Allianza: Quantum-Resistant and Atomic Cross-Chain with ZK-Proofs

[Technical Insights] Allianza Testnet: Quantum-Resistant and Atomic Cross-Chain Interoperability with Zero-Knowledge Proofs (ALZ-NIEV) Intro: Tackling the Future of Blockchain Safety and Interconnectivity The blockchain world is changing fast, and we need solutions that are not just scalable and efficient but also secure against new challenges, especially from quantum computing. For tech enthusiasts here, a project’s real strength is in the solidness of its foundational setup. In this post, I’m sharing the latest test outcomes from the Allianza Testnet, showcasing a complex and resilient system based on three main innovations: Quantum-Resistant Security (QRS-3), the ALZ-NIEV Atomic Execution Engine, and a 5-Layer Proof System that uses Zero-Knowledge SNARKs. The data below shows that Allianza is performing at a high technical level, tackling the security and interoperability challenges effectively. 1. Quantum-Resistant Security (QRS-3) Validation The QRS-3 protocol is Allianza’s solution to the potential risk of quantum computers breaking existing cryptographic methods like ECDSA. Test results validate that a hybrid signature scheme has been successfully implemented with a redundancy level of 3. AlgorithmTypeNIST StandardKey Size (Bytes)Signature Size (Bytes)ECDSALegacyNo3364ML-DSAPost-QuantumYes (L1)19523309SPHINCS+Post-QuantumYes (L1)327856 The QRS-3 test suite registered a 100% success rate in all signature generations and verifications. This hybrid method guarantees that even if one algorithm fails, security stays intact.

Where can we see the actual ZK proof code? Have you placed it on Github or anywhere? There isn't anything really we can discuss about if we do not get to see the exact equality comparisons the zk-SNARK is doing. Again, the test suite is not visible. I'm sure some people would be interested in seeing it as well!

Official Links Website: https://allianza.tech (https://allianza.tech) Public Testnet: https://testnet.allianza.tech (https://testnet.allianza.tech) Source Code (GitHub ): https://github.com/allianzatech/blockchainallianza (https://github.com/allianzatech/blockchainallianza) Whitepaper: Available on the website (Technical & Investor Reports ) Social Media: Links available on the website He mention on other posts

Ok, thanks.

You're welcome! We're here if you have any questions or want to dive deeper into the technical details. The testnet is live and all source code is public for review. Thanks for your interest!

I had a quick peek at the Github. It appears I'm in the wrong src folder for zk proofs or something? This https://github.com/allianzatech/blockchainallianza/blob/main/proofs/2025-11-20_22-34-34/PROOF_REPORT.json looks like it's some sort of unit test.

Thank you for checking the repository. The file you found (proofs/2025-11-20_22-34-34/PROOF_REPORT.json) is from an older test run (November 2025). The actual ZK proof implementation code is in different directories: Real ZK implementation code ZK framework and integration: commercial_repo/adapters/zk_light_client.py — ZK-Light Client framework commercial_repo/adapters/zk_verifier_integration.py — On-chain ZK verifier integration contracts/evm/ZKCommitmentVerifier.sol — Smart contract for on-chain verification (deployed on Sepolia & Polygon Amoy) ZK circuit: circuits/commitment_verification.circom — Circom circuit for commitment verification ZK proof generation (in production code): ZK proofs are generated dynamically during cross-chain transfers They're embedded in transaction memos and can be verified on-chain See: core/interoperability/bridge_free_interop.py (around lines 1890-1895) Recent real transfer with ZK proof For a recent real transfer with ZK proof (not a test), see: Ethereum → Solana (Jan 6, 2026): TX Hash: 3v8xWd6m2bq8u5p66ZozkiuPp6hAsFwWjq3rvVc51WsHxwTz7eee81FJTBsqpTmTkYcLBWmhJ6pJqYp FcCr9rgxA Explorer: https://explorer.solana.com/tx/3v8xWd6m2bq8u5p66ZozkiuPp6hAsFwWjq3rvVc51WsHxwTz7eee81FJTBsqpTmTkYcLBWmhJ6pJqYpFcCr9rgxA?cluster=testnet ZK Proof ID: zk_proof_1767704163_ee451a12d3ff3b3a This is a real on-chain transaction with ZK proof embedded in the memo Current status ZK framework: implemented (zk_light_client.py) On-chain verifier: deployed (ZKCommitmentVerifier.sol on Sepolia & Polygon Amoy) ZK proofs in transfers: generated automatically and embedded in transaction memos Full circuit implementation: framework ready, awaiting Circom/SnarkJS integration for production circuits The proofs/ directory contains test reports and historical proofs, while the actual implementation is in commercial_repo/adapters/ and contracts/evm/. Would you like me to point you to any specific part of the ZK implementation?