FRIDAY, MAY29
1. bitcoin burn, 2. btc++ vienna, 3. framework, 4. pjm grid
From Proto and Bitkey - part of the Bitcoin ecosystem at Block, Inc.
1. burn
An unknown entity deliberately destroyed 107 Bitcoin worth approximately $8.5 million by sending the coins to the 11111-prefix burn address, rendering them provably unspendable, according to onchain data shared by Galaxy Research and reported by CoinTelegraph. The coins had been dormant for roughly 12 years, acquired when bitcoin was trading below $600, representing a 12,700 percent price appreciation before voluntary destruction. The transfer brought the total coins ever sent to this address to 807 BTC, worth roughly $59 million at current prices, per Arkham blockchain data. Unlike Ethereum, Bitcoin has no native burn mechanism — destroying bitcoin requires sending it to an address with no known private key, meaning the coins remain in the supply count but are permanently unspendable. The episode prompts practitioners to revisit questions about effective circulating supply: as long-held coins are voluntarily removed from circulation, the 21 million cap functions as a ceiling rather than a floor on spendable supply, a distinction that becomes meaningful as institutional allocation models increasingly incorporate on-chain supply analysis.
-EDITOR·OP_DAILY2. btcpp
The btc++ Vienna conference economics track surfaced some of the most technically rigorous monetary and on-chain economic content in the event’s history, according to developer niftynei, who highlighted a session on Bitcoin price discovery through the Nodemonkes on-chain auction as a live demonstration of cypherpunk economic design — using Bitcoin’s settlement layer to run transparent, trustless auctions without intermediaries. Separately, Rahim Taghizadegan of the Scholarium presented Austrian economics as a framework for analyzing Bitcoin’s monetary properties, and Hubertus from the Bitcredit Protocol discussed mechanisms for stabilizing Bitcoin as a monetary system. The btc++ series has become one of the few venues where protocol-level development and heterodox economic theory converge in serious academic discourse. The Vienna edition signals that Bitcoin economic theory is maturing beyond the standard fixed-supply store-of-value frame into more granular questions about how on-chain mechanisms can replicate or replace traditional financial market structures.
-EDITOR·OP_DAILY3. framework
South Carolina Governor Henry McMaster signed Senate Bill 163 into law on May 19, 2026, establishing one of the most comprehensive state-level digital asset frameworks in the country, as reported by Decrypt. The bill passed the Senate 38-1 and the House 110-1, reflecting near-unanimous legislative support. S.163 prohibits state agencies and local governments from accepting or participating in any central bank digital currency program, protects the right of individuals and businesses to accept bitcoin as payment, and shields hardware wallet and self-hosted wallet use from state restriction. “An individual or business shall not be prohibited, restricted, or otherwise prevented from accepting digital assets to purchase legal goods or services; or using a self-hosted wallet or hardware wallet, to maintain self-custody of digital assets,” the bill reads. Bitcoin mining in industrially zoned areas is protected from discriminatory local ordinances, and crypto miners, node operators, and blockchain developers are exempted from money transmitter licensing requirements. South Carolina joins Texas and Florida in building statutory frameworks that make the state explicitly hospitable to the Bitcoin infrastructure stack.
-EDITOR·OP_DAILY4. pjm
PJM’s independent market monitor has issued its starkest assessment yet of AI data center load growth, declaring it “unique, unprecedented and uncertain” and putting a $23.1 billion price tag on the additional capacity market revenues the grid operator expects to collect as a direct result, according to reporting by BlocksBridge Consulting in Miner Weekly. The analysis marks a shift in how grid regulators are framing the problem: AI load growth is no longer simply a power demand story but a cost allocation question — who pays for the reliability infrastructure required to serve loads that arrive faster than generation can be built. For bitcoin miners, the analysis cuts both ways. Miners’ demand-response flexibility has historically been framed as a grid benefit, but PJM’s report puts that narrative under pressure as regulators increasingly treat all large compute loads through the same cost-recovery lens. The $23.1 billion figure represents a structural change in how grid economics will work for any energy-intensive operation in the mid-Atlantic and Midwest footprint.
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