Deep Dive
1. Recent Core Commits for Osaka Fork (September 2026)
Overview: Developers are actively preparing for the "Osaka" hard fork, a significant upgrade to Qtum's Ethereum Virtual Machine (EVM) layer. Recent daily commits focus on testing and refining new cryptographic features.
The work includes adding tests for the p256verify precompile (a new opcode for secure signature verification) and adjusting gas calculations for the modexp (modular exponentiation) operation. These are foundational changes that ensure compatibility with the latest Ethereum standards, specifically the upcoming "Osaka" fork which follows the "Pectra" upgrade.
What this means: This is bullish for QTUM because it demonstrates ongoing, serious development to keep the blockchain competitive. For users, it means future smart contracts on Qtum will be more secure and capable, potentially attracting more developers to build advanced applications.
(Activity · qtumproject/qtum)
2. Major v29.1 Hard Fork (January 2026)
Overview: This mandatory network upgrade, Qtum's 50th release, successfully activated on January 12, 2026. It was a major technical milestone that merged years of improvements from both Bitcoin and Ethereum.
The fork integrated Bitcoin Core updates from versions 27.2 through 29.1, bringing better orphan transaction handling and a modernized network stack. It also implemented the Ethereum "Pectra" upgrade, which included the crucial EIP-2537 for more efficient cryptographic operations, paving the way for ZK-Rollups and Layer 2 scaling.
What this means: This is bullish for QTUM because it significantly modernizes the network's backbone, making it more robust and scalable. For users, it translates to a more reliable network with fewer stuck transactions and a foundation for faster, cheaper future applications like DeFi and gaming.
(Qtum)
Overview: Alongside core protocol work, Qtum has expanded its codebase to include bridges to Ethereum and a suite of AI-powered applications, aiming to create new utility for the QTUM token.
Key developments include a bridge for Circle's USDC stablecoin (audited by Certik), a Qtum-specific MetaMask Snap for easy wallet integration, and AI services like the Qtum Qurator image generator and Solstice chatbot. The team also built tools for a Qtum-native version of BRC-20 tokens (qBRC-20).
What this means: This is neutral to bullish for QTUM. While it diversifies the project's offerings, the impact depends on user adoption. For holders, it creates potential new use cases where QTUM is needed to pay for AI API calls or bridge assets, which could drive long-term demand if these services gain traction.
(Qtum Blog)
Conclusion
Qtum's development trajectory is bifurcated: diligently maintaining and upgrading its hybrid core protocol while ambitiously branching into AI and ecosystem services. The recent flurry of commits for the Osaka fork confirms the core team's technical commitment. Does this dual focus on foundational tech and speculative AI utilities provide the right mix to revive developer and user interest in a crowded market?