_____                                           _              _ _____ ____    _       _                             _   _
 |  __ \                                         | |            | |_   _/ __ \  (_)     (_)                           | | (_)
 | |__) |___  __ _ ___  ___  _ __  ___  __      _| |__  _   _  / __)| || |  | |  _ ___   _ _ __  _ __   _____   ____ _| |_ ___   _____
 |  _  // _ \/ _` / __|/ _ \| '_ \/ __| \ \ /\ / / '_ \| | | | \__ \| || |  | | | / __| | | '_ \| '_ \ / _ \ \ / / _` | __| \ \ / / _ \
 | | \ \  __/ (_| \__ \ (_) | | | \__ \  \ V  V /| | | | |_| | (   /| || |__| | | \__ \ | | | | | | | | (_) \ V / (_| | |_| |\ V /  __/
 |_|  \_\___|\__,_|___/\___/|_| |_|___/   \_/\_/ |_| |_|\__, |  |_|_____\___\_\ |_|___/ |_|_| |_|_| |_|\___/ \_/ \__,_|\__|_| \_/ \___|
                                                         __/ |
                                                        |___/

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Decentralized blockchain is a distributed ledger of transactions, and its values do not change.

Therefore, people believed that anything stored on the blockchain would remain there forever.
This led to many attempts to use it for data storage.
How appealing is the idea of preserving your data for as long as humanity exists?

However, there were limitations.
To allocate space for data storage on the blockchain network, an enormous amount of gas fees was required.
For example, storing just 1MB of data on the blockchain could cost a user ~7 SOL.

That’s the price of a small fortune! With traditional methods, many would need to pay so high fees.

So, we gave up on the attribute of eternal storage and instead opted for engraving links onto the blockchain.

IQ's developer, Zo, had the following curiosity:
- Is there a way to store data without allocating space?
- Could we implement a much more blockchain-friendly data storage
  by using 'recording' instead of 'storing'?

Thus, the idea of Code-in, a state-based inscription method, was born.
With this method, you can save more than 2000 times on gas fees: instead of paying ~7 SOL for 1MB, you pay just ~0.0033.. SOL.
That’s a couple of cents—no need to sell your house!

What’s more:
• The gas fee stays constant regardless of how much data you record.
• Data retrieval is lightning-fast.
• No space restrictions—store as much as you want! Even if users send 300TB to our contract, it remains fast and inexpensive.

This revolutionary approach works not only on Solana but on almost all chains, offering the potential to overcome many limitations.

Yes, we've been telling lies.
The notion that everyone could store data immortally was still a dream.
But how about now?
That dream has become a reality.

Let's start history together, making eternal storage cheap, fast, and accessible for everyone.