image-gallery VS tinypilot

https://www.invisible-computers.com/invisible-calendar/image...

Two:

https://github.com/Invisible-Computers/image-gallery/blob/ma...

Both of these require rendering the content via an HTTP endpoint and both of these currently still require the content to be proxied through the device backend.

> I can buy an ESP32 e-ink screen and run esphome or any of several other open source projects and put a piece of wood on the front of it, too.

Yes, you can! And if you do this, you have absolutely no need to use my e-paper smart screen.

I am hoping to add third party apps, that's why I have created the API for 3rd party apps:

https://github.com/Invisible-Computers/image-gallery/blob/ma...

But right now, I understand that building an app for my platform is

a) more hassle than just pointing to a URL

b) limited upside, because the audience that you can charge for a subscription isn't very big yet.

However, I think that a good app could generate its own audience (aka drive ppl to buy the displays) and then make money by charging them a small monthly subscription fee.

I'll ship within Europe as soon as I have bootstrapped the 7000 Euro necessary for CE certification.

In terms of openness, there is this:

https://www.invisible-computers.com/invisible-calendar/image...

and this:

https://github.com/Invisible-Computers/image-gallery/blob/ma...

I also want to make the esp32 controller itself more hackable in future, but I don't want to promise anything because that's quite a lot of work for me.

Here is the API description:

https://github.com/Invisible-Computers/image-gallery/blob/ma...

And here is the sample app:

https://github.com/Invisible-Computers/image-gallery

Admittedly, I am not the greatest technical writer, but I compensate by being pretty responsive. :)

This display offers a simple API to build applications for it:

https://shop.invisible-computers.com/products/invisible-cale...

https://github.com/Invisible-Computers/image-gallery/blob/ma...

The API doesn't require any special knowledge about e-paper displays, it just expects an image URL in the correct resolution and will then render it to the display.

You can buy the display off the shelf, and if you are interested in building an app, contact me at [email protected] for a developer account :)

Feel free to go to town on it :)

I make one that I put a lot of effort into documenting:

https://github.com/tiny-pilot/tinypilot

It's pretty easy to extend since it's just Python and vanilla HTML/JS/CSS, so there's not much of a toolchain to install.

You can buy it pre-made for $399 or make a DIY one for under $100.

https://tinypilotkvm.com/blog/build-a-kvm-over-ip-under-100

Took me awhile to remember what it was called, but TinyPilot [^0] by mtlynch is pretty cool. Michael sometimes writes about running a hardware business on his blog [^1].

[^0]: https://tinypilotkvm.com

[^1]: https://mtlynch.io/posts/

https://tinypilotkvm.com is a great option for this.

Flash the microSD with Raspberry Pi OS Lite, and then install the free, Community edition of TinyPilot.

Not yet, but that's something we're exploring: https://github.com/tiny-pilot/tinypilot/issues/1320

You could use the PI to run TinyPilot for IP KVM for one of the PCs: https://github.com/tiny-pilot/tinypilot