Good luck if you don’t have a dream machine and you aren’t using 192.168.0.0/16. If the APs don’t find a dream machine they won’t get an IP from DHCP for some godforsaken reason and revert to 192.168.1.20 and won’t do anything until you configure them with ssh. Except you have to ssh on a lan that doesn’t exist which is a huge pita. This is why I have omada APs now.
I’ve been daily driving the pre-alpha since January, it’s definitely got a bit of jank, but it’s in really good shape. The alpha should be pretty usable, and I think by the beta it should be pretty much good to go.
When my dad died, no one renewed his domain, [last name].com, and some domain squatter bought it. A few years later the squatter noticed that I owned [last name].net and offered to sell it to me. I didn’t respond and I guess they figured out that an obscure last name isn’t worth anything and let it expire. I should probably buy it.
Doesn’t really help when control facilities are so short staffed that they have controllers working ridiculous amounts of mandatory overtime. Might well make the problem worse when they need even more overtime shifts to make up for increased rest. They need to hire more and pay way more.
For what it’s worth, just about every panel like this is certified to have a specific number of fasteners missing. A lot of the time there will be some other qualifiers such as not missing the leading fastener or not missing adjacent fasteners. Having a bunch in a row like this incident would probably not be ok, but I couldn’t say without the maintenence manual.
Got an HPE Aruba switch, it’s the only HP thing I’ve ever had that I like. Getting new firmware from HP was a pita though.
For network cables, FS.com. Their specialty is fiber optics and they have good transceivers and cables for really cheap prices and they also sell a tool to flash vendor info onto transceivers so if you have some picky proprietary box you can still use generic transceivers with it. Their copper products, DACs, regular cat6 patch cables, etc are good too. I haven’t tried their NICs or switches though.
The problem isn’t the manufacturer or the operator, it’s the middleman looking to make a profit on the the difference. In any case $800 is an absolutely ridiculous price point regardless of liability. I don’t know where the fair price point is but not even close to that. Liability isn’t the primary driver for the cost anyway, it’s difficulty of certification. Getting any part certified runs from high 5 figures to many millions of dollars and these are all extremely low volume parts. Boeing has only made around 11,000 737s since 1967. The plane I’m working with now only has around ~250 built since 2015 and is quite successful. For comparison Toyota produces about 20 cars per minute. When you need to pay back certification costs and turn even a modest profit on such low volume you need to charge a ton for each part.
To be clear I am absolutely not in support of non certified parts, it’s just a big problem in the industry and for rather obvious reasons.
The paperwork cost isn’t negligible at all. For example a company I used to work for had to replace a simple O-ring that failed. It’s an old part and quite rare these days and cost $800 to replace. You could buy a functionally equivalent (likely better) uncertified part for about 5 cents. That is why uncertified parts are such a problem, because certified ones are so incredibly expensive. Plenty of companies would love to step in and buy a few thousand O rings and sell them for $400 and a few are willing to forge a paper trail to make it happen. It’s a problem that I don’t really think will be ever totally solved without making certification too easy and potentially sacrificing safety by having bad certified parts.
The definitional boundary is where navigable airspace begins. You do own the non-navigable airspace above your property and you would have a trespassing argument if a drone entered that area without your permission. Where exactly the boundary is between navigable and non is a bit fuzzy but generally it will be at the highest object in the property eg. a treetop.
I still wouldn’t mess with the drone though, as another commenter said interfering with an aircraft of any type is a very serious crime.
I have a used 2016 super micro server. It was $600, has 2 18 core/36 thread cpus and 256 GB of DDR4 and 12 HDD hot swap trays. It also idles at 180 watts. Way over kill but I have cheap electricity and it’s nice being able to spin up a vm with just about any specs I could want. If I got some more normal cpus it would probably burn a good bit less power.
Cloudflare if you want one of the handful of TLDs they support, namecheap otherwise. For namecheap I still point the nameservers at Cloudflare so they can manage the site. For DDNS I use DDclient, it works, that’s about all I can or should say about a DDNS client.
Eh I figure everything you put online is on a marketplace somewhere. If it’s not the website that sold it, it’s the hackers that stole the data. Even when they claim they don’t store the data there always seems to be a plain text storing backup server that they forgot about. Then there’s data scrapers and 3rd party embedded trackers (looking at you share to Facebook button). And good luck convincing a court that thinks a PC is just a chrome portal that your owed damages for a company leaking your data.
Much easier to control the data at the source and keep websites from getting data in the first place. Trust is long dead online.
I just assume if there is a privacy policy, then the policy is no privacy.
Make some back ups. Its a good practice in general and when you are unfamiliar with Linux and especially the terminal it’s easy to accidentally kill the os. Always take a second to think about what you just typed if the command started with using sudo.
Consumers aren’t forcing the companies to have their workers work long days for little pay. Companies wanting to take in all the extra money consumers are offering without actually paying anymore out are the problem here.
My interests line up pretty well with my admin. I think that the instance should be pretty reliable as long as I want to keep using Lemmy.
Well you can get a domain with a weird TLD for $2-5 a year and $40-80 once for a SBC like a raspberry pi to run it. Ideally you’d want a small 32-64gb ~$20 SSD or HDD for storage, but in a pinch a USB stick or micro SD card that you can get for ~$5 would do. Any old computer can handle it though, Lemmy is pretty lightweight, you would have resources left over on the host to run other services. So in total if you wind up in over $100 something went wrong somewhere.
For what it’s worth, once you get to the single user level, the cost is pretty much nil assuming you have the hardware and domain already
Well I’m glad that the unifi APs like your setup better than they liked mine. Maybe they fixed it in the last 2 years. Either way there’s no way I’m buying anything else from them.