epochbtc
Cost-Bounded Bitcoin Transaction Filtering Language
The answer is: cash flow. Self-storage businesses are the almost perfect solution for someone with a good size (but not enormous) bucket of money that they want to put to work generating cashflow:
1. Cheap build out (cheap land, cheap facilities) 2. Almost entirely hands-off (no employees, automated entry) 3. Low liability (low risk of customers suing you) 4. Low overhead (just pay for taxes, electricity, minimal maintenance) 5. Reliable monthly cash flow
The abundant supply of these businesses, I suspect, tends to generate demand: it's easier to pay $80/month to store your junk than spend the time and emotional labor of picking through what you want to keep and what you want to get rid of. That ends up being captive long-term revenue.
Satd (Full Bitcoin Node in Rust): Guided Code Tour
There's also a Rust SDK (Go SDK coming next release): https://epochbtc.github.io/satd/rust-sdk.html
Comments or feedback welcome!
Satd: Bitcoin Streaming Event Consumption API
Satd: Bitcoin Transaction Filtering Language
- Bitcoin was and is a massive, historic accomplishment in creating digital scarcity for the first time and the long term effects are still playing out.
- Virtually all of the "crypto" or Bitcoin 2.0 schemes in the 15 years since have been scams. Essentially a way for a tech founder to mint tokens out of thin air, and then try to convince others to treat them as money so he can get a huge (fiat-denominated) exit. Stablecoins are basically the only crypto innovation of note that have achieved PMF.
Don't confuse the former for the latter!
Show HN: Satd – a Bitcoin full node in Rust
https://github.com/epochbtc/satd
I'm Ben, and I've written a modern, independent implementation of the Bitcoin protocol in Rust. The primary problem I wanted to tackle was monoculture: the Bitcoin network and community has been based on a single C++ implementation for 15 years, a descendant of the original Satoshi-authored codebase. This codebase and the small Core committee are a single-point-of-failure, and is a potentially...