← Reliability Engineering

Reliability Engineering

199 episodes · Page 7 of 9

#885: Networking in a Faraday Cage

Learn how to build a high-range, battery-powered Wi-Fi kit capable of punching through concrete walls during an emergency or power outage.

wi-fihome-networkreliability-engineeringelectrical-safety

#873: How Parenthood Reveals the Hidden Tech of Emergency Dispatch

Discover how dispatchers bridge 1950s radio tech with modern satellites to save lives during critical "warm transfers" in real time.

telecommunicationsinternet-infrastructurereliability-engineeringelectronic-warfare

#870: From Flowcharts to State Machines

Stop squinting at posters. Learn how to turn static first aid flowcharts into interactive, AI-powered apps using state machines and XState.

programming-languagesweb-developmentopen-sourcereliability-engineering

#777: The Multi-Monitor Edge: Why the Pros Shun Ultrawides

Explore why high-stakes professionals choose multi-screen arrays over trendy ultrawides for better focus, ergonomics, and reliability.

pc-hardwareergonomicsreliability-engineering

#771: Beyond Backups: The High Stakes of Critical Redundancy

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

batteries-and-powerelectrical-gridreliability-engineeringconstructionelectrical-safety

#762: The Decoupled Smart Home Trade-Off

Tired of your smart home crashing? Discover why moving your home's "brain" to the cloud might be the ultimate reliability hack for your setup.

home-automationreliability-engineeringhome-networkcloud-computing

#746: Why Antennas Still Matter in a Streaming World

Explore the hidden tech of television, from DVB-T2 signals to IPTV latency, and why the traditional broadcast isn't dead just yet.

telecommunicationswi-fiinternet-infrastructurereliability-engineering

#740: The War Against Entropy at 30,000 Feet

How long can a plane truly stay airborne? Explore the mechanical, human, and logistical limits of modern aerial power projection.

military-strategyair-powermaterials-sciencereliability-engineering

#728: The Invisible Infrastructure of Data

Ever wonder how your data actually sits on a disk? Explore the evolution of file systems from the limits of FAT32 to the magic of ZFS.

data-storagelinuxbackups-and-archivingreliability-engineering

#684: Breaking the Speed Limit: The Science of Overclocking

Why settle for factory speeds? Herman and Corn dive into the world of overclocking, from silicon binning to the physics of pushing your CPU.

pc-hardwaregpuselectronicsreliability-engineering

#679: The Sound of Secrets: Side-Channel Attacks in AI Clusters

Is your hardware whispering your secrets? Discover how side-channel attacks turn physical signals into data leaks in modern AI clusters.

cyberattackscryptographyai-securityreliability-engineeringgpus

#675: From Digital Libraries to Intelligence Factories

From liquid cooling to nuclear power, Herman and Corn explore how AI is transforming data centers into high-density "intelligence factories."

gpuspc-hardwarecloud-computingreliability-engineering

#658: Beyond Peanut Brittle: The Search for the Toughest Laptops

Stop carrying a "sheet of peanut brittle." Herman and Corn break down the ruggedization spectrum to find laptops that actually survive the road.

pc-hardwarereliability-engineeringproduct-durabilitymaterials-scienceshopping-and-product-research

#637: The Motherboard Decisions That Make or Break a Decade-Long Build

Don't let your motherboard be an afterthought. Herman and Corn dive into VRMs, PCB layers, and the DDR5 debate for home servers.

pc-hardwareelectronicsreliability-engineeringbatteries-and-power

#621: From a Dead Motherboard to Five Nines

Discover how the world’s biggest platforms stay online when hardware fails. Herman and Corn break down the invisible systems of high availability.

reliability-engineeringhome-automationlinux

#620: When ZFS Pools Survive Hardware Death

Your motherboard fried, but is your data safe? Discover the secrets of ZFS portability, forced imports, and professional recovery workflows.

linuxdata-storagebackups-and-archivingreliability-engineering

#613: When ChatGPT Tells You to Fix a CPU Socket

Bent a motherboard pin? Don’t panic. Herman and Corn discuss the tools and techniques needed to save your hardware from a gold-plated tragedy.

pc-hardwareelectronicsreliability-engineeringai-coding-assistants

#609: Surviving the Rampocalypse: Pro Tech on a Budget

Learn how to beat rising RAM prices by sourcing professional data center hardware from the secondary market.

pc-hardwaregpuselectronicsreliability-engineeringopen-source

#605: Why Your Home Lab Can't Be One Big Computer

Herman and Corn explore how to turn separate servers into a unified supercomputer using high-speed interlinks and resource pooling.

home-networkinternet-infrastructurecontainers-and-virtualizationdata-storagereliability-engineering

#588: The Human Choreography of Space

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

space-and-satellitesreliability-engineeringweather-and-atmosphereworkflow-automation

#586: Why Your Phone's Clock Isn't Good Enough

Why spend $1,000 on a clock? Herman and Corn explore the high-stakes world of NTP hardware and the precision timing keeping civilization in sync.

internet-infrastructurereliability-engineeringelectronicsaviation-safety

#562: The BIFL PC: Building for Industrial-Grade Durability

Can a PC be "Buy It For Life"? Herman and Corn explore how to source industrial-grade components for a build that stands the test of time.

pc-hardwarereliability-engineeringgpusbatteries-and-power

#559: Is Your Computer Hotter Than a Nuclear Reactor?

Why does a tiny chip need a massive metal tower? Explore the wild physics of cooling, from air fans to nuclear-level heat density.

pc-hardwareelectronicsreliability-engineeringmaterials-science

#535: The Cargo Ships vs. Delivery Drones of Space

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

telecommunicationsinternet-infrastructurespace-and-satellitesreliability-engineering