Zerobase was not hacked: Clearly distinguish between protocol attacks and middleware incidents

When news about Zerobase being hacked spread within the blockchain community recently, many users expressed concern. However, in a timely effort to clarify the situation, the Zerobase team issued an important statement: the incident was not related to an attack on their zero-knowledge proof protocol. This is a crucial distinction that any investor or digital asset user needs to understand.

Incident Analysis: Where the Vulnerability Was, Not Where the Hack Occurred

The event began when blockchain analytics platform Lookonchain detected and reported potential security issues related to the user interface. Acting quickly, Zerobase’s technical team conducted a detailed forensic investigation to identify the source of the problem.

The results showed: this was not an attack targeting the core protocol. The actual issue stemmed from hijacking DNS traffic at a third-party middleware service. In other words, users were redirected to malicious servers, but the smart contracts and zero-knowledge proof mechanisms of Zerobase remained fully operational and uncompromised.

Zerobase Security Architecture: Why the Core Protocol Was Not Hacked

To understand why Zerobase’s core was not compromised, it’s important to analyze the system architecture. The zero-knowledge proof technology Zerobase employs is an independent security layer with its own authentication mechanisms. Its smart contracts are deployed on the blockchain and are completely separate from third-party middleware.

The incident involving hijacked traffic only affected how users connect to the service interface, similar to an attack at the building’s entrance, not an intrusion into the internal core system. Zerobase’s team affirms that the protocol remained 100% secure throughout the event.

A key point is that risks from third-party vulnerabilities cannot directly access user wallets or private keys. The funds remain protected by the core protocol’s encryption mechanisms.

Lessons Learned: Moving Beyond the “Hacked” Narrative

Zerobase’s incident highlights a global challenge within the blockchain ecosystem: modern projects rarely operate in isolation. They rely heavily on external services—middleware, DNS providers, interface platforms—for seamless operation.

When the core protocol is not hacked but supporting services have vulnerabilities, the entire user experience can be affected. This is not just a Zerobase issue but a potential risk across the entire blockchain industry. Therefore, understanding the difference between “a hack on the protocol” and “a breach at the support layer” is crucial.

Zerobase demonstrated responsibility by: (1) conducting rapid investigations, (2) communicating transparently about the nature of the issue, and (3) implementing targeted remediation measures.

User Protection Actions: Overcoming the Fear of Being Hacked

Following the incident, Zerobase not only focused on technical fixes but also introduced additional protective layers for users. The project reported a phishing contract mimicking Zerobase’s interface on BNB Chain, designed to deceive users.

To counter this threat, Zerobase integrated an innovative security feature: an automatic system that detects and blocks deposit/withdrawal transactions if users have previously interacted with known phishing contracts. This automated measure adds an extra layer of defense against social engineering attacks, which are often more dangerous than technical flaws.

Asset Protection Guidelines in the Face of Third-Party Risks

Zerobase users should adopt specific precautionary measures:

First, always verify the source of links and interfaces before interacting. Check official URLs carefully and compare them with verified social media channels of the project.

Second, be cautious with links from unofficial or unclear sources. Zerobase’s team emphasizes that many phishing contracts are distributed through unofficial channels.

Third, review each token approval before confirming. Phishing attacks often start with users unintentionally granting malicious contracts access to their funds.

Fourth, for large assets, consider using hardware wallets or cold storage solutions to enhance security.

Summary: “Being Hacked” Doesn’t Mean the Protocol Collapsed

The Zerobase incident offers a valuable lesson on understanding blockchain and security in an ecosystem where dependencies are intertwined. When a project states that its core protocol was not hacked, it’s a positive signal, not a cause for concern.

Zerobase’s transparency—from clearly explaining the difference to deploying additional protective features—shows that the project understands its responsibility to the community. This should serve as a standard for the entire blockchain industry.

When approaching future security events, users should ask specific questions: Where was the hack? Was the protocol affected? Are the funds at immediate risk? These questions help distinguish reality from fear, leading to a clearer understanding of the projects they participate in.