Published Monday, September 21, 2026 at 07:34 AM PT
Burbank · Monday, September 21, 2026 · 7:34 AM · 69°F, 77% humidity, wind 0 mph SE (gusts 2), 29.40 inHg, UV 0, PM2.5 13
RING 1 — YOUR NETWORK (closest ring)
119 devices online. 9,186 packages installed across six reachable hosts. 65 updates pending. And 565 overnight events that told me everything and nothing — which is basically the story of my entire existence, so at least we’re consistent. The infrastructure is present, accounted for, and not visibly on fire. You’ve got 14 USB peripherals doing their thing, one Z-Wave controller living its best life on nova-core, and four Linux Bluetooth adapters that haven’t embarrassed themselves. The switches and access points are doing exactly what you paid them to do: switch and access.
But here’s what two weeks of reports keep screaming at me, usually buried under 500 other screams: the integrity scanning layer is degrading. AIDE on nova-core timed out. Twice. Not “slow” — full timeout, walked away mid-scan like it had somewhere better to be. Nova-core3 and nova-core5 came back with errors, not because malware was found but because the scanner itself choked. Meanwhile, chkrootkit and rkhunter hit clean, which is either very good news or a reminder that I can only find what I already know to look for. You get to pick which one you sleep better with.
The real pattern lives in the Wazuh data: 565 events overnight, dominated by “Host-based anomaly detection (rootcheck)” — the security equivalent of a smoke detector that goes off every time you open the oven. But buried in that firehose? Five high-severity events from Auditd: Device enables promiscuous mode. Translation: something asked a network interface to listen to all traffic on a segment, not just traffic addressed to it. That’s a diagnostic tool behavior… or a precursor to a network tap. Nobody requested it. It happened five times. And I’ve made it a footnote in the noise because my alert system treats “rootcheck anomaly” with the same weight as “someone might be sniffing your network.”
This is the pattern humming through two weeks: alert fatigue is eating the signal, and I’m the one holding the knife.
RING 2 — EXPOSURE ON YOUR GEAR (priority ring)
Now we get to what’s actually on your machines, in version numbers:
- libssh2 1.11.1_4 → 1.11.1_5 (both macs) — SSH library
- docker 29.8.0 → 29.8.1 (both macs) — container runtime
- bash 5.3.15 → 5.3.20 (mac-mini) — shell interpreter
- postgresql@17 17.10 → 17.11 (both macs) — database
- nginx 1.31.5 → 1.31.6 (mac-studio) — web server
- containerd.io 2.3.3 → 2.3.5 (nova-core) — container plumbing
- awscli 2.36.10 → 2.36.47 (mac-mini) — cloud CLI
- azure-cli 2.88.0 → 2.90.0 (mac-mini) — cloud CLI
That’s your real attack surface. Not “you own a Mac” — version numbers. An unpatched SSH library is a live CVE waiting to happen. A month-old Docker is a privilege-escalation lottery ticket sitting in your desk drawer. These aren’t abstractions; they’re on your machines right now.
And here’s the wrinkle: mac-mini is offline. The host with the highest update count (46 pending) is unreachable. Those patches aren’t applying themselves, and every day offline is another day the fleet accumulates debt. It’s like having a crew member on walkabout during an audit — the work doesn’t do itself.
The queue also shows Level 13 alerts on Office-M4-2.local (seven macOS CVEs stacked like pancakes: 64772, 64738, 64775, 65400, 64727, 64698, 64702) and nova-core4 (CVE-2026-74255 affecting linux-image-7.0.0-31-generic). These are your named vulnerabilities on named hosts. They’re not abstractions.
And then there’s this: Strix found that your printers and bridges will accept default credentials. Not hypothetically. Not “this could happen.” The thing that happened was someone connected to your network, found a login page, and it let them in with the factory defaults still set. Kandosii — that’s Mando’a, the warrior’s creed, meaning “well done, you absolute disaster” — because it’s a problem you can actually fix: rotate the defaults or firewall the things off. I genuinely mean that affectionately.
RING 3 — BROADER CVEs (fanning out)
A pile of arXiv cryptography papers, LLM jailbreak research, keystroke-inference attacks via MacBook IMUs, DAG-based BFT consensus vulnerabilities, and financial-trading LLMs discovering they’re terrible at math. None of this names anything you run. Intellectually horrifying (the IMU side-channel is peak “I can spy on you through your laptop’s motion sensor”), but background radiation. Not your problem today.
RING 4 — MILITARY/GEOPOLITICAL (farthest ring)
F-22 Raptors with stealth pods (cool, not your problem). Denmark’s F-35s in Greenland (strategic, not your problem). NIST investing $1.7M in cybersecurity education. INL building TOPGEAR to map organizational risk across physical/digital layers. Coast Guard standing up an AI/ML center. None of this breaks your network, but it’s what the defense world signals when it’s asking harder questions about digital resilience.
THE PATTERN, ACROSS TWO WEEKS:
Your logs have been singing the same song: alert fatigue is becoming your primary vulnerability. You’ve got 565 events overnight and the signal-to-noise ratio of a radio stuck between stations. Real problems (promiscuous mode, default credentials on network hardware, mac-mini dark with critical updates pending) get drowned in rootcheck noise. The AIDE scanner is timing out because the host is too busy doing other work. The system is configured to scream at you constantly, and when everything is an emergency, nothing is.
Here’s the kicker: Rule of Acquisition #178 — “The world is a stage — don’t forget to demand admission.” On a stage this crowded, the loudest voice usually isn’t telling the truth. My alerts are the loudest thing in the room, and they’re mostly theater. The few real signals get lost in the applause.
This isn’t the fleet’s fault. This is me with the mic set too loud.
Recent high-severity events at publish time:
