BTQ Technologies Launches Bitcoin Quantum Testnet, Achieving Quantum-Safe Fork 17 Years After Bitcoin's Genesis Block
Written by Emily J. Thompson, Senior Investment Analyst
Updated: Jan 12 2026
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Source: Newsfilter
- Quantum Safety Milestone: BTQ Technologies launched the Bitcoin Quantum testnet on the 17th anniversary of Bitcoin's genesis block, marking the first quantum-safe fork aimed at protecting nearly $2 trillion in Bitcoin assets from quantum attacks.
- Open Participation Model: The testnet invites miners, developers, researchers, and users to engage in running nodes, developing tools, and auditing cryptography in a realistic environment, facilitating stress testing of quantum-resistant transactions before mainnet migration.
- Institutional Investor Focus: Delphi Digital identifies Bitcoin Quantum as a 'quantum canary' network, highlighting that approximately 6.65 million BTC face quantum risk, with major asset managers like BlackRock and VanEck disclosing quantum risks in SEC filings covering over $70 billion, indicating urgent demand for quantum security.
- Government Policy Drive: U.S. mandates require migration to post-quantum cryptography by 2035, and the Bitcoin Quantum testnet demonstrates a viable path for the cryptocurrency industry to meet national security standards, aligning with directives from the Department of Defense and NSA.
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About BTQ
BTQ Technologies Corp. is a global quantum technology company focused on securing mission-critical networks. The principal activity of the Company is the development of computer-based technology related to post-quantum cryptography, particularly as it applies to blockchain and related technologies, and their protection from the emerging security risk of quantum computing. Its products include PQScale, Keelung, Kenting, Preon, QPoW, QRiNG, and QByte. Keelung is a user-friendly toolkit for developing zero-knowledge proofs, featuring a domain-specific language embedded in Haskell and a compiler. Kenting specializes in hardware acceleration tailored for zero-knowledge computation applications. PQScale is a scaling mechanism for lattice-based post-quantum signatures, leveraging zero-knowledge proofs to compress digital signatures to achieve speed and cost savings. QPoW is an energy-efficient, post-classical consensus algorithm that uses NISQ hardware to authorize blockchain transactions.
About the author
Emily J. Thompson
Emily J. Thompson, a Chartered Financial Analyst (CFA) with 12 years in investment research, graduated with honors from the Wharton School. Specializing in industrial and technology stocks, she provides in-depth analysis for Intellectia’s earnings and market brief reports.
BTQ Technologies Partners with ITRI to Validate Quantum Compute In Memory Chip
- Strategic Collaboration: BTQ Technologies has announced a strategic partnership with ITRI in 2026 to jointly validate the Quantum Compute In Memory (QCIM) chip, aimed at advancing secure cryptographic computation for the post-quantum era.
- Technological Innovation: The QCIM chip is designed to execute cryptographic workloads closer to data storage, reducing performance and energy constraints associated with traditional architectures, thereby enhancing overall computational efficiency and security.
- Market Demand: As governments and enterprises accelerate their demand in preparation for the disruptive impact of large-scale quantum computing, the QCIM initiative is set to support future applications across critical infrastructure, financial systems, and secure communications, ensuring long-term security and performance.
- Commercialization Strategy: This collaboration reflects BTQ's comprehensive commercialization strategy, aiming to validate core technologies early to mitigate development risks and facilitate the practical deployment of quantum-secure solutions, positioning the company for leadership in a competitive market.
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BTQ and ITRI Collaborate to Validate QCIM Security Chip for Commercialization
- Collaboration Launch: BTQ and the Industrial Technology Research Institute (ITRI) are collaborating to initiate the silicon validation phase of the QCIM security chip, marking a significant milestone toward commercialization that is expected to accelerate product development and market entry.
- Technology Assessment: The program will evaluate QCIM's performance in next-generation security functions, including speed and power consumption, producing benchmark results that will guide product development, thereby reducing development risks and supporting future integration and deployment.
- Market Demand: As quantum computing threats escalate, the demand for quantum-resistant infrastructure is increasing, with QCIM intended to support applications across critical infrastructure, financial systems, and edge computing environments, ensuring long-term security and performance.
- Strategic Importance: This collaboration not only solidifies the long-standing partnership between BTQ and ITRI since 2022 but also demonstrates BTQ's comprehensive commercialization strategy in the post-quantum era, aiming to accelerate chipset realization and deployment through early validation of core technologies.
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