
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.