Develop internet-scale dapps, defi & cyber rails using canister smart contracts
After years of R&D, the Internet Computer blockchain is removing the limitations from smart contract software using advanced new cryptography. It scales its capacity with demand and can support unbounded volumes of smart contract computation, enabling dapps to scale. New canister smart contracts run super fast, and can securely serve interactive web content directly to end users. On-chain costs have been crushed and are stable. You can now code your contracts in any WebAssembly-compliant language and create dapps and tokenized services for everything to chase the blockchain singularity.
Blockchain is end-to-end, smart contracts can now serve low-cost interactive web content.
TX finalized in 2 secs. State-preserving calls processed in milliseconds.
Blockchain capacity scales at constant cost — dapps can have infinite scale.
Secure frictionless authentication via end-user devices (applies WebAuthn) for any dapp.
Contracts pay for their own computation; users don’t need tokens.
Novel blockchain design drives computation costs down, and keeps them stable.
Data persists automatically in variables and data types as memory persists.
Parallelism enables scaling. Contracts are asynchronous.
Protect the environment using an efficient blockchain that can replace legacy IT.
Rust is a highly mature system-oriented language that provides the power of C++ within a modern frameworkRUST SDK
Start building on the Internet ComputerQUICK START
Offering crypto startups free cycles to start building
Have a question about building on the Internet Computer? Join the conversation.FORUM
Get a grant to build out the Internet Computer ecosystemGRANTS