[Gate Research Institute: Vibe Coding Significantly Improves Blockchain Development Efficiency but Amplifies Systemic Security Risks] The Gate Research Institute recently released a report titled 'Vibe Coding: The Cure for Efficiency or the Poison for Security?' The report reveals that, in terms of development efficiency, projects adopting Vibe Coding have significantly shorter development cycles compared to the industry average. Moreover, this efficiency improvement has not been accompanied by a proportional expansion in team size, reflecting the practical impact of tooling and automation in blockchain development. However, on the security dimension, empirical results indicate that projects with significantly shortened development cycles are more prone to security incidents in their early stages post-launch. Additionally, contracts with highly similar code structures and a high degree of templating tend to exhibit higher vulnerability densities. In the event of an attack, the economic losses associated with high-efficiency projects tend to follow a more concentrated 'low-frequency, high-loss' distribution pattern. The research points out that the engineering characteristics of Vibe Coding, which weaken code comprehension depth and verification intensity, can amplify the spread of systemic defects in the blockchain's 'code-as-asset' environment. This can cause single-point logical errors to evolve into structural risks across multiple contracts. The improvement in development efficiency must be paired with stricter security audits, formal verification, and testing mechanisms to unleash productivity while preventing it from becoming a 'hidden risk source' that erodes system security. The report concludes by emphasizing that in the highly sensitive technical environment of blockchain, the true key is not whether Vibe Coding is used, but whether the industry can establish a risk constraint and governance framework that matches the pursuit of efficiency.