All I can offer is anecdotal evidence. I have had two enterprise issued Lenovo laptops, which are/were rock solid for 11/6 years now. Both times I had to replace the battery were easy to do, with rock solid documentation and demonstration videos.

The Dell on the other hand, corrupted it’s UEFI bitlocker key causing complete data loss, BSOD for no reason (and happens to my coworkers too) and overall has a shabbier feeling build quality. It’s not even been 2 years and the keys are peeling off. I’ve not really had to delve into repair documentation, but I don’t think it’d beat what Lenovo offered.

But that still beats dealing with HP. HP had the worst reliability and documentation, providing stuff that looked like an 11th generation fax scan. I ended up buying the wrong parts simply because their diagrams were so ambiguous.

My company just switched from Lenovo to Dell. A downgrade for sure, but I feel like I dodged a bullet.

They were one of the few, if only, remaining manufacturers in the US that produced a subcompact car. Yet they are getting rid of both the Versa and Altima.

I hate how everybody bloated up their fleets with crossovers and SUVs…

Any reason you avoided the official Raspberry Pi Imager software? You really can just configure a headless OS all before flashing the SD card. Choose RPi OS lite from the list, then set up your hostname, username, password, wireless and turn on SSH service. Then all you have to do after flashing is plug in power and SSH in. None of this display troubleshooting would be needed.

Two questions:

Do you have anything between the Pi and Display, like an HDMI switch? Sometimes the Pi incorrectly sets the display resolution if it can’t communicate with the display directly.

Did you use the Raspberry Pi Imager program? You can configure SSH and WiFi, before you even image to SD. It’s how I set up my headless stuff so I don’t have to futz with connecting displays.

You’re not thinking evil enough, honestly. Two examples off the top of my head, each being fairly innocent mistakes: If you enter your phone number for 2FA, it’s not going to be public-facing. It’s their responsibility to keep that information private from internal and external threats. Ok, so what if it leaks… right? Oh, it turns out the hacker SIM swapped your phone number for the 2FA, and did a password reset on your account via support chat. Still no big deal, its just social media… Except you’ve been giving updates to all your patreon backers on your project that’s shipping soon. It suddenly vanishes off the internet, replaced with a crypto scheme, and all your supporters just flooded your bank with chargebacks. Your attempts at getting your account back are met with silence and your supporters are now furious. Was any of that your fault? No. You get $100.

Let’s try another example: Bounty programs are used by companies to collect bugs and other possibly exploits so they can be fixed. “Too expensive, nobody will know if there’s a bug anyway.” So the app on Google Play store gets installed by 30 million users with a critical flaw… if a very specific image is opened in it, the phone bricks. All the news sites cover the bug, pushing the image to the front page. You open the app and… Your expensive phone just died. Were you at fault for that? No. You get to join the arbitration group and get an individual settlement of $12.

Think more evil. Don’t stick with the “I have nothing to lose” because you almost always have something to lose. The fact these terms were even thought of and written means you do have a financial investment in the platform.

I looked at the terms of service and noticed that they bind you into arbitration, limit your terms to $100, mandate you to travel to Delaware for dispute, and force you into mass arbitration if your dispute is similar to others.

Pass