Private Video Calls with End-to-End Encryption
iCallU.online is a privacy-first way to talk face-to-face online: no ads, no tracking, no phone numbers, and no email required. Sessions are designed to be ephemeral.
A private video call is a one-on-one video conversation where only the participants can access audio, video, and messages. iCallU.online provides private video calls using WebRTC with end-to-end encryption (E2EE), no tracking, and ephemeral sessions.
What makes iCallU "private"?
- End-to-end encrypted (E2EE): only you and your guest can access the call content.
- No ads / no tracking: we don't embed third-party analytics or ad networks.
- Minimal identity: no phone numbers, no emails required to use the service.
- Ephemeral sessions: your session is meant to disappear when you leave.
Who uses private video calls?
Private video calls are used when conversations must remain confidential and untracked.
Family check-ins, work, clients, and support-any conversation that shouldn't become a permanent record.
iCallU.online is designed to minimize data collection, so in most cases there is no stored call content or messages available for disclosure.
How private video calls work on iCallU
- Register (token-gated): create an account with username + password.
- Invite a guest: generate a time-limited invite URL.
- Join the lobby: when both parties are present, start the call.
- Camera/mic permissions: approve access in your browser.
- Leave no trace: end the session and move on-designed to be ephemeral.
Want a deeper explanation? Read "How it works".
Private video calls FAQ
Do I need a phone number or email?
No. iCallU is designed to work without collecting phone numbers and emails.
Are iCallU.online private video calls end-to-end encrypted?
iCallU supports end-to-end encryption (E2EE) for supported browsers/devices. If a browser lacks advanced WebRTC crypto support, calls may still connect, but media may not be E2EE. It will still be protected in transit by standard WebRTC DTLS-SRTP.
Is chat also private?
Yes - chat is designed to be private and ephemeral, with end-to-end encryption when supported.