The New Internet Starts Now
The World’s First Bitcoin Lightning-Native Web Browser
Encrypted Messaging
Send and receive end-to-end encrypted messages, files and
media privately -between peers
All messages are cryptographically signed and verified; No third-party intermediaries to survey, capture, or manipulate message content
Group Video Calls
Encrypted P2P group video and audio calls, with no third-party intermediaries
Real-time communications and file-sharing via mesh connections, with streaming Bitcoin Lightning payments built into the rails
Censorship and surveillance resistant
Live Docs
Create, collaborate, and edit documents P2P, in real-time,
directly from the Impervious Browser
Live Docs are end-to-end encrypted, shared only between peers and stored locally
Bitcoin Lightning-Native
Connect a Lightning node to enable streaming payments between peers and to optionally route messaging data over the Bitcoin Lightning Network
The Impervious
Browser's Decentralized Messaging Communications
("DIDComm") system utilizes both peer relays and
the Bitcoin Lightning Network to establish real-time,
cryptographically-secure, data transmission channels
Stream Bitcoin Lightning payments during video calls, while using end-to-end encrypted messaging or from the dashboard
Privacy Focused Web Browser
The Impervious Browser is an open source, privacy-first browser that doesn’t track, collect or share user behavior or data
Privacy benefits include no collection of user telemetry data
The World’s First Bitcoin Lightning-Native Web Browser
Connect a Lightning Node to leverage the Bitcoin Lightning Network as an application signaling layer, routing all application messaging through the network for maximum privacy and control, with P2P payments built in
Decentralize Identifiers (DIDs)
Decentralized Identifiers (DIDs) are a cryptographically-controlled identity layer that allows users to authenticate identity and designate how they’d like to send/receive information in the P2P internet
Open source
The Impervious Browser and its underlying DIDComm infrastructure is free and open source
The Impervious Browser’s open source code enables application interoperable, P2P, end-to-end encrypted messaging, video calls, collaborative documents, payments and more
DIDComm
DIDComm is data transport agnostic and resistant to censorship and surveillance
The Impervious Browser relies on four transport methods: the Lightning Network, HTTP(S), GRPC, and WebRTC. Developers can leverage DIDs and DIDComm to give users control of their data and to support cross-platform interoperability