WEDNESDAY, APR08
1. Ten31 and the reserve hedge, 2. BIP47DB inscribes payment codes, 3. Quantum attention, not panic, 4. Attack block demo on Signet
From Proto and Bitkey - part of the Bitcoin ecosystem at Block, Inc.
1. regime
Ten31’s latest Timestamp dissects the fog of the ongoing Middle East oil crisis, where contradictory White House messaging on Iran ranges from claims of regime change to threats of total obliteration to offers of ceasefire. According to the Ten31 team, the administration’s framing increasingly reveals a deliberate “free rider” narrative aimed at forcing Gulf states and Europe to fund their own security, with Trump openly floating a NATO withdrawal. Concurrently, oil closed the week with both WTI and Brent above $110 per barrel, while the disruption continues to ripple through helium markets critical for semiconductor production. Amid the upheaval, Fed Chairman Jerome Powell signaled the central bank will “look through” the energy shock on rate decisions. Ten31 argues the real signal sits beneath the noise: the unwinding of four decades of frictionless global arbitrage and cheap commodities carries “underappreciated implications for globally liquid, scarce reserve assets,” a clear nod to bitcoin’s structural position in a fragmenting world order.
-EDITOR·OP_DAILY2. codes
BIP47DB is a new open protocol that proposes inscribing BIP47 reusable payment codes directly onto the Bitcoin blockchain using Ordinals inscriptions with compressed binary encoding. According to the project’s whitepaper, the protocol creates “a decentralised, censorship-resistant, and publicly verifiable directory of payment codes” that removes single points of failure from the PayNym ecosystem. The effort traces directly to the April 2024 seizure of Samourai Wallet’s infrastructure, which exposed how dependent BIP47 users were on centralized directory servers for payment code discovery. The Ashigaru Open Source Project’s subsequent scramble to reconstruct the database made the vulnerability concrete. BIP47DB’s design supports permissionless publishing, client-side verification against the secp256k1 curve, and dual discovery via MIME type filtering and a canonical provably-unspendable deposit address. At roughly $308 per 10,000 records at 1 sat/byte, the cost structure makes bulk inscription practical. The protocol remains in draft status with community review open on GitHub.
-EDITOR·OP_DAILY3. quantum
A whitepaper co-authored by Google Quantum AI researchers and an Ethereum Foundation member reignited concerns over quantum computing’s threat to Bitcoin’s cryptographic security. Writing in his newsletter, Frank Corva highlights engineer Brandon Black’s appearance on Marty Bent’s TFTC as the most measured assessment of the situation. Black argues that progress on quantum computing is frequently misreported and that rushing untested post-quantum cryptographic schemes into Bitcoin carries its own dangers. The paper proposes Bitcoin should have quantum-resistant protections operational by 2029, aligning with other planned migration timelines and Google’s own authentication upgrades. Black stresses that Bitcoin’s conservative development culture is deliberate and that many cryptographers are already working on solutions quietly. Blockstream CEO Adam Back stated that the company “has its 20 person applied cryptography team working on the quantum issue basically full time.” The core signal: the threat merits serious attention, not hysteria, and capable teams are already engaged.
-EDITOR·OP_DAILY4. attack
Bitcoin Core developers will stage a live demonstration of “attack blocks” on the Signet test network on April 8, showcasing a consensus vulnerability that allows crafted blocks to take far longer to verify than normal. Shinobi explains the demonstration will produce blocks requiring “orders of magnitude more time to verify” than typical network activity, though the worst-case attack scenario will be withheld to avoid aiding adversaries. The exercise falls under the Great Consensus Cleanup initiative and Bitcoin Improvement Proposal 54, which targets a flaw that could allow malicious blocks to severely slow network processing. Three sessions are scheduled across global time zones, and anyone can participate by running a Signet node. AJ Towns provided a terminal-based GUI patch for real-time visualization. The approach follows standard responsible disclosure: surface the problem in a controlled test environment, generate open peer review, and build consensus around a fix before any adversary can exploit mainnet.
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