* use advanced software patterns
* RUST & cargo based stateful control systems
* highly advanced programming language, specialized for broad range of systems engineering tasks
* functional language, designed in 2010, mostly-stablized libraries as described below
* ultra-concise, deterministic execution, lack of null & memory borrowing approach is more secure & concise
* compiler is incredibly smart at checking software for a variety of highly technical reasons
* extensive frameworks & library support:
* Solidity
* Smart Contracts [see crypto.md](crypto.md)
* Web3 interfaces
* WASM interfaces, "polyglot, fast"
* connects many language libraries together
* WASM => Typescript (vue/web3.js)
* Web2 & Web3 project language
* WASM => Python/CFFI interfaces
* for Pytorch, AI/ML etc.
* CadQuery geometry as code
* parametrically described geometry as code, command line driven industrial desgin
* goal is to produce an algorithm which provides Natural Language Tasks
* WASM is a poly glot cross language (many to any library translation)
* RUST is C++ without a null-pointer
* RUST programs cannot crash (by contract, highly suitable for smart-contracts)
* RUST compiles natively into a variety of binary formats including RISC-V, allowing development of embedded systems
* artificial intelligence
* NLU generative reinforcement learning
* 3d generative design & simulation
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