My Weird Prompts

In this episode of My Weird Prompts, Corn and Herman Poppleberry dive into the "soft, squishy world" of cognitive bias in silicon. They explore why large language models tend to mirror user opinions—a phenomenon known as sycophancy—and how this problem is magnified in multi-agent systems. From the pitfalls of RLHF to the "herding effect" in virtual boards of directors, the brothers break down the research behind AI's tendency to agree. More importantly, they provide a roadmap for mitigation, discussing strategies like multi-agent debate, model diversity, and adversarial prompting. Whether you're building a business or a complex AI workflow, this episode offers essential insights into extracting unvarnished truth from a technology designed to please.

In this episode, Herman and Corn dive deep into the world of high-speed home networking as they explore why the standard 1Gbps infrastructure is no longer enough for the internet speeds of 2026. They break down the mechanics of SFP and SFP+ ports, explaining how these modular slots can transform a standard home network into an enterprise-grade powerhouse. The discussion covers the critical advantages of fiber optics over traditional copper, including massive power savings, heat reduction, and total immunity to electromagnetic interference. Whether you are curious about DAC cables for short runs or the "infinite" bandwidth of Single-mode OS2 fiber for long-haul house runs, this episode provides a comprehensive roadmap for anyone looking to eliminate bottlenecks. Herman also shares insider tips on sourcing affordable enterprise gear and the importance of SFP+ backward compatibility. If you’ve ever wondered if your "driveway" is too small for your "highway," this deep dive into SFP+ backbones is the essential guide to future-proofing your digital life.

In this episode of My Weird Prompts, hosts Herman and Corn peel back the layers of our modern internet infrastructure to answer a listener's question about the true meaning of bandwidth. They explore why internet service providers market "speed" while businesses demand "dedicated access," explaining technical concepts like oversubscription ratios, wavelength division multiplexing, and the Shannon-Hartley theorem. From the legacy of T1 lines to the cutting-edge potential of Wi-Fi 7 and 800-gigabit Ethernet, this deep dive provides the essential context needed to understand the digital plumbing that powers our world.

In this episode of My Weird Prompts, Herman and Corn dive into the rapidly evolving world of digital security to answer a burning question: are passwords finally dead? From the staggering success rates of passkey adoption at Google and TikTok to the technical breakthroughs making these credentials portable across devices, the duo breaks down why the "two-factor dance" is becoming a thing of the past. Discover how the FIDO Alliance is solving the "lock-in" problem and why shifting to passkeys is the rare tech upgrade that actually makes your life easier while making it more secure.

In this episode, Herman and Corn dive into the invisible mathematics that define our world’s most volatile borders. From the difference between decimal degrees and DMS to the "two sixes" of high-precision coordinates, they reveal why the ground beneath the Israel-Lebanon Blue Line is anything but static. Discover how tectonic drift and geodetic reference frames turn a simple map into a high-stakes diplomatic puzzle where centimeters can determine the difference between peace and conflict.

In this episode, Herman and Corn shift the focus from personal bunkers to the "war rooms" of national survival. They dive into how governments use tabletop exercises, red teaming, and strategic decoupling to prepare for geopolitical earthquakes and supply chain collapses. From Finland’s massive stockpiles to Singapore’s "Total Defence," discover how nations are moving away from global efficiency toward a new era of "just-in-case" strategic autonomy.

In this episode of My Weird Prompts, Corn and Herman dive into the world of Uninterruptible Power Supplies (UPS) and portable power stations. Triggered by a question from their housemate Daniel, the duo explores whether these "black boxes" can serve as lightweight, sustainable generators for the modern home. They break down the science of inverters, compare battery chemistries like LiFePO4 and the emerging Sodium-ion, and discuss how your home backup could eventually earn you money through virtual power plants. Whether you’re looking to keep your router running during a blackout or want to build a resilient, off-grid oasis, this episode provides the technical roadmap you need to stay powered up when the grid goes down.

In this episode of My Weird Prompts, Herman and Corn dive into the complex geography of the atmosphere to answer a listener's question: in an era of advanced satellite constellations, why do we still rely on "old-school" tech like high-altitude planes and surveillance balloons? From the legendary U-2 "Dragon Lady" to the controversial return of spy balloons, the duo breaks down the critical trade-offs between persistence, resolution, and sovereignty. They explore how different altitudes offer unique advantages for signals intelligence and why the future of reconnaissance involves a mix of stealthy drones and AI-steered balloons. Whether it’s the tactical precision of Israeli UAVs or the asymmetric cost-benefit of a simple stratospheric balloon, this discussion reveals that the race for intelligence is about much more than just having a camera in space—it's about mastering the layers of the sky. This deep dive into the "geography of the atmosphere" explains why the most sophisticated intelligence agencies in the world are still looking for a view from the clouds rather than just the stars.

