If you turn on Cursor's auto-code execution feature, which runs AI-generated code automatically without asking you to review it first, you take on all responsibility for any problems that result, including outages, data loss, or security issues.
This analysis describes what Cursor's agreement states, permits, or reserves. It does not constitute a legal determination about enforceability. Regulatory applicability and practical outcomes may vary by jurisdiction, enforcement context, and individual circumstances. Read our methodology
This provision allocates all risk from automatically executed AI-generated code to the user, including system outages, data loss, and security vulnerabilities, which is operationally significant for any professional or production environment.
Users who enable the auto-code execution feature accept sole responsibility for all consequences of automatically executed AI-generated code, including data loss and security vulnerabilities; the agreement states the feature will be clearly labeled to alert users before enabling it.
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"The Service may include a feature that automatically executes code Suggestions without manual review or confirmation, and will be clearly labeled accordingly. By enabling this feature, you acknowledge and agree that you are assuming all risks associated with the execution of automatically generated code, including without limitation system outages, software defects, data loss, and security vulnerabilities. YOU ARE SOLELY RESPONSIBLE FOR ANY IMPACT RESULTING FROM USE OF THIS FEATURE, INCLUDING ENSURING APPROPRIATE SAFEGUARDS, TESTING, AND MONITORING ARE IN PLACE.— Excerpt from Cursor's Cursor Terms of Service
REGULATORY LANDSCAPE: The auto-code execution feature and its associated risk allocation may engage FTC consumer protection standards regarding adequate disclosure of material risks in AI-powered features. For enterprise users in regulated sectors, automatically executed code could implicate sector-specific operational risk requirements, such as those imposed by banking regulators on software systems or by healthcare IT standards on clinical systems. GOVERNANCE EXPOSURE: High for enterprise and professional users. The agreement places sole responsibility for system outages, data loss, and security vulnerabilities on the user who enables this feature. For organizations with production systems or data protection obligations, enabling this feature without documented safeguards, testing, and monitoring protocols could create significant operational and regulatory exposure. JURISDICTION FLAGS: EU GDPR Article 22 restrictions on solely automated decision-making may be relevant where auto-executed code affects data subjects' interests. Sector-specific operational resilience requirements (such as those applicable to financial services firms under DORA in the EU or OCC guidance in the US) may constrain the use of auto-executing AI code in regulated workflows without appropriate human oversight. CONTRACT AND VENDOR IMPLICATIONS: Enterprise vendor risk assessments should specifically address whether the auto-code execution feature is enabled in any organizational deployment of Cursor and document the safeguards in place. Software development teams should establish change management and testing protocols before enabling this feature in any environment connected to production systems or sensitive data. COMPLIANCE CONSIDERATIONS: Legal and IT teams should assess whether enabling auto-code execution is compatible with their organization's change management, code review, and operational risk policies. Incident response plans should address the scenario where auto-executed code causes a system outage or data loss event. Organizations subject to software supply chain security requirements should evaluate this feature against those requirements.
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This provision allocates all risk from automatically executed AI-generated code to the user, including system outages, data loss, and security vulnerabilities, which is operationally significant for any professional or production environment.
Users who enable the auto-code execution feature accept sole responsibility for all consequences of automatically executed AI-generated code, including data loss and security vulnerabilities; the agreement states the feature will be clearly labeled to alert users before enabling it.
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