Share2Me

SHARE2ME VERSION 3.0

Redefining Secure
Peer-to-Peer Transfers

Share2Me was built to eliminate the middleman in file sharing. No servers storing your data, no artificial upload limits, just direct, end-to-end encrypted connections right between browsers.

The 3.0 Evolution

Instant Transfers (Zap)

Experience lightning-fast file sharing with the new Instant Transfer capability. Paired with strict 30-minute expiration timers and dynamic numeric codes, sharing is more secure and streamlined than ever.

Document Read Receipts

Stay informed with real-time visual tracking. Send multi-page PDFs and instantly see when the receiver has successfully opened or downloaded your files directly on your dashboard.

G2P Numeric Protocol

Completely refactored from alphanumeric strings to a faster, 6-digit numeric shortcode system. Designed specifically to make mobile pairing and corporate onboarding a breeze.

System Architecture

WebRTC P2P Architecture

Direct device-to-device transfers without intermediaries.

AES-256

Encryption

P2P

Direct Transfer

0 KB

Stored on Server

ECDH Key Exchange

Keys never leave your device

WebRTC DataChannel

Fast, reliable P2P connection

Works Everywhere

Any device, any browser

G2P Serverless Architecture (Zap)

Instant server-routed transfers with ephemeral secure storage.

Numeric Protocol

6-digit pairing codes

30-Min Expiration

Self-destructing objects

Cloudflare R2

Secure encrypted storage

Read Receipts

Real-time viewer tracking

Development Team

K
Lead Developer

Kamal

A passionate full-stack developer dedicated to building secure, performant, and beautiful web applications. Engineered Share2Me to solve frictionless peer-to-peer data transfer.

R
Developer

Rishabh Yadav

Specializes in real-time WebRTC connections, client-side encryption architectures, and designing high-fidelity, high-density dashboard layouts.

A
Developer

Ansh Vishwakarma

A talented developer focused on robust frontend interactions, state management, and ensuring seamless cross-device compatibility across the platform.