Web3 at Planetary Scale

With IPC, decentralized apps can reach planetary-scale through recursively scalable subnets, sub-second transactions, robust compute workloads, and highly adaptable WebAssembly runtimes tailored to dev requirements. It enables the creation of flexible, living networks of customizable sidechains or "subnets", which can achieve massive scaling by running parallel chains that interoperate with one another.

The journey begins with supercharging devs’ capabilities on the Filecoin network.

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Transformative Blockchain Technology

Infinitely Scalable Blockchain Networks

IPC's breakthrough approach aims to bring web2-level speed and scale to the decentralized world by harnessing flexible networks of recursive blockchains or “subnets”. This design not only promotes massive scaling through parallel blockchains but also ensures they can communicate seamlessly with one another.

Deeply Customizable

With IPC’s modular runtime, developers can run programs written in any language compilable to WebAssembly. Soon, IPC-powered networks will also be able to dynamically adjust their throughput by spawning and closing temporary subnets as needed. Developers will be able to hyper tune their networks to their needs, including custom gas schedules, their own native tokens, membership rules, <1s blocktimes, & more.

Profoundly Dynamic

IPC’s modular runtime enables the creation of lightweight and flexible blockchains, adaptable to various platforms such as web browsers or mobile devices. Moreover, IPC-powered networks can dynamically adjust their throughput by spawning and closing temporary subnets as needed.

Lilypad enables users to run AI workloads in a decentralized GPU network where anyone can get paid to connect their compute nodes to the network and run jobs.

Lilypad uses IPC to build a dedicated subchain that underpins Lilypad's computational network and enables Lilypad's own token (LP) for service and gas payments.

Fluence is a decentralized serverless platform & computing marketplace powered by blockchain economics. Fluence is a global, permissionless, scalable, and secure alternative to centralized cloud computing platforms.

Fluence will use IPC to build a dedicated Fluence subchain with custom computational primitives and enable Fluence's own token for service and gas payments

Spark is a trustless retrieval sampling protocol for Filecoin that allows users to contribute resources to improving the Filecoin Network and earn rewards.
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Spark plans to use Mycelium, a public general-purpose L2 built on the IPC technology stack to run retrieval jobs and distribute rewards at scale.

Lighthouse is a perpetual file storage protocol that allows the ability to pay once and store forever.
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Lighthouse will contribute to Mycelium, a public general-purpose L2 built on the IPC technology stack.

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InterPlanetary Consensus

Web3 at Planetary Scale

Transformative Blockchain Technology

Infinitely Scalable Blockchain Networks

Deeply Customizable

Profoundly Dynamic

Achieving Breakthrough Scalability with IPC

Featured Applications & Builders

Ecosystem Interoperability

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IPC Launch Sequence

Subnets support is added to Spacenet. Developers can now use Spacenet to test applications with custom requirements or with high transaction volume.

Solidity actors enable alpha subnet support on mainnet, with basic wallet support, smart contract deployment, and tooling for subnet operations. Mind the dragons, though: the protocol and code haven't been audited and shouldn't be used with any significant value.

The algorithms and implementation are audited and verified. The base cryptoeconomic model is designed and implemented, alongside slashing and fraud proofs. Experienced users can confidently deploy and use IPC subnets but the UX will not support mass adoption.

Blockchains and storage fused! Programs running on IPC subnets can now load and operate on content-addressed data stored in networks like IPFS and Filecoin. Developers can use a variety of programming languages that compile to Wasm.

Direct cross-net interactions enable subnets to communicate with one another faster. Deploying multi-subnet topologies that distribute validators by geographical location, datacenter, or some arbitrary proof, becomes easier.