But let's not let an opportunity to paint Dell as some evil yet incompetent corporation slip through our fingers.
174 karma · joined August 25, 2023
But let's not let an opportunity to paint Dell as some evil yet incompetent corporation slip through our fingers.
"Helpful" forum posts mostly suggested to "use Wireguard" with a notion that IPSec is an archaic protocol that is not worth anyone's time to support, and the user is dumber for trying to use it.
Hardly.
The layout CAD is often done by a different team that follows the schematic provided by design engineering. Automated workflows are common. The silk screen is predefined in a QA'd library. It is not their job to double check engineering's schematic.
The components are placed per the layout data.
Both those teams did their jobs correctly, to incorrect specifications. In fact, the factory performing assembly often is denied access to the schematic as it is sensitive IP.
If you're going to cast blame on a 30 year old computer, at least direct it at the correct group. It wasn't soldered incorrectly at the factory. They soldered it exactly how they were told to - backwards.
For that matter, nearly every shit-tier NAS vendor (WD, QNAP) has had some critical remote vulnerability in recent years. Some were notable for mass data loss incidents.
That aside, these companies are all very good at making very, very nice hardware at a price point consumers can afford. Some corners have to be cut and it's often software.
The dirty secret is many Internet of Shit device vendors outsource the software development, often to the lowest bidder in some offshore sweatshop. In some cases it's just a repackage of an ODM design from some no-name company in Shenzhen.
None of which are known for secure coding or good software practices.
Criticize all you want but this is a textbook example of getting what you paid for.
It's unreasonable to pay $100 for a D-Link box and expect it's Cisco ASA quality with free indefinite support.
Cisco, Juniper, and Palo Alto would all tell you to pound sand if you expect support after EOL or if you let your maintenance contract (aka protection racket) lapse.
TLS would not need to exist otherwise.
These devices are end of life. Anyone running an EOL device doesn't care about security and probably wouldn't update the firmware if it was available.
For comparison, Apple does not update EOL devices outside exceptional circumstances. I never received a 20% discount to upgrade.
Yet not a single concern about tethering an iPhone (with an external connection) to a PC on the company's internal network, bypassing all firewalls, proxies, and other protections. That is grounds for immediate dismissal at some places.
I expect security people to think more like network engineers and less like teenagers gossiping in the canteen.
From what I read ARINC 429 is a one-way bus making this completely redundant and unnecessary.
From what I'm reading, ARINC 429 is as air-gapped as you can get. It is a one-way serial protocol (separate wires for transmit and receive). Only the wires that need to be connected are. Messages go from->to where they need to be.
Unless by air gapped you literally mean "don't connect anything together" at which point you no longer have a functioning vehicle.
For that matter, journalctl is terrible, cryptic, and difficult to use.
https://web.archive.org/web/20051026081935/http://blogs.msdn...
Said average developers then banded together and built an e-commerce website that sold shoes drop shipped direct from the sweatshop and put Al out of business.
No ma'am indeed.
Don't think we would've made it to the moon if it were up to present-day UI/UX folks.
The truth is Intel makes two versions of most of their WiFi cards: the normal version, and a "low cost" version where some of the internal components are missing and those functions instead offloaded to the Intel chipset on the motherboard.
Sort of like the "WinModems" of WiFi cards.
If you want one that works, buy the correct version.