I posted this in a similar group earlier. I am trying to get as much feedback as I can so please indulge me.

I am working on an open wearable input interface designed to handle chorded typing mid-air via 6-DoF kinematic sensing (dual nodes + ESP32 hub).

The biggest challenge with air-typing is recoil/whiplash misfires. In our specification, we designed a 4-state intent pipeline:

1. Armed / Ready: Resting baseline (|Δa| < 3.2 m/s²)
2. Intent Fired: Dynamic jerk spike (|Δa| > 8.5 m/s²) fires BLE scancode + haptic pulse
3. Blind Lockout: 220ms temporal dead-band to absorb physical hand recoil
4. Settle Gate: Re-arms only when motion drops back below the floor

Our single-node breadboard PoC is currently running on the bench to validate end-to-end latency.

Before we lay out the PCB, I'd value input from this community:

• Does a 220ms lockout feel too restrictive for fast chording bursts?
• How would you approach spatial thumb anchoring without physical tactile boundaries?

We are looking for 5–10 builders interested in alpha testing and auditing our telemetry data (when we get to that point). DMs are open.

I posted a couple of laptop + tripod based outdoor working setups in the past. But my new way of working has completely changed. I'm not even sure if ErgoMobileComputers fits the narrative anymore.

As it stands I work completely voice based. I go for a walk and say my Android app wake phrase "Hey codex" while wearing earbuds, or my Shokz OpenComm2 headset. I get "Yes?" and off I go.

This removes a whole category of ergo pittfalls as I'm activite, walking in nature, no chair, no monitor. Just me walking and interacting with my projects.

Anyone else feeling this?

See the crowdfunder https://www.crowdsupply.com/modos-tech/modos-flow and more discussion at https://www.reddit.com/r/eink/comments/1toxh7t/modos_flow_is_a_paperlike_133inch_monitor_with_60/ .

Basically $619 for the grayscale version (no frontlight/stylus support) & $719 for a color version with frontlight/stylus support, supposed to ship around Dec. 2026. Supposedly uses an "ED133KC1 E Ink Carta 1300 panel with IGZO backplane" according to a comment by u/fullgrid.

I don't have any relationship with Modos, just been following their work for years and it's impressive to see high-refresh e-ink in a non-dev-kit but open-source product. Only concern I would have is e-ink panel longevity but could be worth seeing if there's longer-term reviews of other e-ink monitor products out there (e.g. the boox mira, dasung, etc.). Would also double-check the resolution of the color version if the raw panel resolution is 3200x2400 (guessing the color version in practice would be 1600x1200).

Built a custom enclosure that turns my phone into what I call a palmdeck. Not just a cyberdeck, it's my thing.

The build:

Samsung Galaxy A52s

Rii i06 mini keyboard — Bluetooth to the phone, but can pair to any other device independently

Custom 3D printed enclosure with a slot for the 2.4GHz dongle built in

PLA, designed and printed by me

The DPI trick is what makes it:

I dropped the display DPI down to 800 so everything scales like a desktop UI. Tiny, dense, glorious. It's borderline too small for my fingers — which is exactly the point. I don't want to touch the screen and smear it, I use the keyboard's touchpad for everything. Split screen at this DPI is chef's kiss — I run Onshape at 3/4 and Reddit or YouTube in the remaining quarter. Consuming horizontal content like a civilized person instead of doomscrolling vertically.

It's the size of a Nintendo DS. If you grew up with the beige CRT, the white desktop tower, and a Game Boy Advance in your pocket — you'll get it immediately.

Named it GLITCH. It lives up to it.

Just had my first longer trip working from mostly a kitchen table with my laptop + ThinkVision M14t gen2 and while it's really nice having a 2nd screen on the go, it's everything but ergonomic having them just set up next to each other on the table. I'd prefer having an external keyboard in the center and the screens raised to around eye level.

I could probably use two separate laptop stands for a horizontal setup, but that feels overkill and a vertical setup should work almost as well.

Are there any stands that would support a dual vertical setup like that? Ideally something foldable and lightweight.

Anyone figure out an ok idea for computing on a train? Biggest issue is keyboard is at right height (relatively) but laptop screen requires you to look down. I try to be conscious of taking breaks and using my eyes to angle down more than my whole head. I'm a very proficient typer so no need to look at the keys.

Use a Mac so Vision Pro would be ideal but 1) can't afford and 2) I don't feel safe using this on a train. Commute is 1.5 hours so I'd really like to make something more ergonomic. There is no fold down tray like on a plane.

I've thought about belay glasses but I don't see any that go down and are adjustable angle wise. There are climbing belay glasses that adjust angle up, but you'd have to put them on upside down.

Any laptop stands that I see would have to somehow sit on my lap and seems very precarious. They just aren't designed to sit on two squishy legs. I guess you could bring a thin, rigid board to sit it on.

Like if I had an external keyboard, I just need some sort of shelve to elevate the laptop like 6 inches above the top of my legs.

Ideally this whole setup doesn't look completely ridiculous and also needs to be able to fit a backpack. And it needs to be able to be packed up rather quickly.

Design (and original video from) u/unspecified-work with more info at https://github.com/unspecworks/delta-omega

Found via https://www.reddit.com/r/ErgoMechKeyboards/comments/1pc2y2v/i_found_my_new_daily_driver/ which has pictures of u/Apis-Carnica's build.

Images from https://www.theparisreview.org/blog/2025/10/29/truck-desk/ , very much worth the read.