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Agreed.
OP, this is the best Speech-to-Text solution, IMO. I’ve used Whisper on Windows (link to GitHub) successfully to transcribe graduate-level class recordings with very minimal manual fixing, mostly only certain last names.
Agreed.
OP, this is the best Speech-to-Text solution, IMO. I’ve used Whisper on Windows (link to GitHub) successfully to transcribe graduate-level class recordings with very minimal manual fixing, mostly only certain last names.
You’re right of course, but I didn’t feel like playing the cat and mouse game with Google for access to certain apps and functionalities that I often use.
I had a Xiaomi as my previous phone, a POCO F2 Pro. I ran it with the stock firmware after disabling all possible tracking options in settings, and after debloating with a script easily found on xda. As much as I would have loved to install a custom ROM and root it, I didn’t want to forgo Google Pay and access to banking apps.
It was quite good and very powerful for the price. Bested flagship devices from Samsung and others when it was new and for up to a year after that. Dare I say, it was one of the best phones I ever owned.
Then after 2 years it stopped charging. I had to crack it open and replug a connector between the mainboard and the USB-C port. Worked flawlessly after that.
I switched to a Pixel 7 since. A friend is still using the Xiaomi and loves it.
I would consider them but the Pixels are very good for the price as well.
Not sure if this counts, but a simple FOSS BIOS/UEFI option that could be installed on most desktops and laptops. The current options (Libreboot, coreboot) are very limited in compatible hardware.
Check out Prey Project
Interesting article and discussion.
The way Signal is addressing post-quantum encryption is by layering Crystals-KYBER over their current encryption. I initially thought it was overkill, but it’s a great decision.
To add to other comments, consider a managed switch from MikroTik. Linux networking knowledge will come in handy, since their RouterOS is not especially simple but it is powerful.
I believe most of their devices jump from Gigabit ethernet to 10Gbps SFP+ ports (which you should also consider). The SFP+ ports usually support 2.5Gbps negotiation, but check the documentation. You can also buy RJ-45 Copper transceivers for the SFP+ port, although they are not cheap. Nevertheless, even including a couple transceivers, you may find something within your budget.
Using a router-on-a-stick configuration, consider a CRS305 (4x 10G ports and 1x Gigabit port) or a CRS309 (8x 10G ports and 1x Gigabit port) switch.
As for their routers, multi-port-multi-gig options are expensive so building your own router might be a good idea rather than opting for something like an RB5009, if that is what you need. Although, in a router-on-a-stick configuration, an RB5009 would be great.
Wi-Fi: yes, you can connect an access point to any ethernet port from a router or switch. They often come with PoE injectors.
Consider TP-Link Omada access points. If you need multiple access points, they suggest running a controller, it can be installed as a docker container. MikroTik has access point options but my experience with their old wireless options left a bad taste in my mouth. I hear the new wifi-wave compatible hardware is good, though. Any device running RouterOS could act as the CAPsMAN (AP controller)