u/LanternSquid

After weeks of comparing dealers, trims, prices, financing, and a few cars I decided against, I finally brought home my 2026 Camry SE AWD Hybrid.

My Rogue has over 213K miles on it, and the check engine light recently came on. I scanned it and got a bunch of codes. I’m scheduled to bring it to the garage on Thursday, and I’m trying to decide how much money it makes sense to put into a vehicle with this many miles.

Here’s my thinking:

• Under $1,000: Approve if they identify a specific cause such as plugs, a verified bad coil, or injector.
• $1,000–$1,500: Review the findings before approving.
• Above $1,500: Stop and evaluate the Rogue’s future.
• Low compression, internal engine damage, or an expensive ABS module: Pause regardless of price.

For context: I run a handful of Docker hosts (a couple of remote VPS boxes plus local), and my remote workflow was basically — SSH in, docker ps, squint at the output, docker system prune, and hope I hadn't just removed a volume with real data in it.

The terminal UIs are good for local Docker, but remote is where they get flaky for me. Tunnels drop, exec gets weird, and I end up back at the raw CLI with a pile of wrapper scripts. I wanted a native desktop app — not another web dashboard I have to host and secure — that does remote Docker properly.

So I've been building Drydock. Go core, Svelte frontend, targeting macOS and Linux. A few opinions it's built around:

• The daemon is root-equivalent, so connections are SSH-first. It won't nudge you toward exposing a raw TCP socket, and you can mark a host read-only ("observe mode") so a misclick can't stop a container or delete a volume on a prod box.
• Nothing destructive runs without showing the blast radius first. Prune/remove show exactly what goes and how much space comes back, broken out by category (including build cache, which is usually the surprise). Volumes are never bulk-deleted — you confirm each one.
• Every change lands in an append-only, tamper-evident log, so "what did I actually do to this host last week" has an answer.

It's deliberately narrow: Docker host management, minus the footguns. Not a Kubernetes console.

https://github.com/ExploitedBlackDuck/Drydock

A VPN masks one identifier in the ad auction. There are six.

The marketing says "complete privacy" and "total anonymity." What a VPN actually does is narrower: it hides your IP address. That's real and useful — but in a real-time bidding request, your IP sits alongside five other identifiers a VPN never touches:

→ Cookies and buyer IDs — the primary web tracker

→ Your mobile advertising ID — device-level identity across every app on your phone

→ Your browser fingerprint — re-identifies you even after you clear cookies

→ GPS location — straight from your phone's hardware

→ Your logged-in identity — which overrides every other protection

A VPN changes one of those. The rest pass through unchanged.

The second half of the story is who sells you the tool. The consumer VPN market looks competitive, but most household-name brands trace back to a handful of parent companies — several of which also own the "best VPN" review sites ranking them. When you read a VPN ranking, check who owns the site.

The final piece in my RTB series breaks down what a VPN protects you from, what it doesn't, and how to choose a provider on the one thing that actually differs between them: trust.

https://offbydefault.org/what-a-vpn-actually-protects-you-from-in-the-ad-auction-and-what-it-doesnt/