Many teams assume that simply deploying Cursor in a cloud region automatically satisfies data residency requirements. In reality, the location of the service does not guarantee that every request, log, or backup respects the same jurisdictional constraints.
How teams currently handle Cursor connections
Developers often run Cursor locally during development, push code to a shared repository, and let CI pipelines invoke the Cursor API with a static service token. Production workloads typically embed that token in environment variables or configuration files that live on the host where the application runs. The token grants unrestricted access to the Cursor instance, and the connection goes straight from the application to the Cursor endpoint. Auditing is limited to what the application logs, which may be incomplete, and there is no guarantee that data never leaves the chosen region. The result is a de facto data‑flow that can cross borders without any technical control.
What a residency‑aware gateway must provide
To meet strict residency mandates, an organization needs three things. First, a setup step that authenticates the caller – usually an OIDC or SAML token that proves the identity and group membership of the requestor. Second, a data‑path component that sits between the caller and Cursor, where every request can be inspected. Third, enforcement outcomes that ensure the request complies with residency policy, such as rejecting calls that would store data in an unauthorized region, masking location‑sensitive fields in responses, and recording the transaction for later review.
The setup step alone is insufficient. Even with perfect identity verification, a request that reaches Cursor directly can still violate residency rules because the gateway that could enforce those rules is missing. The missing piece is the data‑path enforcement point that can apply policy before the request touches the service.
Introducing hoop.dev as the data‑path enforcement point
hoop.dev is designed to sit in the data path for any Cursor connection. It accepts the caller’s OIDC token, validates the identity, and then proxies the request to the Cursor endpoint. While the request passes through hoop.dev, the gateway can apply residency checks, mask fields that contain region identifiers, and log the full session. Because the enforcement happens inside hoop.dev, the application never sees the underlying credentials, and the policy cannot be bypassed by altering the client.
Setup: identity and least‑privilege grants
Operators configure an OIDC provider (for example, Azure AD or Google Workspace) and define a group that represents users allowed to access Cursor. hoop.dev reads the token, extracts the group claim, and maps it to a policy that permits or denies the request. This step decides who the request is and whether it may start, but it does not enforce residency on its own.