A framework to make robotics accessible and easy for everyone (ML engineers/firmware engineers/vibe coder/people with no technical knowledge) where all the stacks have clear separation so every speciality can focus on what they do best.
Why do you assume the code will be bad in the first place?
Coding as someone without experience in coding? Most probably yes, but from someone with some kind of expertise who can act as a guardrail for bad code piling up? Probably not.
https://peppy.bot a robotics framework to replace ROS 2, currently working on automatic nodes resolution so pulling a working software for your robot is as easy as doing an `apt get install my_robot`.
The goal is to enable devs from all fields (embedded devs/AI engineers/vibe coders) to work on their own stack without ever having to worry about the other parts of the robot stack.
Hey,
too bad you've shut down, looked like a great project.
> I notice you don't have shared memory transport, nor do you support runtime composability (I think?)
We're using Zenoh in the backend, we didn't try to reinvent the wheel on that front.
> I'm also a little confused on what serialization format you support - is it an entirely custom one?
It's cap'n proto, but abstracted away for the user so he doesn't have to think about it.
> BSL feels great, but I found it scared off some people
Agreed, but we're building a SaaS in parallel, PeppyOS will be 100% free and open source but we don't want another company to build a SaaS on top of it, that will be the only restriction of the BSL license, otherwise it's the same as Apache 2.0.
Our goal is to make all of this super easy with the installation of a single script. We're also working on a SaaS in parallel which will allow you to fire up the whole stack in your browser, 0 setup required (you pick the robot you want and it runs in a sim in your browser). Then, when you're satisfied with the result you just run a bash script on your Jetson board and everything will work the same on your real robot.
Very interesting. There is nothing that would prevent PeppyOS nodes from running on the GPU. The messaging tech behind PeppyOS is Zenoh (it's swappable), it can run on embedded systems (PeppyOS nodes will also be compatible with embedded in the future). That being said, at the moment the messaging system runs exclusively on the CPU.
Fun fact, we've been using pixi to compile everything Python related internally. In fact PeppyOS was even started with pixi as a base layer (but we pivoted away from it since the project is in Rust and Cargo is the de-facto toolchain). We support uv by default for Python (since it's what's the most used these days) but pixi is already supported, see the note on this page: https://docs.peppy.bot/guides/first_node/
Hey, good points, we have plans to create a ROS2 bridge in the near future. We definitely won't be able to catch up with huge ecosystem that ROS2 has created over the years but we will rewrite the annoying parts, that's for sure.
https://peppy.bot/