Why Entangle Exists

The Web3 Stack is Fragmented

Billions of dollars have been stolen from bridges. Trillions in value sits siloed across chains that cannot communicate. Cross-chain infrastructure is the most critical unsolved problem in Web3.

Isolated Networks
Ethereum cannot talk to Solana. Solana cannot talk to Cosmos. Each blockchain is an island — its assets and logic locked behind an invisible wall, unable to compose with the broader ecosystem.

$2.8B lost to bridge exploits in 2022–2024

Fragile Bridges
Trusted bridges require handing custody to a multisig. Lock-and-mint mechanisms create honeypots. Validator collusion is a single exploit away from draining everything. The model is architecturally broken.

67% of crypto hacks target bridge contracts

Centralised Relayers
Most cross-chain messaging protocols rely on permissioned relayer sets that require KYC, stake in specific tokens, or DAO membership. This is not decentralisation — it is a distributed trust assumption with extra steps.

Top 3 relayer protocols control 78% of cross-chain volume

The Entangle Solution

TCP/IP didn't ask permission to connect computers. It established a protocol — and let the network do the rest. Entangle does the same for blockchains.

Instead of a bridge, Entangle is a network. Instead of a trusted relayer, Entangle uses decentralised miners — scored by Bittensor's Yuma Consensus — competing in an open market to route messages faster, cheaper, and more reliably than any centralised alternative could.

Cross-chain communication becomes a decentralised digital commodity. Anyone can mine it. Anyone can validate it. Anyone can build on it.