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Joined 1 year ago
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Cake day: June 22nd, 2023

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  • In my opinion, the difference with Google is that Google is actively using your data and you’re giving them a lot of it. For Cloudflare, what do they have exactly? Depends on what services you use, but really all they get from me is the list of servers that connect to my domains. Google does that too if you use 8.8.8.8, or if you have any of their hardware that overrides router DNS settings like Chromecast and Google TV.


  • I mean it depends on the intensity of the surge, but basically you’d be making it so your PSU is unable to protect the devices from surges. The more sensitive the electronics, the more critical the ground is and CPUs are pretty darned sensitive among other things. And depending on the type of components in the PSU, “surges” also include things like inrush current. Basically, when you turn on a transformer or certain other devices, there is a surge of sometimes as much as 10 times the rated current to create the initial magnetic flux. Depending on the components, this excess energy may end up getting shunted to the ground to avoid pushing it through your electronics. So if it can’t do that, you likely will blow fuses a lot when switching the power on (hopefully there are fuses), or if you’re touching the case which is supposed to be grounded, you may end up getting that jolt.

    Anyway, without grounded outlets, and especially if your electronics are cheaply made because many expect there to be grounding and don’t build in extra components to deal with not having a ground, you are likely to significantly reduce the life of your electronics, your life, or start a fire without even considering major surges. If you have a high-end PSU, you may never have a problem until that surge happens. How stable is your power? Because even a normally small surge combined with a cheap PSU, and no ground, is pretty likely to end up in damage to electronics at the best case.


  • Automate as much as possible. I rsync to both an online and home NAS for all of my hosted stuff, both at home and in the cloud. Updates for the OS and low level libraries are automated. The other updates are generally manual, that allows me to set aside time for fixing problems that updates might cause while still getting most of the critical security updates. And my update schedules are generally during the day, so that if something doesn’t restart properly, I can fix it.

    Also, whenever possible I assume a fair amount of time for updates, far beyond what it should actually take. That way I won’t be rushed to fix the problem and end up having to revert to a backup and find time later to redo it. Then most of the time I have extra time for analyzing stats to see if I can improve performance or save money with optimizations.

    I’ve never had a remote provider just suddenly vanish though I use fairly well known hosts. And as for local hardware, I just have to do without until I can buy a replacement. Or if it’s going to be some time, I do have old hardware that I could set up as a makeshift, temporary replacement like old desktop computers and some hardware that I use for experimenting like my Le Potato that isn’t powerful enough for much, but ok for the short term.

    And finally I’ve been moving to more container-based setups that are easier to get up and running again. I’ve been experimenting with Nomad, Docker Swarm, K3s, etc., along with Traefik and some other reverse proxies so o can keep the workers air-gapped for security.





  • I self host a lot, but I host a lot on cheap VPS’s, mostly, in addition to the few services on local hardware.

    However, these also don’t take into account the amount of time and money to maintain these networks and equipment. Residential electricity isn’t cheap; internet access isn’t cheap, especially if you have to get business class Internet to get upload speeds over 10 or 15 mbps or to avoid TOS breaches of running what they consider commercial services even if it’s just for you, mostly because of of cable company monopolies; cooling the hardware, especially if you live in a hotter climate, isn’t cheap; and maintaining the hardware and OS, upgrades, offsite backups for disaster recovery, and all of the other costs. For me, VPS’s work, but for others maintaining the OS and software is too much time to put in. And just figuring out what software to host and then how to set it up and properly secure it takes a ton of time.



  • It seems it’s not so much they stole the domain, it’s that they are using the same name with a different top-level domain. This is a common shady practice in malware. Most people can’t afford to purchase every TLD or their domain and so just pick one or two. Problem is that search engines will find the bad TLDs and suggest them over the real TLD if the malware providers do proper SEO manipulation. A FOSS author is unlikely to be able to or afford the time and effort it takes to manipulate search results and most popular search engines are not doing much to fix the problem, and instead relying on “AI” to reduce the costs of maintaining their search results, which does a pretty bad job, IMHO.





  • Problem is that shared infrastructure shouldn’t be operated for profit. But American conservatives seem to think that’s the way to go. If infrastructure is shared, then there’s every incentive for a business to sell even if the infrastructure can’t handle it.

    That being said, it’s a required thing. This is why we have society in the first place. If every customer had to have their own cell infrastructure, it would be a mess and a waste. I mean you are sold unlimited bandwidth at let’s say 1Gbps on 5G. There are about 1 cell tower node for every 1000 people in the US across the country. If we build enough infrastructure for everyone to use it at full speed each tower node would then need to be able to handle 1,000Gbps. That’s just not possible with current technology. So should we build one tower node per person plus all of the cabling and routers to handle that much traffic? Does everyone really need to be able to download a gigabit of data every second of every day? What would you do with that data?

    What internet infrastructure is designed for is peaks of up to that speed for short bursts. Not sustained speeds. And then sharing that infrastructure. Just like if everyone were to turn on their water at the same time, no one would get more than a drip, but does that ever actually happen in real usage?

    The difference is that water infrastructure is owned collectively, so it is more equitably developed to make it available to all as equally as possible, rather than just to those who pay more for it.



  • It’s common to block an IP if the majority of traffic from that IP is not the kind of traffic you want.

    Why do you need a VPN to access it? If you’re protecting privacy, VPNs don’t block browser-based tracking, only obfuscate where you’re connecting from or preventing man in the middle type attacks from your ISP, but usually that can be better avoided simply by using secure DNS technology. Only other thing is hiding what sites you’re connecting to from your ISP. If you can’t change ISPs, that can be worked around by setting up a trusted, cheap VPS or something as your VPN exit point so you have your own IP address.



  • Google knows what you like and these days they will take any ad because they fired all the screening staff. My ads are usually pretty average since I opt out of everything I possibly can opt out of and I use Startpage for search, so they aren’t as targeted. That’s one positive thing about Google. They started as a relatively ethical company for an ad company, so there’s a lot of code and best practices in place for opting out of things. That is fading, but it’s way better than others. Like Facebook showing ads for things I searched for a few seconds ago on Amazon and stuff like that.