Active Discussions

The proposal targets enhancing Bitcoin's defense against quantum threats through post-quantum cryptography.

It outlines a phased adoption of new cryptographic standards, including a new address type, P2QRH.

The initiative stresses the urgency of quantum-resistant measures to protect Bitcoin's value and integrity.

James Tagg proposes QSAVE to protect Bitcoins from quantum threats via a wealth fund model.

QSAVE aims to secure vulnerable Bitcoins while funding protocol support and public welfare.

The initiative offers a safeguard against quantum decryption, focusing on ownership preservation and societal benefit.

Matias Monteagudo proposes enhancing Bitcoin wallet security with covenant-only Taproot outputs.

The proposal targets institutional holders, introducing transaction restrictions for improved security.

It outlines technical specifications, deployment strategies, and addresses security, preserving privacy and efficiency.

Bitcoin nodes and miners have shifted policies, adopting full RBF and enhanced spam filters.

Compact block relay significantly reduces block propagation times, improving network efficiency.

Alternative solutions like weak blocks and template sharing aim to enhance network robustness.

The proposal aims to relax Bitcoin Core's `OP_RETURN` output limits, stirring community debate.

Critics argue it may misuse Bitcoin for data storage, missing the proposal's intent to improve network efficiency.

The discussion raises broader concerns about Bitcoin's governance and the need for informed, technical debates on its future.

A study reveals vulnerabilities in the Bitcoin network, allowing eclipse attacks via BGP hijacking.

Attackers can control Bitcoin traffic by manipulating BGP routes, enabling potential abuses like double spending.

Proposed mitigations include periodic peer rotation and leveraging RPKI-protected connections for enhanced security.