🧵 Securing Blockchain Interactions with SwisstronikJS: A Comprehensive Guide 🔒

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SwisstronikJS is here to elevate the security of your blockchain transactions and calls on the Swisstronik network! 🌐✨ By using encryption, SwisstronikJS ensures your sensitive data remains protected. Here’s a dive into its core functionalities. 👇

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🔐 encryptDataField Function
Purpose: Protects your transaction data on Swisstronik.
How It Works:

- Key Generation: Uses x25519 cryptographic algorithm.
- Data Encryption: Encrypts with Deoxys II.
- Output: Returns encrypted data and key in Uint8Array.

Full-time degen & designer #NFT collector and artist Alpha tester and node runner


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🔓 decryptNodeResponse Function
Purpose: Decrypts responses from Swisstronik, allowing you to read data returned by nodes.
How It Works:

- Input Requirements: Encrypted response, encryption key, and node URL.
- Decryption Process: Returns a Uint8Array for decoding.

Swisstronik vs. Ethereum Transactions

Ethereum: Transactions are straightforward but unencrypted.
Swisstronik: Transactions require encrypted data fields using SwisstronikJS for confidentiality.

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Ethereum

Layer 1 solution designed to build scalable dApps that ensure users' data protection and privacy, while remaining compliant | Built on 
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