Sounds like they had their scaler set up to squash everything. Not the best for content, but the best for accepting whatever people will throw at it. Can’t say I’m a fan of not giving you all the pixels you paid for, though!

I miss AV sometimes.

Nice. It looks like your led has a little hat!

Did you manage to get Linux to output the native resolution of the screen?

Is Docker considered virtualisation?

Thanks. As bare metal is quite a bit more expensive, what would I lose by going to a VPS? I’m assuming Proxmox and Windows, assuming I wanted to go with a Linux VPS. Would there be issues with running Docker containers with the VPS?

Better take a year off, mate.

At that size, for that speed, I wonder why wifi was discarded. Depends on the components connecting, I guess, but if each component is custom I imagine adding a small wifi chip to each could be smaller overall?

The dude raises some valid points.

One way to avoid looking like a fool is to look beyond just the headline- This video starts out by saying they have more Linux installs than windows, across various VMs on SBCs.

I’ll need a source for that claim buddy

In my comment elsewhere in the thread I talk about how, as a complete software noob, I like to design programs by making a flowchart first, and how I wish the flowchart itself was the code.

It sounds like what I’m doing might be (super basic) programming architecture? Where can I go to learn more about this?

As someone who’s had a bit of exposure to PLCs and ladder logic, and dabbled in some more ‘programming’ type languages, I would love to find some sort of ‘language’ that fits together like ladder logic, but for more computery type applications.

I like systems, not programs. Most of my software design is done by building a flowchart, then stumbling around trying to figure out how to write that into code. I feel it would be so much easier if I could just make the flowchart be the code.

I want a grown up Scratch.

As a millennial, I agree with that.

I’m just happy to be doing my part to make copilot worse.

Wanna talk about poisoning LLMs? Just assume the coffee in my repo is in any way good.

I don’t know if I would consider Voyager to be ‘dead’ if it stops transmitting.

If I put a message in a bottle, with a blinky light on it, then throw it into the ocean, the message is still there even if the blinky light goes out.

I’ve got the R3, love it.

640KB of memory is enough for anybody.

Looking at that, I reckon it’s easier just to pay for all the streaming services.

At this point, it’s easier to just pay for all of the streaming services.

Have a look at the Bananapi options, especially the R3. (Or the R2, it’s a bit more mature)

It’s a very capable single board computer with onboard managed switch, including SFP cages. If you want, you can buy antennas and utilise the wifi 6, or get a dedicated access point.

PFsense, openwrt, et al all have images. I think some people also run the mikrotik OS on it. It’s powerful enough to run as a hypervisor so you can chop and change between all of these if you want.

It gets bonus points for accepting 5G modems for failover.

Without knowing the setup, it’s all guesswork- But if I had to guess, the program the robot ran through would be a series of movements that results in a box that is this size and this shape in this position being moved perfectly well to this particular spot.

Humans are not that size, that shape, or in that position.

I’ve not worked industrial in Asia, but where I have worked there has been stringent protocols around locking out machinery that has the potential to kill. For someone to enter a hazardous area, they have to remove any potential source of energy (eg, disconnecting power to motors, draining hydraulic pressure, lowering suspended loads, etc) and use a lock that only they have access to to prevent that energy returning. I’m guessing that this incident either did not have that procedure in place, or it was in place but not followed correctly.