STEGACHAIN

Security. Anonymity. Protection.

Messages on the blockchain — only for those who are meant to see them.

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About the Project

Stegachain is a platform for private data transfer: we combine encryption with blockchain recording. The sender encrypts a message with a secure key, the message is embedded into a transaction, and the recipient extracts and decrypts it locally. Metadata is minimal, and only those with the key have access to the content.

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How does it work?

StegaChain makes blockchain messaging simple and secure. Every message is encrypted, stored on-chain, and can only be read with the right key. Here’s a step-by-step guide to how it works:

1

Registration

You sign up with an invite code (during the alpha stage). A new blockchain wallet is automatically created for you — your MetaMask or Trust Wallet is not required.

2

Dashboard

After login, you enter your personal dashboard. By clicking your profile icon, you can copy your wallet address and access the Faucet.

3

Faucet

To test the system, you can claim 0.2 MON tokens every 12 hours using the Faucet. These tokens are used to pay for blockchain transactions inside the platform.

4

Key Generation

You generate a cryptographic key directly in your dashboard. This key is unique and must be stored securely — it is required for both encryption and decryption of your messages.

5

Encrypting Messages

Write your message and click Encrypt. The system transforms it into unreadable ciphertext that cannot be interpreted without your key.

6

Sending On-Chain

By pressing Send Message, the encrypted text is written into a blockchain transaction. You receive a confirmation with the transaction hash.

7

Sharing the Key

To allow someone to read your message, you share your generated key with them. Without this key, no one can decrypt your messages — not even us.

8

Reading Messages

The recipient opens the READ tab, enters your wallet address, and provides the shared key. The system fetches your encrypted messages directly from the blockchain.

9

Decryption

Using the provided key, the ciphertext is decrypted locally in the browser. The recipient sees the original message — and no one else has access to it.

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