Storage in Jerusalem: What You Need to Know First

Why Your Phone Must Stay in Airplane Mode (Even With Starlink on the Roof)

Why can't you use your phone on a plane when the aircraft itself has a Starlink dish on top? This episode unpacks the contradiction through electromagnetic interference physics, the 1992 RTCA study that started it all, and the certification process that makes onboard picocells and satellite terminals absurdly safe. We explore harmonics, intermodulation products, aperture coupling, and why takeoff and landing remain the critical phases where tiny risks matter most. The answer isn't just bureaucracy—it's physics plus paperwork, and the Swiss cheese model of aviation safety.

Why Loose Batteries Can't Fly in Checked Bags

Why are loose power banks banned from checked luggage while laptops with identical battery chemistry are allowed? This episode unpacks the physics of lithium-ion thermal runaway, the limits of cargo hold fire suppression, and the regulatory logic behind the rule. We explore the UPS Flight 6 crash, the UN classification system, and why the system works despite millions of cells shipped daily.

Pink vs Silver: The Truth About Anti-Static Bags

That pink anti-static bag your GPU came in? It might not be protecting anything. We break down the real difference between pink polyethylene bags and metallized shielding bags — and why using the wrong one can turn your expensive hardware into a paperweight. From GPUs and RAM to Raspberry Pis and cold storage SSDs, learn which bag actually creates a Faraday cage and which one is just hoping the universe agrees not to zap your components. Plus: why a $40 bag upgrade could save you from a $12,000 data recovery nightmare.

Handcuffed to a Petabyte: Urgent Physical Data Transfer

What happens when a petabyte of critical data needs to cross an ocean in under 48 hours? Fiber optics can't keep up. Enter the world of specialist data couriers — former military and diplomatic security professionals who handcuff hardened storage arrays to their wrists, fly commercial, and navigate customs pre-clearance, TEMPEST attack countermeasures, and dead man's switch protocols. This episode explores the economics, logistics, and legal gray zones of moving humanity's most urgent data by plane, not pipe. From pandemic response scenarios to the Human Genome Project's Asian consortium, we break down why sometimes the fastest network is a reinforced Pelican case at 35,000 feet.

How Petabytes Move at Light Speed

Consumer internet has plateaued, but scientific networks are racing toward 3.2 terabit speeds. This episode explores the gap between home connections and the specialized infrastructure used by NOAA, CERN, and the Department of Energy. We break down the hardware chain—from NICs and PCIe buses to custom switch ASICs and laser transceivers—that makes moving petabytes before lunch a reality. If you've ever wondered what happens after you click "download," this is the extreme end of the answer.