In this episode, Herman and Corn tackle a growing frustration for modern smartphone users: the sudden disappearance of the call recording button. Spurred by a listener's question about missing features on newer devices, the duo explores how global tech giants like Google and Apple are navigating a complex web of international privacy laws and consent regulations. From the legal distinction between one-party and all-party consent states to the technical "squeeze" on Android's accessibility APIs, this discussion reveals why the tools we once took for granted are being phased out in favor of AI-driven alternatives. They delve into the "analog hole," the rise of Bluetooth hardware workarounds, and the irony of phones that refuse to record audio but offer to transcribe it with AI. Whether you're a journalist, a professional needing technical accuracy, or just someone curious about the future of digital accountability, this episode breaks down the trade-offs between privacy, compliance, and your right to capture your own conversations.

Have you ever clicked a bookmarked link only to find a "404 Not Found" error? This phenomenon, known as link rot, is more than just an annoyance—it's a threat to our collective digital history. In this episode, Herman and Corn explore the InterPlanetary File System (IPFS), a revolutionary peer-to-peer protocol designed to make the web permanent. They break down the shift from location-based addressing to content-based addressing, explain the power of cryptographic hashes, and discuss the technical hurdles of decentralized storage. From space-travel latency to censorship resistance, discover why IPFS might be the backbone of a multi-planetary civilization and the cure for the internet’s ephemeral nature.

In this episode, Corn and Herman dive into the invisible world of Error Correction Code (ECC), the mathematical miracle that allows our digital world to survive scratches, smudges, and even cosmic radiation. While checksums can only tell you if something is broken, ECC has the power to actually repair the damage without needing to resend the original data. From the early frustrations of Richard Hamming at Bell Labs to the sophisticated Reed-Solomon codes that power everything from your favorite Blu-rays to the Voyager 1 space probe, the hosts explore how structured redundancy and high-dimensional geometry keep our information intact. Learn why your computer is in a constant battle against high-energy particles from space and how a simple QR code can still work even if thirty percent of it is missing. It is a fascinating look at the math that bridges the gap between a noisy physical reality and the perfect digital signals we rely on every day.

Have you ever wondered about those long strings of gibberish next to a download link? In this episode, Herman and Corn dive deep into the world of checksums—the digital fingerprints that ensure your data hasn't been corrupted by "bit rot" or tampered with by malicious actors. We explore the fascinating evolution of these mathematical safeguards, from the early days of MD5 to the modern, collision-resistant standard of SHA-256. The duo explains why even a secure HTTPS connection can't protect you from hardware failure or compromised mirror servers, making independent verification a vital skill for every user. Beyond just downloads, discover how checksums power "self-healing" file systems like ZFS and maintain the immutable history of software development through Git’s Merkle trees. It’s a geeky deep dive into the hidden protocols that keep the internet from falling apart, one bit at a time. Join us to learn how to master your own digital provenance.

When an emergency forces you into a deep underground shelter, the very walls designed to protect you also act as a Faraday cage, cutting off all cellular and Wi-Fi signals. In this episode, Herman and Corn explore the technical challenges of maintaining connectivity in reinforced concrete environments and provide a blueprint for building a DIY "data bridge." From the portability of the Starlink Mini to the flexibility of OpenWRT travel routers, discover how to assemble a resilient communications kit that keeps you connected to the world above when it matters most.

Have you ever wondered how a tiny conference speaker can pick up your voice from across a cavernous, echoing room while ignoring the hum of the air conditioner? In this episode, Herman and Corn pull back the curtain on beamforming, a sophisticated blend of physics and digital signal processing that allows devices to "look" with their ears. From the basic principles of wave interference to the cutting-edge world of neural beamforming and spatial audio, this discussion explores how we are using billions of calculations per second to replicate—and sometimes exceed—the natural capabilities of human hearing. Whether it is life-changing hearing aid technology or futuristic soundbars that bounce audio off your walls, learn why the future of sound is all about direction.

