Venom Foundation Pushes Blockchain Toward Quantum Readiness

Venom Foundation, a fintech firm headquartered in Abu Dhabi, has indicated that the blockchain industry must urgently address the risks posed by emerging quantum computing capabilities. The organization, which focuses on high-performance blockchain infrastructure for large-scale enterprises, reported that cryptographically relevant quantum computers could become viable within the next decade. In response, it conducted an internal assessment of its network vulnerabilities and established a roadmap for transitioning to post-quantum cryptography.

The company emphasized that the industry should not defer responsibility, noting that early preparation is critical. Its leadership conveyed that the transition period should begin immediately rather than waiting for quantum computers to materialize or for regulatory mandates to enforce action. This stance reflects a broader concern that delayed responses could expose sensitive data to future decryption risks.

Assessment Highlights and Technical Findings

Venom Foundation’s internal security team concentrated on evaluating the most vulnerable elements of its blockchain infrastructure, particularly the digital signature layer and key exchange mechanisms. These components, currently based on widely used cryptographic standards such as Ed25519 and EdDSA, were identified as susceptible to quantum attacks, specifically those leveraging Shor’s algorithm.

The assessment found that while these signature systems require replacement, the network’s hash functions—such as SHA-256 and SHA-512—remain relatively secure. Even when considering Grover’s algorithm, which reduces their effective strength, these hashing methods are still regarded as sufficiently robust under current security benchmarks.

Following the evaluation, the organization outlined a transition plan aligned with the National Institute of Standards and Technology’s finalized post-quantum cryptography standards. The roadmap includes adopting ML-DSA, also known as Dilithium, for digital signatures and ML-KEM, or Kyber, for key exchange processes. Both standards were finalized in August 2024 and are expected to form the foundation of quantum-resistant cryptographic systems.

Industry Context and Emerging Risks

Venom Foundation referenced global research and government guidance indicating that quantum computing threats are not hypothetical but imminent. Reports from institutions such as the Global Risk Institute and directives from U.S. agencies suggest a five- to ten-year timeline for the arrival of quantum systems capable of breaking current encryption methods.

The organization also highlighted the growing concern around the harvest now, decrypt later strategy, in which malicious actors collect encrypted data today with the intention of decrypting it once quantum technology matures. This approach implies that sensitive information being transmitted currently could be compromised retroactively.

In parallel, U.S. policy frameworks such as National Security Memorandum NSM-10 have established a 2035 deadline for transitioning federal systems to quantum-resistant cryptography. Venom Foundation interpreted these developments as signals that enterprises and governments will soon prioritize quantum resilience as a procurement requirement.

Call for Industry-Wide Action

Venom Foundation urged blockchain developers, financial institutions, government bodies, and enterprise users to initiate their own post-quantum assessments. It stressed that the quantum threat is systemic and requires coordinated action across the industry.

As an initial step, the organization recommended creating a Cryptographic Bill of Materials, which involves cataloging all cryptographic systems and identifying those reliant on vulnerable algorithms such as RSA, elliptic curve cryptography, and Diffie-Hellman. This process, it is noted, can be conducted internally without significant investment and serves as a critical foundation for future migration efforts.

The company also acknowledged that many Layer-1 blockchain protocols have yet to address quantum readiness. Factors contributing to this delay include the absence of specific regulatory mandates, the technical complexity of upgrading live networks, limited expertise in post-quantum cryptography, and a general perception that the threat remains distant.

Strategic Advantage in Early Adoption

Venom Foundation suggested that organizations taking early action would gain a competitive edge as quantum resilience becomes a standard requirement. Its leadership indicated that verification of quantum resistance is likely to become a key criterion in enterprise and government procurement processes within the next three to five years.

By completing its internal assessment and preparing for third-party audits, Venom Foundation positioned itself among the early adopters of quantum-ready blockchain infrastructure. The company maintained that proactive adaptation, rather than reactive measures, will define long-term security and competitiveness in the evolving digital landscape.

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