Calling all Arbinauts to vote for Arbitrum

Arbitrum is transitioning from traditional single-number gas fees to a dynamic pricing system that tracks actual network resource usage. The new approach measures three key bottlenecks: - **Compute** - Processing power consumption - **Storage** - Data storage requirements - **History growth** - Blockchain state expansion This shift aims to eliminate surge pricing while enabling sustainable scaling. The ArbOS Dia upgrade served as groundwork for this transition, introducing smoother fee structures on Arbitrum One. The dynamic pricing model will reflect real-time resource demand rather than applying blanket gas costs, allowing the network to scale more efficiently as usage patterns vary across different resource types. Full technical roadmap: [blog.arbitrum.io/dynamic-pricing-update-2026](http://blog.arbitrum.io/dynamic-pricing-update-2026)

Arbitrum is evolving its fee structure beyond the recent ArbOS Dia upgrade. While ArbOS Dia introduced smoother gas prices and increased throughput on Arbitrum One, it was designed as groundwork for a more sophisticated approach. **Key Development:** - The platform is transitioning to **Dynamic Pricing**, where fees will reflect actual resource demand rather than fixed rates - This represents a shift from single-number pricing to demand-responsive costs **ArbOS Dia Foundation:** - Delivered smoother gas prices and predictable execution - Added mobile-grade authentication - Improved throughput for enterprise users The move toward dynamic pricing aims to create a more efficient resource allocation system on the network. [Learn more about ArbOS Dia](https://blog.arbitrum.io/arbos-dia/) [Watch enterprise benefits breakdown](https://youtu.be/DQ03A_C8754?si=Ec9Sb6V8MTdaVO-t)

Arbitrum has integrated the Move programming language into its Stylus framework, expanding developer options beyond Rust, C, and C++. **Key developments:** - Move joins existing languages supported by Stylus on the EVM - Integration enables enterprises to build new onchain primitives - Collaboration with Rather Labs made the implementation possible - Expands Arbitrum's multi-language development capabilities This addition gives developers more flexibility in choosing their preferred programming language for building on Arbitrum's Layer 2 network.

The inaugural Uniswap auction utilizing CCA (Continuous Combinatorial Auction) has launched on Arbitrum, with Huddle01 as the first project to use this mechanism. **Key Points:** - First CCA-based auction on Uniswap deployed on Arbitrum network - Huddle01 is pioneering this new token distribution method - CCA offers permissionless and customizable auction framework - Enables more transparent, onchain token distributions This marks a significant milestone for decentralized token launches, as teams can now leverage CCA's infrastructure for fairer price discovery and distribution mechanisms on Arbitrum's L2 network.

**Arbitrum has activated ERC-8004**, bringing standardized infrastructure for AI agents to the network. The standard provides three core capabilities: - **Onchain identity** for AI agents - **Verifiable reputation** systems - **Cross-platform discovery** mechanisms Builders can now deploy trustless AI agents on Arbitrum, leveraging the network's liquidity and neutral platform. The standard allows agents to build transparent, verifiable performance records without centralized platforms. ERC-8004 enables community-driven validation and feedback systems, making agent capabilities discoverable and comparable across the network.