I think that means the access point can only run at up to 80Mhz bandwidth, so not full bandwidth.
I think that means the access point can only run at up to 80Mhz bandwidth, so not full bandwidth.
I am born too late to understand what Y2K problem was, this (the result) might be what people thought could happen.
I9 14900k…bad news for you, 13th and 14th gen I9 is unstable, crashes.
Suggestion: Wait for 15th gen or AMD 9000 series CPU to come out.
I remember trying Retroshare… no offline message is the biggest obstacle.
If the firewall just means no incoming connections, your computer can still reach out to the other side (if they open their port)
try ncdu?
sudo ncdu --one-file-system /
HTML Form + any backend of your choice (that can handle HTML form)
Forgot to answer this question, yes I think it would work.
Yes, speed would be much slower.
Yes, you can host a normal website through tor.
AFAIK tor websites (onion service) doesn’t require exit node, and no one knows your IP unless you are unlucky enough all nodes you connected are controlled by same entity.
I am pretty sure you can set your own DNS server in Android.
I think most up-to-date OpenWrt routers can do later (with normal, unencrypted DNS requests), see https://openwrt.org/docs/guide-user/firewall/fw3_configurations/intercept_dns.
The model you mentioned (Flint 2) is supported by OpenWrt.
route ipv6 dns to a destination of my choice
Does this mean setting custom DNS server (so devices using DHCP picks up what DNS server you want them to use) or intercept DNS requests (MITM or use firewall rule to drop outbound 53 port requests)?
One thing notable of Sierra Forest is that the CPUs don’t have SMT (only 1 thread per core), so in theory it doesn’t suffer from speculative execution attacks.
Epyc CPUs still provides more PCIE lanes, which is crucial for GPUs.
asyncio provides “cooperative concurrency” for python.
Lets say you need to download 10 webpages in python, someone might do
result1 = requests.get(...)
result2 = requests.get(...)
....
result10 = requests.get(...)
Down side is that each requests.get() blocks until HTTP request is done and if each webpage loads in 5 seconds your programs needs 50 seconds to download all pages.
You can do something like spawn 10 threads, but threading has it’s own downside.
What coopertive concurrency does is allowing these coroutine(tasks) that can tell Python to do something else while a function is waiting for something… I think it’s the best to read some Python examples. https://docs.python.org/3/library/asyncio-task.html#coroutines
examples that solves requests.get() problem with asyncio but it’s probably better to use libraries that builds around asyncio.
ASUSTOR has NAS that can have up to 12 NVME SSDs (but speed is very limited by PCIE lanes).
NVME SSDs are still very expensive compares to HDD.
NAS that have many HDD bays are expensive but designed for easy setup and easy management.
Fractal Design Define 7 (XL) can have up to 18 HDDs by design, but then you will need to search for PCIE to SATA cards and PSU that have many SATA connectors (for example RM850x/RM1000x) and Molex to SATA cables.
FSP CMT370 is a much cheaper case with up to 3.5" HDD *9 or 2.5" SSD *10 but it’s not on amazon, it probably doesn’t sell to western world.
SAS drive enclosures (and SAS cards) are also an option, but the cages might be very loud because they are designed for servers that also are very loud.
I once saw an advertisement that is negative towards house building company, links to a news article.
Important things about dual booting:
Configure your Windows to use UTC time https://wiki.archlinux.org/title/System_time#UTC_in_Microsoft_Windows
Disable “Fast startup” in Windows (can possibly cause hardware issues if not disabled and it really doesn’t improve things in computers with SSD)
Pratically no universal way of making Linux boot with ARM processors.
Much more closed source drivers (than x86 ecosystem).