By default every WordPress install since 4.7 leaks usernames over a public, unauthenticated REST endpoint. Anyone — no login, no auth header, just a browser — can hit https://yoursite.com/wp-json/wp/v2/users and get a JSON array of every user the site considers …
You manage five servers. Each has a different SSH key in ~/.ssh/authorized_keys from the day you set it up — one’s an old id_rsa from 2018, two have your laptop’s current ed25519 key, one has an ancient ECDSA key from …
You sit down at a coffee shop, click the Wi-Fi prompt, and accept the captive portal. Your laptop is now on a network where the person at the next table can run tcpdump on the SSID and see your unencrypted …
You wrote a deploy script. It SSHes into 12 servers, runs an update, comes home. The first time you run it on a fresh laptop, every server prompts: The authenticity of host ‘203.0.113.x’ can’t be established. Continue connecting (yes/no/[fingerprint])?. …
You’ve been paying $40/year for a Bitwarden family plan, or $36/year for an individual one. The product is excellent — there’s nothing wrong with what they’ve built. But you also have a $5/month VPS that’s already running a couple of …
One of the simplest, oldest, and still most effective WordPress compromises is a single SQL update. The attacker gets one query into your database — through any RCE, SQLi, or stolen-credential path — and runs:
UPDATE wp_options
SET option_value = 
I’ve been running fail2ban on this Oracle box since the day I provisioned it. Six months ago I added CrowdSec because I wanted the community blocklist for SSH brute-force IPs. For three months they coexisted and I assumed it was …
wp-content/uploads/ is the most predictable target on a WordPress install. It’s writable by the web server (so any compromise that gets a file uploaded lands here), it’s almost never inspected by malware scanners with the same vigilance as wp-includes/, …
OpenLiteSpeed’s admin panel runs on port 7080 by default and binds to *. That means anyone with your server’s IP can hit https://your-ip:7080/ and reach the admin login form. The form has authentication, sure — but having a login …
You clean a WordPress malware infection. You find every .php file with the suspicious signature, quarantine it, restore from backup, harden the site. Three weeks later the same backdoor is back. Same filename, same content, same behavior. You’re sure you …