HTTPS

HTTPS turns the browser and server into the two readable endpoints of an encrypted connection. Before traffic crosses local networks and intermediate providers, it is transformed into data those carriers cannot interpret; the server reverses that transformation and sends an encrypted response. The useful question is therefore not simply whether data is “encrypted,” but where it becomes readable—the core move in threat-modeling.

That endpoint distinction separates HTTPS from end-to-end-encryption. HTTPS hides traffic from the middle of the route, but the destination server must read it to process the request. End-to-end encryption moves the final readable endpoint beyond the service to the recipient’s device.

HTTPS does not protect data from the service you deliberately send it to, nor determine how that service stores it afterward. Storage needs separate controls: passwords, for example, raise the distinct question captured by hashing-vs-encryption. HTTPS also does not settle every security-convenience-trade-off; it closes one exposure—the readable network path—without eliminating trust in the destination.