Internet Computer

Internet Computer (ICP) is a Layer 1 blockchain built to function as a sovereign cloud. Rather than hosting only smart-contract logic while data and frontends live elsewhere, ICP moves entire software systems onto the network: websites, applications, data stores, payment flows and governance processes all run end-to-end inside the protocol.

This design makes code and data tamperproof. No cloud provider, backend operator or attacker can silently alter a running system because the protocol replicates state across independent nodes and cryptographically enforces integrity. The project emerged from more than $500 million of R&D and explicitly targets AI agents and agentic organisations, which need compute that is always on and cannot be manipulated by a central intermediary.

ICP also introduces cloud engines, which let organisations choose where their workloads run (by provider, geography and jurisdiction) while retaining the same tamperproof and availability guarantees. The network therefore positions itself as the sovereign cloud for a coming wave of software built and operated by autonomous agents.

Computation on ICP is fuelled by cycles, a unit of resource consumption obtained by converting the native $ICP token. Developers load canisters (ICP's compute units) with cycles, and the network burns them as the canister executes instructions, serves HTTP requests, or stores data. This decouples execution costs from volatile token prices, aiming for predictable operational pricing.

Separately, ICP powers the Network Nervous System (NNS), a fully on-chain governance system. ICP holders stake tokens into neurons, which lets them vote on proposals that upgrade the protocol, adjust economic parameters, and steer the network's direction. The staking mechanism also rewards participants with newly minted ICP, creating an incentive to engage in governance.

On the developer side, ICP provides integration paths for AI tooling. Through the ICP skill library or by conversing with Caffeine AI, builders and AI agents can create and deploy applications, reinforcing the network's thesis that the next generation of software creators may not always be human.

ICP has no fixed maximum supply. The circulating supply at the time of reporting is 555,963,770 tokens, with total supply effectively matching at 555,963,795 ICP. Because the cap is open-ended, new tokens can be minted continuously, primarily as rewards distributed to NNS participants who stake and vote.

This inflationary model funds security and governance: stakers earn a yield for locking tokens and participating in decision-making. The flip side is that non-staking holders may face dilution over time, since the token base can grow while fees burn cycles (a separate resource) rather than ICP itself. Demand for ICP is therefore driven by the need to create cycles for computation and by the desire to gain influence over the NNS.

ICP separates itself from most L1s by not being a shared execution environment where applications compete for blockspace. It is a cloud infrastructure where full-stack software runs exclusively on-chain, bypassing the split between smart contracts and off-chain backends common in Ethereum, Solana and similar networks.

ICP is not a blockchain that applications sit on top of; it is the stack underneath them, replacing the cloud provider, the backend and the governance layer in a single, tamperproof system.

This full-stack ambition aligns it with AI agent workloads: agents require long-running processes, verifiable state, and resistance to censorship or tampering. The cloud-engine architecture adds deployment sovereignty, letting a decentralised application physically run in a chosen country or on selected hardware while staying connected to the global ICP network. Few L1s offer that combination of full-stack capability and jurisdictional control.