Hello, developer community!
I am part of the team developing the Allianza Blockchain. DEV.to is the perfect place for us to dive into technical details, and that’s exactly what we’ll do.
Allianza was designed to solve two of the biggest infrastructure challenges in Web3: secure interoperability and quantum resistance.
- Bridge-Free Interoperability
The model of custodial cross-chain bridges is the weak point of current security. To overcome this, we developed the ALZ-NIEV Protocol.
The ALZ-NIEV does not use intermediary custody. Instead, it uses Zero-Knowledge Proofs (ZK) to perform Native Signature Validation.
How does it work? Allianza is the first blockchain to "understand" and natively validate the signatures of multiple chains (such as ECDSA from Bitcoin/Ethereum …
Hello, developer community!
I am part of the team developing the Allianza Blockchain. DEV.to is the perfect place for us to dive into technical details, and that’s exactly what we’ll do.
Allianza was designed to solve two of the biggest infrastructure challenges in Web3: secure interoperability and quantum resistance.
- Bridge-Free Interoperability
The model of custodial cross-chain bridges is the weak point of current security. To overcome this, we developed the ALZ-NIEV Protocol.
The ALZ-NIEV does not use intermediary custody. Instead, it uses Zero-Knowledge Proofs (ZK) to perform Native Signature Validation.
How does it work? Allianza is the first blockchain to "understand" and natively validate the signatures of multiple chains (such as ECDSA from Bitcoin/Ethereum and Ed25519 from Solana) without needing wrapped tokens or custodial bridges. This eliminates the most common attack vector.
- Real Post-Quantum Security: QRS-3
The threat of quantum computing is real and imminent. Allianza implemented QRS-3 (Triple Quantum Protection), a system of Triple Structural Redundancy.
QRS-3 combines three different cryptographic structures to ensure that even if one is broken, the other two maintain security.
Algorithm Mathematical Basis Standard Function ECDSA Elliptic Curves Classic Compatibility ML-DSA Lattices NIST FIPS 204 Post-Quantum Signature SPHINCS+ Hashes Post-Quantum Structural Backup
Validation requires 2 out of 3 signatures, ensuring that security does not depend on a single mathematical failure.
- Conclusion and Invitation
Allianza is in production with all functionalities validated. We invite the developer community to analyze our architecture and give us technical feedback.
Resources for Developers:
• Technical Validation (Proofs and Implementation): https://www.allianza.tech/technical-validation
• Technical Whitepaper: https://www.allianza.tech/whitepaper
• Source Code: https://github.com/allianzatech
What are your thoughts on the need for Triple Structural Redundancy in a post-quantum environment? Leave your comment!
Suggested Tags: #blockchain #web3 #cryptocurrency #security #quantum