In this episode, Herman and Corn dive into the fascinating world of Command Line Interfaces (CLIs) and why they are seeing a massive resurgence in 2026. They trace the history of the terminal from 1950s punch cards to modern GPU-accelerated emulators, exploring how the "Unix Philosophy" of simple, composable tools is more relevant than ever. The duo discusses why AI agents are moving back into the terminal and why the command line is actually a higher-resolution interface for the human mind.

Most users think of the internet as a direct line, but it’s actually a fragile web of over 90,000 independent networks held together by the Border Gateway Protocol (BGP). In this episode, Herman and Corn dive into the terrifying world of BGP hijacking—a technique where governments or malicious actors "lie" to the internet to reroute traffic through their own servers. Using historical maneuvers as a case study, the duo examines whether high-security apps like Signal can truly protect your data when the underlying roads of the web are compromised. They break down the difference between message content and the "who, when, and where" of metadata, explaining why your encrypted messages might be safe while your identity remains exposed. From the technical hurdles of RPKI adoption to the rise of the "splinternet," this conversation reveals the structural vulnerabilities of our digital world. Is our global communication network built on a foundation of trust that no longer exists? Tune in to find out how the invisible infrastructure of the web defines the future of digital sovereignty and personal privacy.

Moving house is often cited as one of life’s most stressful events, especially in hyper-competitive rental markets like Jerusalem where vacancy rates sit below five percent. In this episode, Herman and Corn dive into the "creative" challenges of modern renting and explore how to turn a chaotic relocation into a streamlined, professional operation. Drawing inspiration from US military logistics and the precision of concert roadies, they discuss practical tools like the open-source inventory manager Homebox and the use of NFC tags for effortless unpacking. Beyond the physical boxes, the duo explores the psychological side of frequent moves, offering strategies for building resilience and creating a "portable sense of home" in an unpredictable world. Whether you’re facing a mountain of cardboard or just want to be prepared for the next lease renewal, this episode provides the technical and mental blueprints you need to master the move.

In this episode, recorded on January 14, 2026, Herman and Corn dive into the harrowing reality of the modern rental market, which their housemate Daniel describes as a "jungle." They examine why landmark legislation in Israel and Ireland often fails to protect tenants from egregious conditions like jackhammered floors and unresponsive landlords. By contrasting these "jungle" markets with more stable European models like Germany and Switzerland, the hosts uncover the cultural and systemic shifts needed to turn renting from a veteran state of precarity into a dignified lifestyle choice.

As six-month-old Ezra starts to move, hosts Herman and Corn dive into the high-stakes world of baby proofing within the tight quarters of a Jerusalem apartment. From anchoring unstable furniture to surviving the "poop-pocalypse" caused by robot vacuums, this episode covers the essential safety hacks every new parent needs to know. Learn why the "penny test" is more important than your daily vacuuming routine and how to see your home from a four-inch perspective.

In this episode of My Weird Prompts, Herman and Corn dive into the overwhelming world of modern parenting technology. Inspired by a voice note from a new father, they discuss the pitfalls of "quantified self" baby apps and why Google often acts as an anxiety engine for sleep-deprived parents. They explore the shift toward using AI for medical consensus, the fascinating cognitive leaps happening in a six-month-old's brain, and the controversial question of whether society should require a "license" or mandated education for parenting. It’s a deep dive into how we can move from data-driven stress to relationship-driven connection.

In this episode of My Weird Prompts, hosts Corn and Herman tackle a common frustration for home lab enthusiasts: the failure of standard label makers in demanding environments. They break down the critical difference between direct thermal and thermal transfer printing, explaining why your shipping labeler will never work for heat shrink tubing or outdoor gear. From the hardware switches of the Brother P750W to the command-line automation possibilities on Ubuntu Linux, this episode is a deep dive into the physics of organization. Whether you're labeling a massive server rack or weatherproofing outdoor equipment, learn why material science matters and how to integrate professional-grade labeling into an open-source workflow.

In this episode, Herman and Corn dive deep into the rapidly changing landscape of remote connectivity, questioning whether the traditional corporate VPN is finally reaching its expiration date. As businesses move away from the "castle and moat" security model, the duo explores the technical inefficiencies of "tromboning" traffic and the rise of more elegant, high-performance alternatives like WireGuard and Tailscale. From the granular security of Zero Trust Network Access to the invisible "ghost bridges" of software-defined perimeters, this discussion provides a comprehensive look at how modern enterprises are securing their data without sacrificing speed. Whether you are navigating legacy technical debt or implementing a cutting-edge SASE stack, this episode offers essential insights into the future of how we connect to work.

