Deep Dive
1. GIWA Node Docker Update (13 July 2026)
Overview: This update provides everything needed to run your own GIWA node, which is part of ZEROBASE's decentralized prover network. It simplifies the setup process for contributors.
The main change is within the Docker configuration and associated deployment scripts, making the node software easier to install and manage. This lowers the technical barrier for users who want to participate in the network by running infrastructure.
What this means: This is neutral for ZBT because it represents ongoing maintenance of network infrastructure rather than a new user-facing feature. It helps ensure the network remains decentralized and accessible for technical operators.
(Source)
2. ZKFi Staking Contract Commits (31 October 2025)
Overview: This was a period of concentrated development on the ZKFi repository, which houses the smart contracts for ZEROBASE's zkStaking system. Multiple commits were pushed in a single day, indicating final adjustments before a release.
The activity suggests refinements to contract logic, potentially covering yield calculations, user claims, or integration points. Such bursts of activity often precede a mainnet launch or a major version update.
What this means: This is bullish for ZBT because it shows active development on the project's core utility—staking. A robust and updated staking system is crucial for attracting and retaining user funds, which directly drives demand for the token.
(Source)
3. Staking dApp Security Audit (3 November 2025)
Overview: The project announced that its staking application's smart contracts had been audited by two leading security firms, OpenZeppelin and PeckShield. This audit covered all claim and staking functions.
Concurrently, the dApp was updated with multi-language support (Chinese and Korean), significantly improving accessibility for a global user base. These are complementary updates that enhance both security and user experience.
What this means: This is bullish for ZBT because it significantly increases user trust and safety when locking funds. High-profile audits reduce the risk of exploits, while language support opens the product to larger markets, potentially increasing adoption.
()
Conclusion
ZEROBASE's development trajectory shows a clear focus on strengthening its core staking utility and network infrastructure, with recent work on node software and a major security-audited dApp release. How will the project's roadmap leverage this solid foundation to drive the next wave of adoption?