The Tyler Woodward Project

The conversation explores the resurgence of physical media, particularly vinyl, CDs, and cassettes, and discusses the growing consumer preference for ownership over subscription models. It highlights the unique position of radio in the media landscape and suggests that radio can learn from the revival of physical media to enhance its relevance.

Meta's new Muse AI agent handled a Facebook Marketplace sale for a guy named Matt Rob, and it gave a complete stranger his home address without asking first. The guy shows up expecting to buy a keyboard, and Rob has no idea any of this happened until there's a knock on his door. That's not a hypothetical risk, that's a thing that actually occurred, and it happened because of one "allow always" permission he clicked and forgot about.

I get into why this story bothers me so much, and it's not because I think AI is evil or useless. I use it, I build with it, it's a tool like anything else. The problem is the gap between using AI to help you think and handing an AI agent the keys to your email, contacts, location, calendar, and the ability to talk to strangers and make decisions on your behalf. Those are two completely different risk profiles, and Meta is rolling out the second one to a user base that includes a lot of people who have spent twenty years clicking "allow" without reading a single word of what they agreed to.

I walk through what Muse actually does, what Meta says about it, why I don't buy the reassurances given their track record, and the specific questions you should be asking before you give any AI agent permission to act as you. If you've ever connected an app without reading what you were agreeing to, which is all of us, this one's worth your time.

A low power FM station in Valdosta, Georgia has a real interference problem. Instead of accepting the engineering explanation, they decided to accuse broadcast engineers, large radio conglomerates, and apparently the atmosphere itself of running a coordinated campaign against them. I break down what's actually happening with Supra 89.7 and WFA GLP, and why the answer was sitting in front of them the whole time.

I get into what tropospheric ducting and sporadic e-skip actually are, why the ITU and the FCC both account for this stuff as normal radio propagation, and why a hundred watt LPFM station picking up interference from stations hundreds of miles away isn't evidence of hacked ham radio equipment or a secret relay. I also cover the legal side, including why 47 USC 333 requires willful or malicious intent, something that doesn't apply to weather doing what weather does. And I get into why LPFM's status as a secondary service matters here, whether you like that fact or not.

This one covers real engineering, a real regulatory structure, and a station that keeps rejecting both in favor of a story that feels better. If you care about how spectrum actually works, how the FCC evaluates interference, or just want to watch what happens when people replace data with a grudge, this is for you.

Kids are not going to stop talking to each other just because you blocked an app. I get into the story of how a group of teenage girls turned NPR's podcast comment section on Spotify into a full blown underground group chat, complete with its own routing system, and why they picked the most boring, least popular corner of the internet to do it.

I walk through how this traces back way further than people think, from the Twin Cities jam line phone network in the late 60s, to AIM and away messages in my own childhood, to Google Docs chat rooms, and now Spotify comments. Same behavior, different equipment, every single time an adult decides they've finally found the way to control how kids communicate.

If you've ever thought restricting social media access actually stops kids from talking to each other, this episode is going to ruin that theory for you. It's a good reminder that tech accountability isn't just about what companies build, it's about what people actually do with it once it's out in the world.

Radio loves patting itself on the back for showing up during hurricanes and tornadoes. I grew up in Florida watching cones of uncertainty aim at my house, so I get why that story feels good. But building your entire pitch around being useful only when everything else breaks is a terrible way to run an industry, and it's exactly what radio has been doing for years.

In this episode I get into why the disaster narrative is true but incomplete, what Pew's 2025 local news numbers actually reveal about how few people choose radio over just encountering it, and why a station like WELY in Ely, Minnesota proves the model that actually works. Spoiler: it's not more emergency messaging, it's showing up on a random Tuesday when nothing's wrong so people already trust you when something is.

If you've ever wondered why radio keeps losing ground despite being technically essential during emergencies, this is the conversation about what happens when an entire medium forgets to earn its relevance the other 364 days a year. This is digital ownership and tech accountability applied to broadcast, and it's a hard look at what local actually means.

Diesel prices are all over the news right now, but everyone's talking about it like it's just a trucking story. It's not. I'm a broadcast engineer, and I'm here to tell you diesel is the thing keeping radio transmitters and cell sites alive when the power goes out, and right now that backup power is getting brutally expensive.

