May 24, 2026

Sunday/Funday - This is what happens when Bacteria meets whisky 🦠🥃

 Video from https://x.com/HowThingsWork_

Whiskey has a funny relationship with bacteria. On one hand, a strong enough alcohol concentration can absolutely ruin a bacterium’s day. That’s why alcohol is used in disinfectants and hand sanitizers. But before anyone starts pouring whiskey on every scrape like an old-timey cowboy doctor, most whiskey sits around 40% alcohol — good for cocktails, not exactly hospital-grade sterilization. So while whiskey might make some bacteria uncomfortable, it’s not marching into battle like a tiny microscopic action hero.

Sunday/Funday - This is what happens when Bacteria meets whisky 🦠🥃

Historically, though, people treated whiskey like liquid medicine. Sore throat? Whiskey. Toothache? Whiskey. Snake bite? Definitely whiskey. Whether it actually helped was another story, but it probably made people care a whole lot less about the problem for a few hours. In some cases, the alcohol may have slightly reduced surface bacteria, but the real medical effect was mostly “temporary courage and questionable decision-making.”

The funniest part is that bacteria themselves can sometimes survive in surprising places. Certain microbes are incredibly stubborn little freeloaders, happily living in environments humans would describe as “absolutely not.” Fortunately, whiskey production itself — especially the distillation process — keeps the final bottle pretty hostile to most unwanted microscopic squatters. So your bottle of whiskey is generally safe from becoming a science experiment… unless it’s been sitting open since the last season finale of your favorite TV show.



May 20, 2026

Why Python Is Becoming Every Network Engineer’s Secret Weapon - thenetworkdna.com

Why Python Is Becoming Every Network Engineer’s Secret Weapon - thenetworkdna.com

If you’ve ever spent hours hopping from one device to another just to push the same config change, this article is a great reminder that there’s a smarter way to work. The piece breaks down network automation with Python in a really approachable way, showing how engineers can move beyond repetitive manual tasks and start using code to handle configurations, monitoring, and troubleshooting at scale. It takes what can feel like a complicated topic and makes it practical, focusing on real-world use cases instead of drowning readers in theory. 

May 18, 2026

Why Network Alerts Are Your First Line of Defense

Why Network Alerts Are Your First Line of Defense

One of the easiest ways to level up your network management game is by enabling alerts—yet it’s also one of the most commonly overlooked steps. Whether it’s a syslog message, an SNMP trap, or a simple email notification, alerts turn your equipment from passive hardware into active participants in your operations. Instead of waiting for users to complain or stumbling across issues during routine checks, alerts give you real-time visibility into what’s happening behind the scenes. In short, they close the gap between “something broke” and “you know about it.”

May 14, 2026

How to text with a $30 Radio Board


Imagine sending a text message to someone hundreds of miles away — no cell towers, no Wi-Fi, no cloud servers, no monthly bill. Thanks to the convergence of affordable hardware and open-source ingenuity, this isn't science fiction anymore. A cheap radio board, small enough to fit in your palm, is all the hardware you need to step completely outside the bounds of traditional telecommunications infrastructure.

May 13, 2026

The DNS Security Deep Dive You Didn't Know You Needed (Chris Greer)

The DNS Security Deep Dive You Didn't Know You Needed (Chris Greer)

DNS is the internet's phone book, and attackers have been exploiting it for decades — yet most professionals still aren't sure how to properly defend it. In this eye-opening interview on Chris Greer's channel, host Chris sits down with Ross Gibson, an engineer at Infoblox and contributor to the latest NIST guidance on DNS security, to cut through the confusion and explain what modern DNS protection actually looks like in practice.

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