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Superblocks is ideal for building secure and governed production-grade internal software. Cursor is one of the IDEs for customizing Superblocks apps with code. Final thoughts: Is Cursor Enterprise good for teams? Cursor Enterprise is good for teams that need an AI-powered IDE to scale productivity across large codebases. The Enterprise plan supports enforced privacy mode, usage analytics, SSO, SCIM, and gives admins control over IDE settings. However, Cursor, on its own, is not a good option for teams that are building internal tooling. For this use case, complement it with Superblocks. It’s designed to solve the complexity, risk, and management overhead that comes with building enterprise-grade internal tools. You can start building in Superblocks and then customize in Cursor for finer code edits. How Superblocks helps enterprise dev teams ship secure AI apps Superblocks gives enterprise teams a secure, governed platform to build internal apps. It embeds security and compliance into every layer of the dev process, so developers and business users can move fast, while IT stays in control. Here's how it enables teams to ship secure AI applications: Flexible development modalities: They can use Clark to generate apps from prompts, the WYSIWYG drag-and-drop editor, or code. Changes you make in code and the visual editor stay in sync. Context-aware AI app generation: Every app built with Clark abides by organizational standards for data security, permissions, and compliance. This addresses the major LLM risks of ungoverned shadow AI app generation. Centrally managed governance layer: It supports granular access controls with RBAC, SSO, and audit logs, all centrally governed from a single pane of glass across all users. It also integrates with secret managers for safe credentials management. Keep data on prem: It has an on-prem agent you can deploy within your VPC to keep sensitive data in-network. Extensive integrations: It can integrate with any API or databases. These integrations include your SDLC processes, like Git workflows and CI/CD pipelines. AI app generation guardrails: You can customize prompts and set LLMs to follow your design systems and best practices. This supports secure and governed vibe coding. Forward-deployed engineering support: Superblocks offers forward-deployed engineers who’ll guide you through implementation. This speeds up time to first value and reduces workload for your internal platform team. Superblocks is built for teams that want to ship AI-powered internal tools fast without losing control over security, architecture, or governance. If you’d like to see it in action, book a demo with one of our product experts. Frequently asked questions Is Cursor Enterprise good for enterprise dev teams? Cursor Enterprise is a good option for dev teams because it's built to support thousands of users and large codebases. It also has features like Single Sign-On (SSO), usage dashboards, and privacy mode that enterprises use to safeguard development. However, highly regulated industries still need to layer on their own governance to fully comply with enterprise architecture standards. Does Cursor offer on-prem or self-hosted versions? Cursor does not offer an on-prem or self-hosted version. All AI processing happens in the cloud, and there’s no option to run it fully within your own infrastructure. How does Cursor handle team collaboration? Cursor handles team collaboration through shared workspaces and in-editor communication. Teams can use integrated Git for version control to track all collaborative changes in the codebase. What’s the main difference between Cursor and Superblocks? The main difference between Cursor and Superblocks lies in their scope and use cases. Cursor helps you write code faster in VS Code, while Superblocks helps you build, deploy, and govern secure internal apps across your team. Is there a better option than Cursor for building enterprise-grade internal tools? Yes. Superblocks is a better option than Cursor for building enterprise-grade internal tools. It’s designed for enterprise requirements and has built-in audit trails, role-based access control, version history, SSO, and responsible AI guardrails.