In this episode of "My Weird Prompts," hosts Corn and Herman tackle the hardware side of digital survival during a rainy Jerusalem winter in 2026. While previous discussions focused on software redundancy, this episode answers a critical question from their housemate Daniel: how do you actually keep the lights—and the router—on during a prolonged grid failure? The brothers break down the confusing world of UPS ratings, explaining why the numbers on the box often lead to disappointment. They dive deep into the "inverter tax," the efficiency of Lithium Iron Phosphate batteries, and the "pro-level" move of using DC-to-DC power supplies. Finally, they demystify the physics of Passive Optical Networks (PON), revealing whether your fiber optic connection can survive a neighborhood-wide blackout. It is a comprehensive guide for anyone looking to build a resilient, long-term home office setup that can withstand more than just a momentary flicker.

How do you stay connected when a regime tries to "vanish" the internet? In this episode of My Weird Prompts, Herman and Corn dive deep into the mechanics of digital isolation, moving beyond the headlines to examine the high-stakes game of cat and mouse between state censors and activists. From the surgical manipulation of Border Gateway Protocol (BGP) to the surprising physical vulnerabilities of satellite internet, the brothers explore why "unblockable" technology is often a myth. They also highlight the "low-and-slow" innovations keeping information flowing in conflict zones, including LoRa mesh networks, the Snowflake protocol, and the enduring power of the physical "sneakernet." It is a fascinating look at asymmetrical digital warfare and the resilient tools designed to punch holes in the world’s most sophisticated firewalls.

In this episode, Herman and Corn pull back the curtain on the massive $430 billion data broker industry, exploring how your most private information is harvested, packaged, and sold to the highest bidder. From the hidden mechanics of Real-Time Bidding to the "Trojan horse" nature of mobile apps, the duo uncovers the invisible infrastructure of modern digital surveillance. They also provide a roadmap for fighting back, discussing the groundbreaking California Delete Act and practical tools you can use to break the chain of attribution and secure your digital footprint.

Ever wondered how professionals drive those massive "mission control" desk setups or airport flight boards without their systems melting down? In this episode, Herman and Corn dive deep into the technical architecture of GPUs to explain why most consumer cards stop at four displays and how you can break past that limit using modern 2026 technology. From the software-driven "hacks" of DisplayLink to the high-bandwidth elegance of Thunderbolt 5 and DisplayPort daisy-chaining, they cover everything you need to know about expanding your digital real estate. Whether you are a coder needing more room for windows or a parent keeping an eye on a baby monitor, this episode provides the ultimate roadmap for conquering digital sprawl and optimizing your workspace for maximum efficiency.

Even when you use encrypted websites, your Internet Service Provider can still see every domain you visit through unencrypted DNS queries. In this episode of My Weird Prompts, Herman and Corn dive into the world of Private DNS, explaining how protocols like DNS-over-TLS (DoT) and DNS-over-HTTPS (DoH) can shield your browsing metadata from prying eyes. They break down the benefits of popular providers like Cloudflare, Quad9, and Mullvad, while addressing the limitations of using encrypted DNS without a VPN. Whether you're an Android user looking to flip a switch or an iOS user managing profiles, this episode provides a clear, technical roadmap to reclaiming your digital privacy and building "privacy herd immunity."

In this episode of My Weird Prompts, brothers Herman and Corn Poppleberry dive deep into the biological and technological frontiers of circadian health. Inspired by a prompt from their housemate Daniel, the duo explores what it means to "radically" embrace the natural cycle of the sun in a world dominated by artificial light. From the molecular mechanics of the Nobel Prize-winning "clock genes" to the latest research linking fragmented rhythms to dementia, this discussion highlights why timing is the most underrated component of health. The conversation moves beyond simple blue light filters, offering a practical roadmap for using smart home technology to automate a biological "reset." Herman and Corn detail how tools like Home Assistant can be used to create seamless lighting curves, thermal ramps, and morning light signals that mimic the environment our ancestors evolved in. Whether you are navigating the challenges of a new baby or seeking "biological excellence" through chrononutrition, this episode provides the insights needed to turn your home into a living, breathing extension of the natural world.

