The network that works when your network doesn't
A live offline communication network: 350,000+ devices across 80+ countries relaying peer to peer, grown on zero marketing spend and zero token incentives. Every consumer install deploys a mesh node, and every app built on the SDK extends coverage for every other app.
The network is useful because applications can act on it
The map is the footprint. These are the shipped platform capabilities that turn nearby devices into working infrastructure, each linked to its implementation context.
Phone-to-phone communication
Keep direct and group traffic moving when towers, backhaul, or power fail.
→Venue coverage that grows with the crowd
Turn attendee and staff devices into relays when cellular capacity collapses.
→Verification with zero connectivity
Authenticate people and devices face to face with OfflineID.
→Services without a central registry
Advertise, discover, and invoke capabilities across nearby peers.
→A record that survives the outage
Buffer opt-in telemetry on-device and flush it in order when a link returns.
→Every integration adds another node
Ship the React Native SDK on iOS and Android over the same Rust core.
→The internet is a single point of failure
Disasters, conflicts, blackouts, and deliberate shutdowns take connectivity away from more people every year, which is why communication during an internet shutdown has to route peer to peer. The 2025 numbers set records for the third consecutive year.
internet shutdowns across 52 countries in 2025, a record for the third straight year (Access Now)
network disruptions documented in 2025 (Cloudflare)
economic losses from shutdowns in 2025, with 4.62 billion people affected (Top10VPN)
LEO satellite shutdowns across 7 countries in 2025, up from 4 in 2024. Even the sky is revocable.
Where the mesh holds
Clusters light up where infrastructure fails: earthquakes and floods, conflict zones, rolling blackouts, and stadium crowds that saturate every tower. The map above is not a projection; it is the installed base relaying for each other today, the same mesh that public sector and event deployments run on.
Our dual-protocol relay bridges to a separate third-party mesh network of 360,000 users, extending reach across ecosystems. The hardware relay's first production run sold out in 48 hours.
Why we build it
Connectivity has become permission. A government order, a business decision, or a storm can revoke a population's ability to speak, verify, and coordinate. We think communication infrastructure should not have an off switch held by someone else.
The demand for communication infrastructure that cannot be censored, cannot be surveilled, and cannot be revoked is not a niche but rather a fundamental need for billions of people.
Offline Protocol is positioned at the intersection of privacy technology, mesh networking, and decentralized identity at a moment when all three are becoming essential rather than optional.
We're not building for a hypothetical future. We're building for the 4.6 billion people who already know what it means to lose connectivity, and for everyone else who might need us one day.