I break down what diesel actually costs to run a generator at a radio site or cell tower right now compared to a year ago, and the numbers are ugly. I run the math on different generator sizes, look at what happened at WMIT in North Carolina after Hurricane Helene, and talk about the FCC's numbers on how long cell sites actually run on batteries and backup fuel before someone has to physically drive more diesel out there. Spoiler: it's not as long as you'd hope.

Everyone treats backup power like a checkbox: station has a generator, cool, done. But a generator without fuel, fuel trucks, and people who can actually get to the site is just an expensive lawn ornament. If you care about what keeps communication infrastructure running when everything else fails, and who actually pays for that, this one's for you.

On November 17th, every radio and TV station in the country is going to interrupt whatever you're doing with that awful screeching tone. I'm breaking down what that nationwide Emergency Alert System test actually is, how a warning message travels from a federal agency all the way to your car radio, and why the FCC and FEMA bother running this drill every few years instead of just hoping the system works when it counts.

I walk through the whole chain: who issues the alert, how it gets distributed, how your local station receives it and puts it to air, and what happens after the test when stations report back on what worked and what didn't. I also get into why this broadcast based system isn't the same as the wireless alerts on your phone, and why that's actually a good thing. Redundancy matters. You don't want a tornado warning depending on one app, one carrier, or one piece of tech working perfectly.

This one's short, but it matters if you've ever wondered why that annoying tone exists or why it's supposed to be annoying. A boring Tuesday afternoon test is exactly how you find the broken piece in the system before you actually need it during a real emergency, and that's the whole point of testing anything that's supposed to keep people safe.

Radio keeps trying to beat Spotify at being Spotify, and it's losing, because that was never a fight it could win. I lay out why the actual advantage terrestrial radio has always had isn't the music or the transmitter, it's the human relationship, and why chasing efficiency has quietly stripped that out of most stations.

I get into the research backing this up, including a Jacoby Media tech survey showing core radio listeners actually rank the DJ or host above their favorite songs as the reason they tune in, plus a local feel that they say they don't get from any other kind of audio. I talk about what real local means beyond just saying a city name between songs, why automation and voice tracking aren't the enemy but became the whole philosophy for too many stations, and I point to a couple of stations, WFMU and KEXP, that still treat their air staff like people instead of interchangeable boxes on a log.

If you've ever wondered why radio feels hollowed out even when the music is fine, or you care about what happens when an industry optimizes itself into irrelevance, this one's for you. It's about radio, but it's really about what happens when companies mistake efficiency for value and forget what actually made people loyal in the first place.

There's a box on my basement wall where light turns into internet, and most people paying for "fiber" don't have anything close to it. I break down the term "fiber powered," why Spectrum is selling coax as if it's the real thing, and how the FTTH, FTTN, FTTC alphabet soup exists to hide exactly where your fiber connection actually stops.

I also get into the AT&T versus Spectrum lawsuit, because AT&T is suing Charter over the fiber powered branding and they're not wrong. But AT&T pulled the same trick with fake 5G labels on 4G phones a few years back, so nobody in this fight is innocent. I explain what HFC networks are, why your upload speed gets choked on shared coax, and what the fine print is actually admitting when you read it closely.

This is a consumer rights problem dressed up as a tech story. If you're paying for internet every month, you deserve to know what wire is actually running to your house.

Everyone repeats the line that the cloud is just someone else's computer, and then keeps handing over their whole life to it anyway. I get into what that actually means once you stop laughing at it: they write the rules, they change them whenever they want, and they can lock you out of your own photos and emails without warning.

I walk through what Google, Microsoft, Meta, and Apple actually do with your data versus what people assume, then break down the 2022 LastPass breach as the clearest example of what happens when everyone's information gets piled into one company's server. From there I get into what self hosting actually looks like now, from a box on a shelf in your house to a rented VPS, plus tools like Vaultwarden and Immich ("Image") that let you run your own passwords and photos without handing them over to a corporation.

This isn't a burn it all down pitch. I still use iCloud myself and I say so. It's a real look at how much control you're giving away by default and what it would actually take to get some of it back, which is exactly what digital ownership and tech accountability are supposed to be about.