Module Interfaces

Keero Bot exposes a small set of practical interfaces that support development, portability, and modular expansion. This page describes them at capability level rather than as a replication-grade pinout.

Interface Map At A Glance

The public-facing interface story of the board includes:

• battery and portable power attachment
• development and flashing access
• camera and display connectivity
• microphone, speaker, haptic, and user-input connectivity
• dock and module expansion access

This is enough to show that the board is architected like a real system, not a loose collection of experimental pads.

Development Access

The platform includes direct development connectivity so the board can be powered, flashed, debugged, and integrated into early prototypes without extra carrier hardware.

Publicly, this interface category covers:

• wired development access
• firmware bring-up workflows
• bench testing during prototyping

That matters because a serious prototype platform has to be practical for debugging, repeated flashing, and subsystem validation.

Portable System Interfaces

Keero Bot is designed around a portable core board, so the public hardware story includes dedicated paths for:

• battery operation
• display integration
• sensor and interaction peripherals

These interfaces are documented conceptually because their existence matters to the platform narrative, while exact implementation details remain private.

Likely External Hardware Roles

At platform level, these interface groups support roles such as:

• battery connection
• display module attachment
• camera module attachment
• audio I/O
• user controls
• future dock or mobility connections

Audio and Interaction Interfaces

The board supports the interaction features that make the project feel like a product platform rather than a controller board:

• microphone path
• speaker path
• haptic output
• user interaction input

This cluster is especially important for future conversational or expressive AI experiences.

Dock and Module Interfaces

The most strategically important external interface is the module connection layer.

It exists so the mainboard can:

• attach to a dock
• connect to mobility concepts such as tracks
• support future accessory experiments

The public documentation describes this as a modular system contract, not as a detailed mating specification.

That is the right tradeoff for a sponsor-facing doc set: useful enough to understand the platform, restrained enough to avoid a direct copy map.

Public Documentation Boundary

This page intentionally avoids:

• exact connector pin numbering
• manufacturing-ready mating guidance
• low-level signal disclosures that simplify copying

If deeper integration detail is ever shared, it should be done selectively and in context.