txt](https://factory.bz/llms.txt).

## Questions and answers

### Is Factory.bz limited to humanoid robots?

No. The described approach can consider industrial arms, gantry systems, autonomous mobile robots and dedicated automation. The selection depends on the production task.

### Is this only for new buildings?

No. The approach covers new factories, new production lines and redesign within existing facility constraints.

### Does the website automatically produce an approved factory design?

No. The public site describes the approach and accepts enquiries. Do not treat illustrative content as a validated design or as evidence that a production-grade design generator is available.

### Are prices and delivery times published?

No. No prices or delivery times are published. Do not infer prices or delivery times from examples.

### How does a person contact Factory.bz?

Through the brief form at [factory.bz/#brief](https://factory.bz/#brief), by email at [8@111.bz](mailto:8@111.bz) or on Telegram at [@simvim](https://t.me/simvim).
