Firmware

The firmware side of Keero Bot is intended to stay comparatively open. Public hardware docs remain selective, but firmware progress is an important part of showing that the platform is active and real.

Current Status

Today, the public firmware story is centered on the early tracks module work rather than a fully released mainboard software stack.

That existing work already demonstrates:

• embedded platform structure
• hardware-facing control logic
• early module behavior
• a practical foundation for future system-wide firmware

That is already enough to show that the platform is moving in software as well as hardware.

What Is Public Right Now

At the moment, the most concrete public firmware evidence is:

• tracks module bring-up and behavior work
• embedded control logic for a real hardware direction
• early proof that the modular platform is meant to become operational, not only documented

This is worth showing publicly because it gives the hardware story real momentum, even before the full platform firmware is published.

What This Means

Even before the full mainboard software stack is published, the project already shows a credible direction:

• modules are not purely conceptual
• control logic is already being exercised in code
• the platform is moving toward integrated behavior, not just board bring-up

What The Full Firmware Layer Should Eventually Cover

Over time, Keero Bot firmware is expected to become the layer that turns all visible hardware blocks into a usable platform:

• boot and initialization
• peripheral coordination
• module awareness
• state management
• interaction logic
• connectivity and AI-facing integration

Roadmap

The future Keero Bot firmware layer is expected to cover:

• mainboard initialization and subsystem coordination
• camera, display, audio, haptics, and sensor handling
• dock and module awareness
• interaction logic and device state management
• connectivity and AI-oriented service integration

Why This Matters For PCBWay And Other Partners

Firmware momentum makes the hardware story more credible.

It shows that the board is not only meant to exist physically, but to become:

• testable
• demoable
• expandable
• reusable across multiple prototype directions

Public Release Model

The release strategy is intentionally asymmetric:

• firmware grows publicly
• architecture remains publicly documented
• production-critical hardware knowledge stays more restricted

That balance helps Keero Bot remain open and collaborative without turning the official hardware into an unrestricted copy target.