This component aims to provide a faster and more secure way of concealing information while holding its integrity tight. While Symmetric encryption is one of the fastest and easy ways of ciphering information, it poses the problem of how will the session key be shared among the parties. Although Asymmetric ciphering solves the previous problem, it is still very slow compared to its symmetric dual. As such, the HPKE, Hybrid Public Key encryption is destined to be the best of both worlds combined.

Javascript for client side may not be fast enough to ensure critical and time bounded logic. Instead to tell your clients to spend money on a fast machine (you would never say this OF Course!), you might give a shot on getting a precompiled binary fully optimized to your needs. This component aims to show to the community how to integrate Web Assembly files, generated and compiled in Rust Language, in OutSystems. For more information about the coded part in Rust, be sure to check out my repository: https://gitlab.com/jomicobasi/webassembly-game-of-life/-/tree/master

Due to state of art and more efficient number factorization algorithms, like General Number Field Sieve, RSA keys need to be bigger in terms of the number of bits. Sill, we need a mechanism to make Public-Private digital signatures secure. As so, this extension is meant to be an "extension" of the well known CryptoAPI one, featuring Elliptic Curve Digital signatures algorithms. Such algorithms ensure that keys do not be as long as RSA keys in order to ensure the same security levels, speeding up encryption and decryption of data.