01 Quantum (ONE) Status Update summary

Quantum computing landscape and urgency

• Recent breakthroughs, such as Google's Willow chip, have accelerated the timeline for quantum computing to surpass classical computing, raising both opportunities and threats for cybersecurity.

• Experts believe that the commercial arrival of 'Q day'—when quantum computers can break current encryption—could occur as soon as 2026 or 2027, with national-level capabilities potentially already achieved.

• Major tech companies like IBM, Honeywell, and Google are rapidly advancing quantum hardware, with error correction now seen as more critical than sheer qubit count.

• Global organizations and governments are already preparing for post-quantum security, with new standards and compliance requirements emerging.

Post-quantum cybersecurity strategy

• Focus is on open-source, free encryption engines, with monetization through end-user applications in four key areas: email security, cryptocurrencies, AI/machine learning, and messaging platforms.

• IronCAP X offers quantum-resistant, end-to-end encrypted email with digital signatures to combat phishing and ransomware.

• A successful proof of concept for a quantum-resistant Solana blockchain has been completed, with commercialization targeted for 2025.

• Plans include a quantum-resistant AI machine learning platform to protect sensitive enterprise and medical data.

• A truly zero-trust, quantum-resistant messaging platform is in development, aiming for no master key or backdoor.

Commercialization, partnerships, and competitive edge

• Commercialization of quantum-safe blockchain solutions is expected in 2025, likely through industry partnerships and possibly an ICO.

• The company has already invested millions in R&D and plans to leverage global partners to minimize future capital needs.

• Early adoption of NIST PQC standards and patent-protected technology provide a lead of about three years over competitors.

• Quantum-safe digital signature technology is adaptable to any blockchain, not just Solana.

• Implementation of the quantum-resistant AI platform is estimated to take about a year, with proof of concept work already underway.