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WebAssembly is a binary instruction format designed for safe and efficient execution on web browsers, but it can also be employed on the server to enhance the performance and security of web applications.
WebAssembly is known for its high-performance characteristics. It offers near-native execution speed, making it potentially a compelling choice as a runtime environment for Tork tasks.
To run WebAssembly on the server-side, we need a runtime environment. There are several runtime options available, such as Wasmer, Wasmtime, and V8 (with the V8 isolates feature).
The goal of this issue is to explore the pros and cons and potential viability of using WASM as an execution runtime implementation for Tork tasks.
The text was updated successfully, but these errors were encountered:
WebAssembly is a binary instruction format designed for safe and efficient execution on web browsers, but it can also be employed on the server to enhance the performance and security of web applications.
WebAssembly is known for its high-performance characteristics. It offers near-native execution speed, making it potentially a compelling choice as a runtime environment for Tork tasks.
To run WebAssembly on the server-side, we need a runtime environment. There are several runtime options available, such as Wasmer, Wasmtime, and V8 (with the V8 isolates feature).
The goal of this issue is to explore the pros and cons and potential viability of using WASM as an execution runtime implementation for Tork tasks.
The text was updated successfully, but these errors were encountered: