Calling Features
Practical calling features for repeat international conversations from the browser.
Browser Dial Pad
Place outbound calls to landlines and mobiles without installing a desktop app
WebRTC Voice
Use your browser microphone with encrypted-in-transit call media
Caller ID
Calls use a FiraPhone caller ID while verified numbers are expanded
Call History
Review recent outbound calls, duration, status, and spend
Frequent Contacts
Keep important numbers close for repeat international calls
Rate Preview
Confirm the destination price before each outbound call connects
Business Features
Built for repeat international callers who need cost visibility, contact import, exports, and a focused browser dial pad.
Usage Dashboard
Track calls, minutes, spend, and common destinations
Prepaid Cost Control
Avoid open-ended monthly seats by using a GBP calling wallet
Account Safeguards
Authenticated dashboards keep user calling data scoped to the account
CSV Exports
Download call history for reconciliation and client billing
Contact Import
Bring over Skype exports or CSV lists so repeat calling does not start from scratch
Human Support
Get help by email and site chat without a telecom procurement cycle
Technical Excellence
Built on cutting-edge technology for reliability, security, and performance you can count on.
Works in Browser
No downloads - Chrome, Firefox, Edge supported
WebRTC Technology
Industry-standard for real-time communication
Encrypted Connections
Calls are encrypted in transit (TLS/SRTP)
Listed Destinations
Check the configured destination rate before you call
Carrier-Grade Network
Built on Telnyx's global voice infrastructure
Pay As You Go
Prepaid calling balance, no contract
Powered by WebRTC
FiraPhone uses WebRTC (Web Real-Time Communication), the same technology trusted by Google Meet, Discord, and other leading platforms.
Browser Native
Works directly in your browser without plugins
Encrypted by Default
Calls are encrypted in transit (TLS/SRTP) automatically
Low Latency
Peer-to-peer when possible for minimal delay