Scalable.
Scalable.
Wavelet has been thoroughly benchmarked in being capable of processing over 31,240 payment transactions per second using 240 DigitalOcean instances (2vCPUs, 4GB RAM) under realistic networking conditions where there exists 2% packet loss, capped transfer rates of 1MB/s, and 220ms communication latency.
Practical.
Practical.
Wavelet guarantees that transactions are totally ordered, replicated, and consistent on a network of untrusted machines, and thus supports upgradeability, decentralized governance, and smart contract execution with 2-4 second finality on millions of nodes.
Succinct.
Succinct.
Wavelet guarantees that transactions are immutable, and irrevertible once they are finalized. A novel, secure pruning mechanism reduces the system requirements for running a full Wavelet node to the point of only requiring a healthy Internet connection and 512MB of RAM.
Secure.
Secure.
No committees, no leaders, no central authority; absolutely zero trust. Wavelet is open, permissionless, and leaderless by introducing a novel, fair, and green voting protocol where nodes are incentivized through virtual rewards to constantly protect and validate the network.
"The next generation of cloudless computing."
Build disaster-proof applications with our community on Discord.
Write once, run anywhere.
Write once, run anywhere.
Miss using your IDE, debugging tools, and ability to write unit tests, benchmarks, and end-to-end pipelines when it comes to writing smart contracts?
Wavelet allows developers to write mission-critical, robust, and scalable decentralized applications in the form of WebAssembly smart contracts, with batteries initially included for development in Rust.
Use the same 'ole tools you know and love to efficiently and cost-effectively create your next decentralized application.
Click here for more info about Wavelet's Rust smart contract SDK.
Click here for more info about Wavelet's AssemblyScript smart contract SDK.
