All Bitcoin and Ethereum wallet addresses and private keys that exist in the world are generated by a 64-digit hexadecimal raw key value, and if you find the private key of a wallet containing Bitcoin or Ethereum, you can obtain transfer authority and transfer the assets.

This applies to all Bitcoin and Ethereum wallets regardless of whether they are cold or hot wallets, and since blockchain wallets do not contain user's personal information such as phone number, name, or date of birth, and the only means to prove ownership is the private key, this is how you gain transfer and ownership authority of the wallet.

Some people may think that there could be legal/ethical issues with forcibly opening wallets and transferring assets through such methods. However, this method has no legal or ethical problems, and the reason is that blockchain networks and systems themselves were designed from the beginning with such decentralized characteristics.

In other words, if you find and possess the private key that can open a wallet containing Bitcoin or Ethereum, you become the owner of the wallet holding those assets, and this characteristic is clearly defined and referred to as 'Blockchain Neutrality' in the Bitcoin network.

The 'Bitcoin Puzzle', where Bitcoin-containing wallets are hidden within a specific raw key value range, and participants decode within the range to find the Bitcoin-containing wallet and the private key that can open the wallet to claim the Bitcoin as a reward, is also one of the well-known methods of obtaining Bitcoin in a completely different way from mining by utilizing blockchain neutrality.

Similarly, in the early days of the Bitcoin network creation, before the rapid value increase as we see today, millions of dormant wallets were created, each containing a minimum of tens to thousands of Bitcoins, and by finding the private key of wallets that became dormant due to lost private keys and gaining transfer and ownership authority, you can easily obtain billions to tens of billions of KRW worth of Bitcoin/Ethereum in this same manner.

Hex-Key has built a massive database of all 25 million active Bitcoin wallet addresses and over 30 million Ethereum wallet addresses including dormant wallets, and performs real-time comparison with wallet and private key output files generated at ultra-high speed by users to identify matching balance-holding wallet addresses and extract all information of matching wallets including the private key that opens the wallet.

Each wallet address in the Bitcoin and Ethereum balance-holding wallet database (25 million / 30 million) contains a minimum of 0.0001 BTC ~ 94,642 BTC (Bitcoin) and 0.01 ETH ~ 2,318,201 ETH (Ethereum), and when comparing the Bitcoin and Ethereum wallet - private key data list calculated (output) by the user with the balance-holding wallet database, the matching cycle and probability with balance-holding wallets vary depending on the number of user's computers, computational power of computers, time, etc.

The possibility of finding a matching wallet is 100%, and whether to proceed with extraction and comparison work with ample time / or to build a massive computing environment and find the private keys of wallets holding large amounts of Bitcoin and Ethereum balances more quickly based on enormous computational power is the user's choice.

Hex-Key is an innovative blockchain wallet private key decryption software that uses the latest parallel processing technology and optimized cryptographic algorithms to generate and extract Bitcoin and Ethereum wallet addresses and private keys in real-time at a minimum of 600,000 to a maximum of 80 million+ per second on a single PC and perform real-time comparison with Bitcoin and Ethereum balance-holding wallet databases at 1.1 million to 100 million+ times per second.

Hex-Key is designed for blockchain market participants, cryptography researchers, security experts, and blockchain developers, and based on ultra-high-speed computational performance, it helps in various fields such as finding and reviving dormant wallet private keys through security vulnerabilities in Bitcoin and Ethereum network wallet - private key generation random numbers, or decrypting Bitcoin puzzles.

The developers started research and development with a few members of the '101' hacking clan belonging to the 'Chaos Computer Club', who were part of the 'Carnegie Mellon University Team' that won the DEFCON World Hacking Conference,

and was completed around October 2024 when an anonymous Korean developer successfully achieved system binary memory tuning and memory stack optimization for ECDSA and SHA-256 double hashing and binarization of elliptic curve mathematical algorithms.

The logic for calculating and extracting data for Bitcoin and Ethereum wallets and private keys according to the 64-digit hexadecimal raw key value range set directly by the user through this program is organized in the 'How It Works' section of the main page on the official hex-key.org homepage, and contains detailed principles and function implementation methods excluding detailed source code.