VANCOUVER, BC, December 03, 2025 -- BTQ Technologies Corp. ("BTQ" or the "Company"), a global quantum technology company focused on securing mission-critical networks, is pleased to announce that Delphi Digital, a leading independent digital asset research and advisory firm, has published an in-depth research report titled "BTQ Technologies: Securing Crypto's Future Against the Quantum Threat."

The report provides a comprehensive overview of BTQ's Bitcoin Quantum ("BTQ") initiative, positioning it as a "quantum canary" network designed to protect Bitcoin and the broader digital asset ecosystem from the accelerating threat of cryptographically relevant quantum computers. It highlights the growing urgency around quantum risk, the limitations of upgrading Bitcoin's base layer directly, and the role of Bitcoin Quantum as a live, production-grade testbed for post-quantum cryptography, quantum-native proof-of-work, and quantum-safe migration playbooks for institutions.

Delphi Digital's coverage follows BTQ's recently announced Bitcoin Quantum Core 0.2 milestone, which demonstrated a quantum-safe Bitcoin implementation that replaces Bitcoin's quantum-vulnerable ECDSA signatures with NIST-standardized ML-DSA, completing the full flow of wallet creation, transaction signing, and signature verification.

Report Highlights

According to Delphi Digital's analysis, key aspects of BTQ's Bitcoin Quantum initiative include:

• Addressing an accelerating quantum threat: The report frames quantum computing as an imminent, not hypothetical, risk to ECDSA-secured systems, citing the potential for Shor's algorithm to recover private keys from exposed public keys and enable "harvest now, decrypt later" attacks against Bitcoin, Ethereum, exchanges, and DeFi infrastructure.
• A parallel, quantum-safe Bitcoin architecture: Bitcoin Quantum is described as a quantum-secure parallel network built on Bitcoin Core that enables rapid experimentation with NIST-standardized post-quantum signature schemes (including ML-DSA/Dilithium, Falcon, and SPHINCS+) and hybrid, threshold signing policies—without risking the stability of the Bitcoin mainnet.
• Migration playbooks for institutions: The report emphasizes BTQ's focus on UTXO migration rehearsals, fee and latency modeling, and hardware-wallet integration testing, giving exchanges, custodians, and asset managers a documented, repeatable procedure to migrate assets into quantum-safe address formats under real-world network conditions.
• Quantum-native consensus research: Delphi Digital highlights BTQ's work on quantum-native proof-of-work based on boson sampling and other quantum-advantaged primitives as a potential long-term path toward energy-efficient and quantum-resilient consensus mechanisms tied directly to physical quantum processes, rather than purely classical hash-based puzzles.
• Ecosystem-wide applicability: While focused on Bitcoin, the report notes that BTQ's architecture and migration tooling are directly relevant to Ethereum and stablecoin infrastructure, with BTQ's Quantum Secure Stablecoin Network (QSSN) cited as an example of how the same stack can be applied to protect high-value stablecoin rails that underpin modern DeFi.

Management Commentary

"Our mandate is to deploy quantum security for crypto today, not someday in the future," said Olivier Roussy Newton, CEO of BTQ Technologies. "Delphi Digital's deep-dive underscores what we have been building toward with Bitcoin Quantum: a production-grade, quantum-safe Bitcoin environment where institutions can rehearse their migration strategies, benchmark post-quantum signatures under real fee and latency pressure, and ultimately protect trillions of dollars in digital value from quantum attacks. Quantum computing has shifted from a niche academic topic to a fiduciary risk that boards, regulators, and asset managers can no longer ignore. By combining NIST-standardized post-quantum cryptography with a live Bitcoin-compatible network, BTQ is helping the ecosystem move quantum risk from an uninsurable black-swan event to a measurable, manageable operational cost."

Strategic Significance for BTQ

Delphi Digital's report reinforces BTQ's position as a pioneer in quantum-safe crypto infrastructure and supports the Company's broader strategy, which includes:

• Advancing Bitcoin Quantum from demonstration to testnet, enterprise pilots, and mainnet launch, with the goal of establishing a de facto reference implementation for quantum-safe Bitcoin.
• Expanding the use of BTQ's quantum-safe stack across stablecoins, exchanges, and custody providers, including through commercial initiatives such as the Quantum Secure Stablecoin Network (QSSN).
• Providing the data, tooling, and migration frameworks required for regulators, insurers, and institutional investors to define and validate "quantum readiness" standards for digital asset exposure.