Centrix was created to bridge the gap between fair distribution and centralization, ensuring an equitable ecosystem for all participants.
By combining cutting-edge blockchain technology with a unique Chain of Ownership protocol, Centrix provides transparency, security, and decentralization without compromising on efficiency.
As the crypto space evolves, Centrix stands at the forefront, offering a balanced approach that empowers users while maintaining robust infrastructure and system integrity. Join Centrix, where innovation meets fairness in the digital economy.
Why Centrix Is Different
A Superior Approach to Digital Currency
Centrix Core
Centrix reimagines how digital currencies should work by separating transaction processing from mining operations. Unlike traditional blockchain systems where every transaction must be mined, validated by consensus, and added to blocks, Centrix transactions can occur independently of the mining/blockchain side of operations.
By using a centralized ledger with our unique Chain-of-Ownership protocol, Centrix eliminates the inefficiencies of traditional blockchain systems while maintaining the security and integrity benefits. This hybrid approach delivers the best of both worlds: the speed and efficiency of centralized systems with the security and verification capabilities of decentralized networks.
The Technology
Hybrid Architecture Model
Centrix Core
Centrix combines decentralized distribution with centralized architecture for enhanced security, speed, and privacy. Our "Chain-of-Ownership" protocol eliminates mining requirements for transactions while maintaining integrity across the network.
Security Example
Even if Centrix servers were compromised, coins cannot be forged due to mathematical signatures. Private keys never touch our servers and remain exclusively on the user's device, making theft virtually impossible.
Coin Structure
Centralized Ledger Entries
Centrix Core
Centrix is based on a centralized ledger where each coin is stored as a JSON entry. This format offers excellent performance without requiring encryption, making heavier database solutions unnecessary. Each coin contains several critical components defining its identity and history.
Coin Structure Example
{
"id": "clc_2d5f8a9c7b3e",
"genesis": 1683214795,
"mined_hash": "00a4f2e8d1c7b9...",
"mined_difficulty": 12,
"seed": "e7c3b5a9d1f8...",
"paidFee": true,
"val": 1.0,
"transactions": [
{
"holder": "3a7c9d2e5f8b...",
"signature": "9c7b3e5a8d2f..."
},
{
"holder": "7d9e2f5a8c3b...",
"signature": "5e7d9c2a3f8b..."
}
]
}
Transaction System
Chain-of-Ownership Protocol
Centrix Core
Each coin maintains a transaction list that forms a complete chain of ownership. Every transaction requires proper holder identification and cryptographic signatures, while our advanced merge transaction system enables value transfers between coins through a sophisticated validation mechanism.
Transaction Requirements
- New holder identification
- Signature proving previous owner authorization
Merge Transaction Components
- target - ID of coin to merge to
- height - length of transactions in target (prevents signature reuse)
- originSignature - signature of initiating coin
- vol - value transfer amount (positive or negative)
Standard Transaction Example
{
"holder": "7d9e2f5a8c3b...",
"signature": "5e7d9c2a3f8b..."
}
Merge Transaction Example
{
"holder": "7d9e2f5a8c3b...",
"signature": "5e7d9c2a3f8b...",
"merge": {
"target": "clc_9a8b7c6d5e4f",
"height": 3,
"originSignature": "2b4c6d8e9f1a...",
"vol": 0.5
}
}
Anti-Forgery Security
Why Coins/Transactions Cannot Be Forged
Centrix Core
The Centrix system is designed from the ground up to prevent forgery and unauthorized coin manipulation, using a security model that does not rely on traditional username/password authentication but instead on mathematical cryptography principles that make coins and transactions unforgeable.
Why Traditional Authentication Is Not Used
Centrix does not rely on usernames and passwords for security as traditional systems do. Instead, the security is built into the data structure itself. Even if an attacker gained full database access, they couldn't:
1. Create valid signatures without the corresponding private keys
2. Modify existing transactions without breaking the cryptographic chain
3. Inject forged coins into the system as they would fail validation
4. Reuse signatures due to the height parameter tracking
Security in Practice: Forge Attempt Example
// Attack scenario: Attacker has full server access
// and attempts to create a forged transaction
// 1. Attacker tries to add a transaction to a coin
coinData.transactions.push({
"holder": "attackerAddress...",
// Problem: Cannot create a valid signature
"signature": "???" // Would fail verification
});
// 2. Attacker tries to create a new coin
const forgedCoin = {
"id": "clc_forged123456",
"genesis": Date.now(),
"val": 1000.0,
// Problem: Can’t create Coin because can’t create validate Mined Hash that correlates to the holder": [...]
};
// Both attacks fail due to cryptographic verification
