Hoppscotch Proxy Trade-off: Hosted CORS Bypass vs Private Network Control

Proxy Path Selection for Cross-Origin Requests

Hoppscotch's web client cannot directly issue arbitrary cross-origin API calls from the browser, making the Proxy setting a practical requirement for many workflows. The application exposes a toggle that routes requests through a hosted intermediary to bypass CORS limits without a browser extension, alongside support for configuring a self-hosted proxy endpoint.

The concrete trade-off is between relying on the managed cloud proxy for convenience and self-hosting the proxy service to keep traffic inside a private network. The hosted option removes deployment overhead, but the managed service's retention and logging behavior for request bodies and headers is not fully specified in public documentation, leaving an unresolved risk for sensitive payloads. Self-hosting shifts responsibility for infrastructure, TLS, and networking onto the operator.

Because Hoppscotch releases frequently, proxy endpoints, defaults, and privacy policies may change without notice, so teams should verify current behavior against their deployed version. The choice is also specific to the standard web client, since native desktop and browser-extension modes may handle CORS differently.

Given these constraints, which documented signals in the current Hoppscotch proxy documentation best indicate the managed service's data-handling posture, and what operational criteria should determine when a self-hosted proxy endpoint becomes necessary for sensitive payloads?