The Pay‑Per‑Service Architecture.
UniChain eliminates the barrier of entry for blockchain verification. By utilizing a pure fee-per-service model, we ensure that users—whether individuals or enterprises—only incur costs upon successful cryptographic execution.
Role of Cardano Technology
Deterministic Execution
Unlike account-based models, Cardano allows UniChain to predict gas fees and script success with 100% accuracy before submission.
UTXO Transparency
The Extended UTXO model provides a clear audit trail for document issuance without exposing sensitive user metadata.
Formal Verification Support
Cardano’s foundation in Haskell allows us to prove the correctness of our smart contracts, vital for legal agreements.
Sustainability
Proof-of-Stake ensures the platform remains eco-friendly and economically viable for long-term loan storage.
Technology Stack (Actual Core)
{{t.name}}
{{t.role}}
Loan Enforcement & Level Logic
Our uniqueness lies in how the system "hits" based on the loan lever. We don't just record debt; we enforce it through code-governed rules.
Ownership Binding
Contracts bind a user's Stake Key to the debt. As long as that wallet exists on Cardano, the "Defaulter" flag is visible to any other protocol integrated with UniChain.
Smart Agreement Enforcement
"The Logic Hit":
For high-level loans, the Plutus script can restrict the movement of certain assets (NFTs/Tokens) within the user's wallet until the debt-clearance transaction is validated by Aiken business rules.
System Completion (Phase 1)
Designing & Research
Architecture of the EUTXO model for UniChain. Finalizing logic for Aiken scripts. (Current Status: 100%)
Frontend Development
Building the Vanilla JS/Angular interface with Mesh SDK wallet integration. (Current Status: 65%)
Smart Contract Deployment
Deployment to Preprod testnet. Final audit of Haskell-based Plutus cores. (Estimated: 4-6 Weeks)