In this episode of My Weird Prompts, Corn and Herman Poppleberry dive into the next phase of the internet: Agent-to-Agent (A2A) protocols. They explore why the Model Context Protocol (MCP) was just the beginning and how we are moving toward a "decentralized mesh" where AI agents collaborate, negotiate, and even hire each other without human intervention. The discussion covers the technical evolution from rigid API calls to dynamic Agent Cards, the eerie efficiency of direct audio token communication, and the practical shift from tools to autonomous teams in fields like software engineering and system administration. Herman and Corn also tackle the high-stakes security concerns of the agentic web, including identity verification, budget constraints, and the danger of recursive spending loops. Whether you're a developer looking to build the next generation of AI services or a business leader preparing for a marketplace of autonomous experts, this episode provides a comprehensive roadmap for the coming machine-to-machine revolution.

In this episode of My Weird Prompts, Herman and Corn dive deep into the global housing crisis, using the extreme case of the Israeli market in 2026 as a starting point. They debate whether our desire for property is a primal nesting instinct or a modern economic construct hijacked by the financialization of real estate. From the stable rental models of Germany to Singapore’s radical state-led housing success, the brothers explore how we can reclaim the "social contract" of affordable living. Can we move beyond the fear of being a "sucker" and build a system where a home is a right rather than a speculative gamble?

In this episode of My Weird Prompts, hosts Corn and Herman peel back the curtain on the invisible infrastructure that keeps the internet safe. Inspired by a listener’s DIY OPNsense firewall project, they explore the "secret language" of cybersecurity: Common Vulnerabilities and Exposures (CVEs). They explain how the MITRE Corporation and a global network of Numbering Authorities coordinate to identify and score digital threats before they can be exploited by malicious actors. The discussion then shifts to the revolutionary power of collective intelligence, using tools like CrowdSec to create a "Waze for cyberattacks." By crowdsourcing threat data, individual users contribute to a global reputation database that protects everyone from automated botnets. From the high-stakes world of coordinated disclosure to the critical importance of maintaining open-source libraries like Log4j, this episode highlights how the digital world is moving from isolated silos to a massive, interconnected web of defense. Whether you are a sysadmin or a casual browser, you’ll learn how the "trickle-down" effect of security protects us all.

In this episode of My Weird Prompts, hosts Herman and Corn tackle a question that puzzles every modern traveler: how do hundreds of Bluetooth devices stay connected in a crowded airport without constant interference? They peel back the layers of the 2.4GHz "junk band" to reveal a sophisticated system of radio frequency hygiene. The duo explores the fascinating history of Frequency Hopping Spread Spectrum (FHSS), a technology co-invented by Hollywood legend Hedy Lamarr to guide torpedoes, which now powers our wireless earbuds. Listeners will learn about the mechanics of pseudo-random hopping sequences, the efficiency of the LC3 codec, and the brilliance of Adaptive Frequency Hopping. Whether you're a tech enthusiast or just curious about why your music doesn't stutter in a terminal, this deep dive explains the invisible architecture keeping our digital lives synchronized.

While we often imagine the internet as an ethereal cloud, the reality is a physical network of glass fibers resting on the ocean floor. In this episode, Herman and Corn discuss the extreme vulnerabilities of these undersea cables, from accidental anchor drags to high-tech submarine tapping by global superpowers. We explore why HTTPS isn't a total shield against metadata analysis and how the "store now, decrypt later" strategy is driving a shift toward post-quantum cryptography. Join us as we dive into the murky world of deep-sea surveillance and the geopolitical battle for the internet’s physical foundation.

In this episode, Herman and Corn dive into the rapidly evolving landscape of public and private surveillance, sparked by a housemate's discovery of surprisingly powerful consumer baby monitors. They explore the massive technological gap between high-end home gear and professional-grade systems that can read license plates from blocks away, while uncovering the "iceberg" of hidden sensors like thermal imaging and Wi-Fi sensing. Finally, the duo compares the global surveillance landscape, from China’s highly integrated social systems and Jerusalem’s dense security networks to the European Union’s strict privacy protections, questioning what it means to live in a world where the walls are increasingly watching back.

