Project Profile

Project type
Open-source indoor mobile manipulation robot.
Primary environment
Room-scale indoor spaces such as apartments, labs, and bounded domestic layouts.
Navigation path
LiDAR-centered mapping and bounded navigation between named locations.
Manipulation path
Lightweight mobile arm for pickup, transport, and placement of a small supported object set.
System philosophy
User-owned local workflows over cloud-first operation.
Repository state
Planning and prototyping, with repository structure and operating assumptions still being defined.

What This Site Covers

Mission

What the project is trying to build, how the first version is intentionally narrow, and which constraints define the initial robot.

Structure

How the repository is laid out across robot runtime, firmware placeholders, shared protocols, tests, and operator tooling.

Working Rules

How contributors are expected to discuss changes, describe validation, raise security issues, and flag safety-sensitive diffs.

Current Status

Repository state in the current snapshot
Area Current emphasis Notes
Identity Established Repository naming, licensing, and issue templates are already present.
Documentation Primary reference surface README, support, security, and contribution rules currently carry most of the project definition.
Subsystem code Placeholder-heavy Several directories exist to define shape and ownership before reproducible implementations land.
Deployment posture Local-first The project explicitly avoids assuming cloud dependency as the baseline control path.

Reading Order

  1. Read Field Manual for the task model and first-version boundaries.
  2. Read Source Tree to see how the repository is partitioned.
  3. Read Contribution Guide before opening large issues or pull requests.
  4. Read Safety Notes before assuming security, autonomy, or operator-risk behavior.

Use This Manual

Read this site as a compact handbook for the repository: overview first, structure second, process and safety notes after that.