BTQ Technologies partners with Bonsol Labs for quantum cryptography breakthrough on Solana
The partnership aims to future-proof Solana's blockchain with quantum-safe security measures and verifiable computation tools.
Key Takeaways
- BTQ Technologies, a leader in quantum security, is collaborating with Bonsol Labs to bring NIST-approved post-quantum cryptography to the Solana blockchain ecosystem.
- Bonsol Labs enhances Solana's infrastructure with verifiable compute and zero-knowledge proofs, supporting the integration of quantum-resilient cryptographic primitives.
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BTQ Technologies, a Nasdaq-listed firm specializing in quantum security solutions for blockchain applications, has partnered with Bonsol Labs to integrate NIST-approved post-quantum signatures directly into Solana’s ecosystem.
The collaboration between BTQ and Bonsol Labs, a developer-focused project integrating verifiable compute and zero-knowledge proofs into Solana’s infrastructure, marks a key advancement in quantum-resistant blockchain technology.
NIST, a US standards body playing a leading role in developing and advancing post-quantum cryptography standards to counter emerging quantum threats, has standardized the ML-DSA algorithm (FIPS 204) used in the partnership to counter emerging quantum threats.
Bonsol Labs has been actively demonstrating verifiable compute frameworks on Solana, including tools for efficient proof generation and verification that align with high-performance needs like those in quantum security applications.
Growing interest in quantum-resistant cryptography has prompted blockchain projects like Solana to explore defenses against potential quantum computing threats, with recent examples highlighting verifiable proofs for real-world use cases.
