In 2024, a groundbreaking initiative named Project Eleven emerged with a mission far removed from typical crypto trends like liquidity mining or modular blockchains. Instead, it tackles a systemic risk long overlooked yet rapidly approaching: quantum computing's threat to cryptographic security. By deploying Post-Quantum Cryptography (PQC) mechanisms in Bitcoin and other blockchain protocols, Project Eleven aims to construct a preemptive defense for the crypto ecosystem.
The Quantum Threat: Why Project Eleven Matters
The Problem Addressed
Project Eleven's debut product, "Yellowpages," is a protocol tool designed to help Bitcoin holders generate quantum-resistant keys and link them to existing BTC addresses. This creates an additional "proof of ownership" layer compatible with the post-quantum era—without requiring users to migrate assets or alter their habits.
Key features:
- Non-invasive integration: Works atop existing Bitcoin addresses via hybrid on-chain/off-chain methods.
- Risk mitigation: Targets "quantum-vulnerable" Bitcoin holdings (e.g., static storage, exposed private keys).
- Preservation of legacy systems: Avoids protocol-level changes, easing PQC adoption.
The Stakes
According to Project Eleven's data (as of January 2025):
- 6,262,905 BTC (worth $648 billion) are at risk of quantum decryption.
High-risk assets include those with:
- Static storage addresses
- Potentially exposed private keys
- Lost seed phrases
👉 Discover how PQC could redefine crypto security
Behind Project Eleven: The Team Building Quantum-Resistant Crypto
Core Members
| Role | Name | Background |
|---|---|---|
| CEO | Alex Pruden | Former president of Aleo (privacy-focused L1), Stanford cryptography alum |
| Co-Founder | Finn Murphy | Ex-partner at Nebular (data privacy startup), Pool Data veteran |
| VP of Engineering | Conor Deegan | Ex-CTO of Pool Data, leads PQC integration |
| Strategic Advisor | Leeor Mushin | Co-founder of Formation VC, early-stage funding support |
Investor Backing
In June 2025, Project Eleven secured $6M in early funding from:
- Lead Investors: Variant Fund, Quantonation
- Participants: Castle Island Ventures, Ambush Capital, Formation VC
- Notable Angels: Joe Lallouz (Bison Trails), Zaki Manian (Cosmos ecosystem), Anna Rose (ZK Validator)
Project Status: Where PQC Meets Bitcoin Today
Current Milestones
- Yellowpages Prototype: Completed, undergoing security audits by Cure 53.
- Testing Phase: Key-binding logic and registration workflows in validation.
- No Mainnet Deployment Yet: Awaiting broader integration.
What's Next?
- Security Audit Results: Expected release soon.
- Partnerships: No announced collaborations with wallets/exchanges.
- Tokenomics: No governance token or incentive plans disclosed.
FAQs: Quantum Threats and PQC Explained
1. How does quantum computing threaten Bitcoin?
Quantum computers could potentially crack elliptic-curve cryptography (ECC), compromising private keys derived from Bitcoin addresses. This puts static addresses (especially those with reused public keys) at high risk.
2. What makes Yellowpages' approach unique?
Unlike hard-forks or protocol changes, Yellowpages:
- Adds backward-compatible quantum resistance.
- Uses key-binding without altering Bitcoin's base layer.
- Operates without requiring user migration.
3. When will PQC become essential?
Experts estimate 5–15 years before quantum computers breach ECC. However, "harvest now, decrypt later" attacks mean proactive measures like PQC are urgent.
👉 Explore quantum-resistant crypto solutions today
Conclusion: A Proactive Shield for Crypto's Future
Project Eleven represents a critical shift toward long-term cryptographic security. By bridging today's Bitcoin infrastructure with tomorrow's quantum threats, it offers a pragmatic path forward—without disrupting the ecosystem's foundations. As quantum computing advances, initiatives like Yellowpages may well become the standard for safeguarding $648 billion in vulnerable assets.
Keywords: quantum computing, post-quantum cryptography, Bitcoin security, PQC, Project Eleven, Yellowpages, cryptographic threats, quantum-resistant keys
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