Near Protocol deploys v2.13.0 mainnet upgrade with quantum-resistant signatures and dynamic resharding

Near Protocol (NEAR) has deployed its version 2.13.0 upgrade to the mainnet, introducing features that include quantum-resistant signatures, dynamic resharding, and gas keys. The announcement was made by Vadim, a former core developer for the Layer 1 blockchain, via a post on X.

Key features of the v2.13.0 upgrade

According to Vadim, the upgrade incorporates functionalities that most blockchains would typically pursue over a 10-year roadmap. The most notable additions are:

• Quantum-resistant signatures: A cryptographic measure designed to protect transactions against potential future attacks from quantum computers.
• Dynamic resharding: A scalability mechanism that allows the network to adjust its shard count automatically based on demand, improving throughput and efficiency.
• Gas keys: A new feature that separates gas payment authorization from transaction signing, enabling more flexible fee management for developers and users.

Why this matters

The deployment of quantum-resistant signatures positions Near Protocol among a small group of blockchains proactively addressing the long-term threat of quantum computing to cryptographic security. Dynamic resharding, meanwhile, addresses a core scalability challenge faced by many Layer 1 networks, potentially allowing Near to handle increased transaction volumes without sacrificing decentralization.

Implications for developers and users

For developers building on Near, the gas keys feature simplifies transaction handling and could reduce friction in dApp interactions. Users may benefit from lower fees and faster transaction times as dynamic resharding optimizes network load distribution.

Context and timeline

Near Protocol has been gradually rolling out upgrades as part of its roadmap toward full sharding and enhanced security. The v2.13.0 release follows earlier testnet deployments and community testing phases. Vadim’s announcement did not specify whether any network downtime is expected during the upgrade, but mainnet upgrades on Near typically proceed without significant disruption.

Conclusion

The v2.13.0 mainnet upgrade marks a significant step for Near Protocol, adding forward-looking security and scalability features. As blockchain networks compete to offer both high throughput and long-term resilience, Near’s inclusion of quantum-resistant measures and dynamic sharding could strengthen its position among developers and institutional users.

FAQs

Q1: What is quantum-resistant signatures?
Quantum-resistant signatures are cryptographic algorithms designed to be secure against attacks from quantum computers, which could break traditional encryption methods like ECDSA.

Q2: How does dynamic resharding benefit Near Protocol?
Dynamic resharding allows the network to automatically adjust the number of shards based on current demand, improving scalability and efficiency without manual intervention.

Q3: What are gas keys used for?
Gas keys enable separate authorization for gas payments, allowing developers and users to delegate fee payment without exposing their primary signing keys.