
Permissionless EVM subnets. Native BTC staking. Cross-subnet transfers up to 23× cheaper than L1, with a native BTC token, no bridge, and zero insider tokens.
Seventeen years in, the industry built every kind of scaling solution except the rails. Each one asks Bitcoin holders to trust a foreign chain, a wrapped token, or a bridge that has already been exploited somewhere else.
Bitcoin-IPC is the network that fixes it. Subnets settle to Bitcoin L1, and cross-subnet transfers route through L1 at up to 23× lower cost, a SWIFT-inspired protocol embedded in SegWit.
Horizontal scaling. 7→161 tps aggregate. No fork. No L1 changes. Bitcoin stays Bitcoin.
Bitcoin-IPC meets each kind of holder where they already operate, same security model, no leaving Bitcoin. Pick the one that fits you.
Every shortcut other projects take to ship faster is one Bitcoin-IPC refused. The result is structural, not marketing.
Any BTC holder can launch a subnet. No gatekeeper, no foundation, no whitelist.
Cross-subnet transfers route natively via Bitcoin L1, with SWIFT-like global addressing.
Subnets inherit Bitcoin L1 security through checkpointing, no separate trust assumption.
161 tps aggregate cross-subnet on L1, from 7. Intra-subnet >500 tps at ~2s finality via CometBFT.
Full EVM compatibility. Stablecoins, RWAs, and DeFi out of the box, down to sub-daily dividend payments on tokenised equity.
Zero Bitcoin Core changes. No fork, no bridge dependency. Built on SegWit and OP_RETURN. Bitcoin stays Bitcoin.
What hashpower is to mining Bitcoin, staked BTC is to mining IPC-BTC. Validators stake real BTC on L1, no wrapping, no foreign chain.
Permissionless subnets, native BTC staking, and cross-subnet settlement on the chain you already trust. Book a call to see the working system.