vvv

I use passwordstore.org/ as my password manager, including for my otp codes. It's backed by a git repo. I get a backup of it on every device it is cloned to.

(often abbreviated BS)

Thanks for that, I think Engines is winning in my mind so far!

Be careful, if you get a .pizza, you are only legally allowed to spend the donations on pizza.

Further, in terms of safety, having a large display built into your dash showing you navigation is much better than a small device you jerryrig onto a vent or something. It's easier to see via your peripheral vision, and won't put you in a situation where you need to go find it off of the floor when it falls off.

just to give you the term to search for, these types of applications are called snippet managers. for example, https://snibox.github.io/

there's a ton of them around. I don't have a particular one that I recommend, since it's not something I use in my workflow.

I can't believe they didn't with go with BatShIt. it's right there! they were SO close!

grep -r exists and is even more faster and doesn't require passing around file names.

grep -r --include='*.txt' 'somename' .

I just started using this at $jorb. Check out their "ui-mode" is all I'm going to say about that.

Better than that, git config supports conditional includes, based on a repo URL or path on disk. So you can have a gitconfig per organization or whatever, which specifies an sshCommand and thus an ssh key.

(obligatory I'm not a network surgeon this is likely not perfectly correct)

The article mentions network interfaces, DHCP and gateways so real quick: a network interface usually represents a physical connection to a network, like an Ethernet port or a WiFi card. DHCP is a protocol that auto configured network routes and addresses once a physical connection is established, like when you jack in via an ethernet cable, it tells you the IP address you should go by, the range of IP address on the network you've connected to, where you can resolve domain names to IP addresses. It also tells you the address of a default gateway to route traffic to, if you're trying to reach something outside of this network.

You can have more than one set of this configuration. Your wired network might tell you that your an address is 10.0.0.34, anything that starts with 10.0.0. is local, and to talk to 10.0.0.254 if you're trying to get to anything else. If at the same time you also connect to a wireless network, that might tell you that your address is 192.168.0.69, 192.168.0.* is your local network, and 192.168.0.254 is your gateway out. Now your computer wants to talk to 4.2.2.2. Should it use the wireless interface and go via 192.168.0.254? or the wired one and use 10.0.0.254? Your os has a routing table that includes both of those routes, and based on the precedence of the entries in it, it'll pick one.

VPN software usually works by creating a network interface on your computer, similar to an interface to a WiFi card, but virtual. It then asks the OS to route all network traffic, through the new interface it created. Except of course traffic from the VPN software, because that still needs to get out to the VPN provider (let's say, at 1.3.3.7) via real Internet.

So if you're following along at home, your routing table at this point might look like this:

• traffic to 1.3.3.7 should go to 10.0.0.254 via the wired interface
• all traffic should go to the VPN interface
• traffic to 10.0.0.* should go to the wired interface
• all traffic should go to 10.0.0.254 via the wired interface
• traffic to 192.168.0.* should go to the wireless interface
• all traffic should go to 192.168.0.254 via the wireless interface

whenever your os wants to send network packets, it'll go down this list of rules until one applies. With that VPN turned on, most of the time, only those two first rules will ever apply.

If I'm reading the article correctly, what this attack does, is run a DHCP server, that when handing out routing rules, will send one with a flag that causes, for example, the last two rules to be placed at the top of the list instead of the bottom. Your VPN will still be on, the configuration it's requested the OS to make would still be in place, and yet all your traffic will be routed out to this insecure wireless network that's somehow set itself as the priority route over anything else.

The password to my password manager: a few randomly chosen words that will definitely just sound like nonsense dementia-talk probably.