Starlink

222 people, one village, and a dialect that conjugates like a single person — what life is actually like on the world's most remote inhabited island.

HF loss doesn't scale with distance — it scales with ionospheric hops. And that changes everything about embassy comms.

HF and shortwave are the same band — and it's the only comms path no host nation can switch off. Here's why it persists.

Speed tests measure a journey, not a pipe. Here's how ISPs game results and what in-flight Starlink benchmarks reveal.

Why Starlink beats traditional satellite internet on planes — latency, lasers, and phased arrays explained.

96% coverage, but 2.6 billion people are offline. Where are the truly dark spots on Earth?

Dark fiber, permafrost trenching, and the brutal economics of connecting the far north.

How hobbyists track GPS jamming, radar ghosts, and the hidden signals of modern conflict.

Why your signal drops between Jerusalem and Tel Aviv — and how leaky feeder cables fix tunnels.

How the US Navy is deploying unmanned surface and subsurface vessels, from missile-armed boats to autonomous mini-subs.

The paradox of phone bans vs. onboard Starlink, explained through physics, paperwork, and Swiss cheese safety models.

When data moves faster by plane than fiber, couriers handcuff petabytes in reinforced cases across oceans.

The surprising answer: ~850 in Antarctic summer, ~400 in winter, and effectively zero at the North Pole.

94% of Canadian territory has zero permanent residents. How does a modern state govern the other 97%?

That 1492 MTU everyone recommends? It's likely costing you performance on modern fiber.

Was the internet born from Marconi's wireless towers or the first transatlantic telegraph cables? We argue both sides.

How packet-level bonding and QoS keep thousands of passengers streaming while navigation systems stay safe.

What drives people to seek out places like Pitcairn Island, famous only for being famously inaccessible? We explore the reality of the world's most...

We hit the physics wall: why 6G needs smart mirrors, not brute force, to beat concrete and rain.

Zipline flies 500k+ medical deliveries in Rwanda, while Amazon struggles with $63 costs per drop in the US.

From submarine commands to credit card taps, explore the invisible physics dividing the radio spectrum.

Those signal bars are a lie. Learn the real numbers—RSRP, RSRQ, SINR—that tell you if your connection is actually good.

Despite 5G and smartphones, pagers persist in critical infrastructure. Discover the physics and reliability behind this "legacy" tech.

Thick concrete kills cell signals, but SMS and mesh networks can break through the silence.

Discover why the vacuum of space is 47% faster than fiber and how satellites are becoming autonomous data centers in the sky.

Explore the physics of satellite combat and the strategic implications of the 2026 strike on Iran’s space research facilities.

Forget Hollywood's "enhance" button. Discover the reality of orbital mechanics, pixel bidding wars, and why satellites can't actually loiter.

In a world of constant connectivity, can we still find true sanctuary? Explore the geography of irrelevance and the ultimate remote escapes.

Can you truly vanish in the age of Starlink? Explore the history, law, and neuroscience of choosing a life of total isolation.

Stop gambling with hotel Wi-Fi. Learn how to build a professional-grade 5G cellular setup for reliable internet anywhere in the world.

Beyond the ice: Explore the massive industrial operations and high-stakes geopolitics required to sustain human life at the Earth's poles.

How do we measure public opinion in a state where dissent is a crime? Explore the data behind Iran’s hidden social and political reality.

Discover why the one-time pad is the only unbreakable code and go inside the eerie world of shortwave number station V-32.

Discover the tiny islands where the US and Russia are just two miles apart—and separated by an incredible 21-hour time difference.

The Arctic was once a zone of peace. Now, it’s a strategic highway for global powers racing to claim resources and military dominance.

How do hospitals and data centers stay online during a disaster? Explore the engineering of "five nines" and the limits of redundancy.

As GPS jamming and spoofing spike globally, commercial pilots face a new invisible threat. Discover how aviation stays safe when signals fail.

Herman and Corn revisit the 2025 12-day war, exploring how electronic warfare and regional alliances changed the face of modern combat.

As regional tensions rise, Herman and Corn discuss shifting from short-term survival to long-term sustainment and managing "alarm fatigue."

Think satellites are driven by joysticks? Herman and Corn dive into the complex, high-stakes world of mission control and orbital maintenance.

Herman and Corn explore the "grey zone" of space, from high-res spy satellites to the terrifying reality of orbital "death hugs."

Are physical SIMs and carrier contracts relics of the past? Herman and Corn explore the rise of global eSIMs and the future of mobile data.

Explore the massive shift in satellite technology as Herman and Corn break down the physics, costs, and future of LEO and GEO orbits.

Discover how HFT firms use space lasers and hollow-core fiber to shave microseconds off trades in a high-stakes, winner-take-all race to zero.

Why is your GPS tracker now a paperweight? Explore the global 2G/3G sunset and the rise of 5G's new "invisible infrastructure."

Is Ethernet dying? Herman and Corn explore why copper still reigns supreme for power, while fiber optics conquer the network backbone.

Why is in-flight Wi-Fi finally getting good? Explore the physics of Starlink, phased array antennas, and the Musk-O’Leary corporate feud.

When the grid goes dark, how do you get the truth out? Explore the high-stakes world of BGP hijacking, satellite jamming, and mesh networks.

Think the internet is in the cloud? Think again. We explore the 1.4 million kilometers of undersea cables and the global race to protect—or tap—them.

Learn how to build a "portable digital fortress" using military tactics and roadie discipline to make your next move tech-stress-free.

How do regimes turn off the web? Herman and Corn explore BGP hijacking, sovereign networks, and the satellite tech fighting back.

Herman and Corn explore how AI and advanced satellites are stripping away the fog of war, from tracking footprints to seeing through clouds.

Discover how the jet stream and invisible "highways" shape every flight across the Atlantic in this deep dive into the world of oceanic tracks.

Why do pilots still use scratchy 1940s radio in the age of Starlink? Explore the resilient world of oceanic communication and skywave physics.

Tired of outages? Discover how to build a "five nines" internet setup using fiber, satellite, and bonding tech to stay connected no matter what.

Herman and Corn explore the "shadow internet," revealing how military networks use air gaps, dark fiber, and data diodes to stay secure.

From living room routers to deep-sea cables, Herman and Corn explore the massive, hidden engineering that keeps our digital world connected.