# Bitcoin Security Consortium Addresses Quantum Threats Nine major institutions unite against quantum computing risks to Bitcoin. - **Source:** [Stephan Livera Podcast](https://brifing.si/source/597843ae-8d51-4318-85aa-04c1d35f69c1) - **Published:** 2026-07-28 - **Topic:** [Finance](https://brifing.si/c/finance) - **Original article:** - **On Brifing:** https://brifing.si/s/1b1f1d3b-d682-4646-b0c5-15c660f76f48 ## Purpose of the consortium The Bitcoin Security Consortium was formed by nine major financial institutions and Bitcoin companies to address potential threats from quantum computers. Quantum computing could break Bitcoin's current encryption methods, putting the network's security at risk. The consortium aims to research solutions and develop proposals to mitigate these risks. Their focus is on preparing Bitcoin for the era of quantum computing. ## Member organizations and roles Brink's executive director Mike Schmidt leads the consortium, emphasizing its complete funding autonomy. Members include major investment funds, crypto exchanges, and security firms. Each contributes expertise and resources in quantum cryptography. Schmidt notes the decentralized structure differs from previous Bitcoin development debates, allowing for more collaborative decision-making. ## Understanding quantum risks Quantum computers could potentially break Bitcoin's ECDSA encryption, compromising private keys and funds. Experts estimate practical quantum computers might emerge within a decade. The consortium is researching quantum-resistant signature algorithms to address these vulnerabilities. Their work focuses on maintaining Bitcoin's security in a post-quantum world. ## Research transparency approach The consortium commits to publishing all quantum security research publicly. This allows the Bitcoin community to track progress and provide feedback. Schmidt emphasizes developing open-source solutions rather than creating patent walls, aligning with Bitcoin's philosophy. Transparency ensures the entire ecosystem can benefit from their findings. ## Funding model and independence Consortium members independently manage research project funding. This model enables faster decision-making compared to traditional foundation structures. Schmidt assures no single institution will dominate funding decisions, with transparent resource allocation. The approach maintains neutrality while efficiently directing resources to critical research areas. ## Early success metrics Initial success metrics include establishing quantum threat standards and creating test networks. The three-year goal is presenting mature proposals to the Bitcoin community. Schmidt clarifies this isn't an official protocol roadmap but aims to encourage voluntary contributions. The process focuses on community-driven solutions rather than top-down mandates. ## Motivations for corporate participation Major financial institutions joined to protect their Bitcoin investments from quantum risks. Long-term investors particularly view quantum threats as critical concerns. Schmidt notes companies want to strengthen their roles in the Bitcoin ecosystem while demonstrating technological leadership. The collaboration represents institutional commitment to Bitcoin's future. ## Significance for Bitcoin's future The consortium marks a crucial step in securing Bitcoin's long-term viability. Developing quantum-resistant solutions will reinforce Bitcoin's position as digital gold. Schmidt emphasizes these efforts benefit not just Bitcoin but the entire digital asset ecosystem. The work addresses existential threats while maintaining Bitcoin's decentralized principles. ## Sources covering this story - https://podcasters.spotify.com/pod/show/stephan-livera/episodes/Bitcoin-Security-Consortium-with-Mike-Schmidt--SLP759-e3mlc8p — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._