NEAR Protocol Rolls Out Post-Quantum Signing in Blockchain Security Milestone
Key Takeaways
- •NEAR Protocol announced support for post-quantum signing and published a roadmap with further details on the initiative.
- •Most blockchains secure accounts and authorize transactions with elliptic-curve signatures such as ECDSA and EdDSA, which a sufficiently powerful quantum computer running Shor's algorithm could in principle break.
- •NEAR's initiative aligns with the first post-quantum cryptography standards that the U.S. National Institute of Standards and Technology finalized in August 2024, including the ML-DSA and SLH-DSA signature schemes.
- •Quantum-resistant work already exists in the industry, such as Quantum Resistant Ledger's hash-based signatures and Algorand's Falcon-based signatures in its state proof system.
- •No price change or volume was reported for NEAR following the announcement, and open questions include developer and enterprise adoption as well as how existing accounts and contracts will migrate to new signature schemes.

NEAR Protocol has announced its support for post-quantum signing, a step the project presents as a milestone in blockchain security. The development was reported by @NEARProtocol on X, and the project has published a full roadmap with further details.
The announcement positions NEAR as a frontrunner in post-quantum readiness, an area gaining importance as the blockchain industry works to safeguard networks against potential threats from future quantum computing capabilities. The technical stakes are concrete: most blockchains, including major smart-contract platforms, secure accounts and authorize transactions with elliptic-curve signatures such as ECDSA and EdDSA, schemes that a sufficiently powerful quantum computer running Shor's algorithm could in principle break. Post-quantum signatures are instead built on mathematical problems believed to resist quantum attacks. As blockchains face increasing scrutiny over their security measures, NEAR has moved proactively on the issue.
Context
The news comes as the broader crypto market is experiencing mixed signals, with NEAR Protocol's announcement capturing attention among blockchain enthusiasts. The initiative may enhance NEAR's appeal to developers and enterprises that prioritize security, a critical consideration as the industry looks to defend against future technological threats. It also aligns the project with a broader standardization push: in August 2024, the U.S. National Institute of Standards and Technology (NIST) finalized its first post-quantum cryptography standards, including the ML-DSA and SLH-DSA digital signature schemes, giving developers vetted algorithms to adopt. Quantum-resistant work already exists elsewhere in the industry, as the Quantum Resistant Ledger has used hash-based signatures since its launch and Algorand incorporated Falcon-based signatures into its state proof system, though approaches vary widely across chains.
Market Snapshot
No price changes were reported for NEAR following the announcement, and volume was reported at zero with the price stable, keeping the focus on the technological implications of the development rather than immediate market fluctuations. Traders are observing how NEAR's innovations could position the protocol against competitors in the evolving blockchain landscape.
NEAR Protocol is a blockchain platform designed for decentralized applications and services. Its post-quantum signing initiative addresses growing concerns about the security of blockchain technology in the face of quantum computing advancements, making it a pivotal player in this emerging field.
What Comes Next
According to the report, the key question ahead is how NEAR's post-quantum signing capabilities will affect adoption among developers and enterprises. As the technology matures, the report notes it may attract funding and partnerships that could enhance NEAR's market position. Implementation details will matter as much as the announcement itself: any migration must address how existing accounts and contracts transition to new signature schemes, and public keys already visible on-chain remain part of the permanent historical record. Observers will also be watching how other protocols respond to these innovations as the competitive landscape evolves.