Ask HN: What projects are you working on now?

Looks nice. I don't think you should have the text options bar at the top disappear when the cursor isn't captured in the textbox.

I wrote a class management system some years back for the dance school I go to and now I am writing v2. :)

Maybe I’ll open source that Node.js Etcd-like KVS I wrote for the various micro services at work...

https://abot.app/ . I've noticed an increased number of sign-ups as more companies are going remote. I've also decided to give it away for free for educational purposes. Already a couple of university teachers are using it to facilitate and encourage asking of "stupid" questions during online classes.

Hmm, its quite a list.

GPS Disciplined 100Mhz clock source. I've got the QRP Labs "fake" temperature controlled synthesizer, an Icebreaker FPGA board, and an Adafruit ultimate GPS with 1PPS output.

Reminder/message board which is two parts, a server that monitors a file for messages and puts the top 8 on an LED sign in my office/lab. A set of transponders that generate messages for the file. And a 'grooming' process that looks at the available messages and prioritizes them for the sign.

Moving my iBitsy LED clock over to a nice 64 x 64 LED panel. This is mostly 3D printing a case, and updating software on the ESP2866 controller using Micro/Circuit Python.

Building a NAND driver for an embedded system that is currently booting off internal flash. The NAND option lets you encrypt the firmware which is a handy feature and you can have larger boot images.

Debating ideas for future Pandemic prep with friends over zoom.

Working out aspects of DSP that I have code that implements but I don't feel I really understand as completely as I should. The goal here is just learning, especially about polyphase channelizers.

Building kits that I've bought but haven't assembled. (The "big" one is the replica IMSAI 8080)

Noodling on design ideas for 3D printing custom spacers so that I can stack test equipment without have to rack it. Vendors design their gear so when you have multiple instruments from them you can stack them on your bench, but when you mix vendors that falls apart. My thought is that you can 3D print pieces that adapt from one vendor to another.

Drilling down a rabbit hole while making a 3.3V -> 5V push-pull driver with 100mA sink and source current, at 50MHz. Ideally I'll end up with a design and layout that I can replicate 'n' times on a board to create an 'n' wide driver board. For bonus points I'd like to figure out if I could make it bi-directional so I've been looking at the circuit diagrams of FPGA and SoC pin circuits to get ideas of how they do that.

My brother and I are working on a site where users can create fanfiction comics to post and share online. It's basically Webtoons, except, all the content is fanfiction in art/comics form

We just started the actual website this week after planning.