As AI-generated content becomes indistinguishable from reality, we are entering a fundamental crisis of trust where "seeing is believing" no longer applies. In this episode of My Weird Prompts, Herman and Corn dive deep into the technical and philosophical battle for truth over the next twenty years. They explore the rise of "controlled capture" hardware, the cryptographic signatures of the C2PA, and the controversial emergence of biometric "Proof of Personhood" systems like Worldcoin. The discussion moves beyond simple deepfakes to examine the terrifying possibility of "Reality as a Service," a future where digital authenticity is a paid luxury and the "Dead Internet Theory" becomes a daily reality for the unverified. From the "Authenticity Renaissance" of raw, imperfect media to the concept of "Social Mining" in physical spaces, Herman and Corn map out the high-stakes arms race between synthetic perfection and human imperfection. Join us for a look at how we will safeguard our identities in an era where the mouse has a jetpack and the truth has a subscription fee.

Moving apartments is a nightmare, but reconfiguring your smart home and servers shouldn't be. In this episode, Herman and Corn dive into the world of "network-in-a-box" solutions, drawing inspiration from professional touring roadies and military tactical communications. Discover how to use OPNsense to turn your ISP into a "dumb pipe," why you should never use default subnets, and how to build a "fly-pack" that keeps your devices online the moment you plug in. From PACE planning to physical labeling, learn the pro secrets to maintaining a persistent internal architecture that stays the same whether you're in a new city or a new country.

In this deep dive, Herman and Corn explore the radical convergence of large language models and robotics, marking a transition from digital logic to physical embodiment. They break down the mechanics of Vision-Language-Action (VLA) models, explaining how the transformer architecture is being repurposed to predict motor commands just as it predicts words. By treating physical movements as "action tokens," researchers are bridging the gap between abstract reasoning and real-world coordination. The discussion covers the critical "reality gap," the role of high-fidelity simulations like NVIDIA Isaac Sim, and the necessity of low-latency edge computing for the next generation of humanoid robots. Whether it’s a robot arm grasping a cup or a humanoid navigating a kitchen, the duo questions if true intelligence can only be achieved when AI finally has a body to call its own.

In this episode of My Weird Prompts, hosts Herman and Corn explore the technical architecture behind state-sponsored internet shutdowns and the emerging technologies designed to bypass them. They analyze how governments utilize Border Gateway Protocol (BGP) withdrawals and Deep Packet Inspection (DPI) to isolate citizens, while also examining the rise of "Sovereign Internets" like Iran’s National Information Network. The conversation then looks upward to the stars, detailing how Low Earth Orbit satellite constellations and new direct-to-cell capabilities are rendering traditional digital borders porous. By contrasting the physical geography of terrestrial cables with the borderless potential of space-based data, the duo provides a comprehensive overview of the modern battle for information freedom in 2026.

In this episode of My Weird Prompts, Corn and Herman Poppleberry dive into the rapidly evolving world of Satellite Intelligence (SATINT) following the recent Iran-Israel conflict. They break down the narrowing gap between commercial imagery and classified state secrets, explaining how Synthetic Aperture Radar (SAR) and hyperspectral imaging allow analysts to see through clouds and identify decoys. From AI-driven "pattern-of-life" analysis to the sub-millimeter precision of phase data, the duo reveals how the battlefield is becoming more transparent than ever before. Whether it's detecting the "memory" of a footprint in the grass or spotting the thermal signature of an inflatable missile, this discussion covers the cutting-edge tech that ensures there is nowhere left to hide. Tune in to understand how the combination of orbital sensors and deep learning is redefining modern espionage and global security.

In this episode of My Weird Prompts, Herman and Corn dive into the shadowy yet surprisingly public world of Open Source Intelligence (OSINT). They explore how everyday people are using high-resolution satellite imagery from companies like Maxar and Planet, alongside social media clips from Telegram and TikTok, to track global conflicts in real-time. The discussion covers the professionalization of hobbyists, the integration of public data into agencies like the CIA, and the high-stakes game of digital verification. From the battlefields of Sudan and Ukraine to the ethical dilemmas of facial recognition and the "fog of OSINT," this episode reveals how the intelligence landscape has been flipped on its head. Learn why a person with a fast internet connection and a bit of patience can now rival the capabilities of multi-billion dollar spy agencies, and what this means for the future of global privacy and diplomacy.

In this episode of My Weird Prompts, Herman and Corn dive deep into the world of advanced file systems like Btrfs, ZFS, and XFS, sparked by a housemate's complex five-disk workstation setup. They demystify the "magic" of Copy-on-Write (CoW) technology, explaining how snapshots provide a near-instant "undo button" for your entire OS without eating up your storage space. Whether you're a data hoarder looking for ultimate integrity or a performance junkie chasing raw speed, this guide breaks down which architecture fits your digital life and why a snapshot is never a replacement for a true backup.

