Ham radio is not dying, it's evolving

If I give out my call sign on the Internet (or on the air) you now know my real name, address, and every past address I’ve ever used. So let’s say I registers as Bob Smith at 123 Fake St 4 years ago, and now I go by Susan Smith at 456 Example Blvd you’d know all that information with a simple lookup.

The only real semi-workaround is when someone first licenses (and you probably don’t know this at first) is to use a PO Box, otherwise any address change will be on record.

I'm in North America somewhere densely populated that you could reasonably expect a massive earthquake to hit.

Nobody realistically expects that this will be an issue any time soon. It hasn't been in the past 30 years, and hopefully won't be for the next 30. The government here _does_ prepare for it because it would be irresponsible not to. It's at the same level as maintaining a stockpile of medical supplies to prepare for a one-in-a-hundred year pandemic. Looks silly until it doesn't and tens or hundreds of thousands of people die following a disaster due to a lack of preparedness. And in this case, "preparing" is basically letting a bunch of volunteers provide these services largely for free.

I volunteer with an organization that is integrated into the disaster response planning at multiple levels of government and with the local police. The group spends a lot of time building out and maintaining backup communication infrastructure throughout the area as an integrated part of the emergency response plans. Not just with amateur radio, but with satellite phones, the police radio systems, some of the regional backup radio systems the government maintains, some of the city departments' independent radio systems, etc. We're tied into it all. There's another group here that maintains a microwave link from within the city to 250 miles outside of it that provides communication outside of the potentially impacted area.

Our systems are the _only_ point to point communication systems left in the city as far as I know. Every city radio relies on a repeater or system of repeaters. The police radios are all cells with a physical back haul between sites. We have systems tied in at most main city services, community centers, the regional staging areas, etc and plans for how to get the appropriate information where it needs to go and people trained to do so if it ever needs to be turned on. The tie-ins with the other radio systems at points throughout the city allow us to act as a backup route if for some reason part becomes segmented and direct communication isn't possible. No matter how bad the physical damage, our system will be working as long as there are people still alive.

Some people volunteer at a soup kitchen or animal shelter. Myself and a couple hundred others use our technical skills volunteering to maintain a resilient communication backbone for the community.

And I mean... it's fun?

I got my General license last year and this month I decided to give CW a try. I do have to say that as an absolute beginner developing my listening skills brings me back to when I was first learning Spanish in high school and how much effort it took to figure out where words started and ended. Obviously it's not quite as hard because you don't need to learn a large vocabulary, but don't brush it off as trivial.

> When I started over half of us built our own rigs, now it's probably 5%.

I think this has much more to do with economics and the progress of technology than it has to do with lack of interest. The Antique Wireless Museum recently posted a series of videos on their YouTube channel on the history of amateur radio and one of the things I learned was that before the 1950s commercially-produced transmitters for the amateur radio bands largely weren't a thing, so building them yourself was pretty much a requirement to get into the hobby.

Additionally, up to the 1960s commercial electronics were largely still made entirely of discrete components hand-wired point-to-point which was a very labor-intensive method of construction. If you bought the parts yourself or you bought a kit you would be doing pretty much exactly the same thing they would be doing in the factory but on your own time, giving you large savings of money since you weren't paying for someone else's labor. Since then electronics manufacturing has advanced greatly: PCBs, surface mount components, pick-and-place machines, wave soldering, integrated circuits, etc. Many electronics devices you buy today would be much, much harder to try to build in a DIY environment than they would in a factory, even with a kit, and the labor costs are so much less due to these innovations (and overseas manufacturing) that you don't get the savings you once did.

I see the surge in interest in SDRs (which bring the infinite malleability of software to radio at zero marginal cost once you have the SDR itself) as a sign that this interest in DIY never went away, it's just the accessibility of it that did.