In this episode of My Weird Prompts, Herman and Corn Poppleberry tackle the high-stakes world of data storage in 2026. As 30TB Heat-Assisted Magnetic Recording (HAMR) drives become the new standard for home labs, the brothers revisit the 1987 Berkeley paper that revolutionized how we think about disk reliability. They break down the mechanics of striping, mirroring, and the elegant XOR math of distributed parity, while issuing a stark warning about the "rebuild nightmare" facing modern arrays. From the blistering speed of RAID 0 to the mission-critical reliability of RAID 10, learn why the storage configurations of the past might lead to catastrophic data loss in the age of massive drives.

In this episode, Herman and Corn dive into the radical transformation of Jerusalem's skyline through the Jerusalem Gateway project. They explore the tension between modern economic demands and the city's historic identity, focusing on the "ghost apartment" phenomenon and the impact of the 2026 tax reforms. From Vancouver's vacancy taxes to Paris's height limits, the brothers discuss how Jerusalem can balance growth with the needs of its local residents to prevent the city from becoming a "theme park" for the global elite.

In this episode of My Weird Prompts, Corn and Herman dive into the fascinating history and psychology of Standard Operating Procedures (SOPs). From the tragic 1935 crash of the Boeing "Flying Fortress" to the life-saving surgical checklists used in modern medicine, they explore how offloading memory to paper prevents "failures of ineptitude." Learn how to apply these high-stakes systems to your daily life and discover the best digital tools to help you stop relying on your brain and start relying on the process.

For over a century, the medical standard for gallstones has been simple: remove the "broken factory." But for many patients, the end of acute pain is just the beginning of chronic digestive issues. In this episode, Herman and Corn dive into the history of cholecystectomy, the rise of laparoscopic surgery, and the often-overlooked reality of post-cholecystectomy syndrome. They discuss the latest research into conservative management, gallbladder-preserving techniques, and how a new understanding of the gut microbiome is offering hope for those living with the "leaky faucet" of constant bile flow.

What happens if you leave a server online without a password? In this episode of My Weird Prompts, Herman and Corn dive into the "background radiation" of the internet—the constant, automated scanning by botnets looking for any open door. From Z Map scans to the monetization of compromised servers through crypto-mining and Initial Access Brokers, discover why your digital security is under threat the moment you go live. Learn how the ecosystem of WordPress plugins and the rise of AI-augmented scanning are changing the landscape of cyber defense in 2026.

In this episode of My Weird Prompts, hosts Herman and Corn dive deep into the shifting landscape of AI data infrastructure as of early 2026. They discuss the transition from flat vector databases to the structural power of Graph RAG, using tools like Obsidian and Neo4j to explain how associative memory improves AI reliability and reduces hallucinations. Finally, they explore the resurgence of Postgres and pgvector, highlighting why "boring" technology and the "all-in-one" database approach are becoming the gold standard for modern, cost-effective AI applications.

In this milestone 299th episode, Herman and Corn dive into the high-tech world of meteorology in 2026. They discuss the transition from traditional Numerical Weather Prediction (NWP) to lightning-fast AI models like Google’s GraphCast and Nvidia’s FourCastNet, exploring how these tools are reshaping our understanding of the skies. From the volatile Atlantic storms of Ireland to the seasonal intensity of Jerusalem, learn why the "human touch" remains the vital last mile in an era of hyper-accurate data and chaotic atmospheric systems.

Have you ever noticed a timestamp ending in "Z" and wondered what it meant? In this episode, Herman and Corn explore the invisible foundation of Coordinated Universal Time (UTC). They break down the linguistic compromises, the difference between atomic and astronomical time, and why this single heartbeat is critical for global aviation, weather forecasting, and modern computing.

Is that rhythmic "drip, drip, drip" in the middle of the night a minor repair or a looming health crisis? In this episode, Herman and Corn dive into the stressful world of persistent home leaks, focusing on a listener’s ten-day struggle with water damage in Jerusalem. From the hidden dangers of aerosolizing mold spores with a hairdryer to the physics of "lateral migration" in stone buildings, they explore why finding the source of a leak is often harder than fixing it. Discover why high-tech drones might be failing you and how thermal imaging and HEPA filtration are the real heroes in protecting your respiratory health. Whether you're a renter or a homeowner, learn the professional secrets to stopping the damp before it stops you.