Helios Finance
  • Introduction
    • Problem - Solution
    • How Helios Differs from Other Protocols
    • Summary of Capabilities
  • Quickstart
    • Installing Leather Wallet
    • Add MIDL regtest on Leather
    • Get test tokens from faucet
    • Experience the new BTC Defi
  • Architecture
    • Overview
      • Helios & MIDL Architecture Overview
      • MIDL Validator Network (DPoS Consensus Layer)
      • Threshold Signature Scheme
      • Lending Logic Layer by Helios
      • Roles and Responsibilities Summary
    • Bitcoin-Native Smart Contracts
    • Bitcoin Settlement Flow and One-Step Transactions
    • Bitcoin Settlement & Finality
  • Core Concepts
    • Overview
    • BTC-Native Liquidity, Expanded Asset Support
      • Interest Mechanics
      • Supported Assets
    • Partial Collateral Swap (Flexible Position Management)
  • Risk Framework
    • Overview
    • Adaptive Risk Optimization (Mempool- & Volatility-Aware LTVs)
      • More on Adaptive Risk Engine
    • Liquidation Mechanics
  • Capital Efficiency and Use Cases
    • Overview
    • Delta-Neutral Yield Strategies
    • Enhanced Yield for Bitcoin Holders
    • Arbitrage and Market Efficiency
    • Tax-Optimized Borrowing
  • Institutional Compliance and Security
    • Overview
    • KYC-Ready Architecture and Permissioned Pools
      • More on Dual-Layer Market
    • AML, Monitoring, and Auditability
    • Regulatory Alignment (MiCA, BIS/IOSCO, etc.)
  • For Developers
    • Overview
    • Interest Rate Model
    • Supply & Borrow Interest
    • Functions
      • Common Functions
      • Supply & Withdraw
      • Borrow & Repay & Liquidate
      • Flashloan
    • SDK Release Plan
    • Smart Contract Interface via MIDL (EVM on Bitcoin)
    • Transaction Fees
  • Oracles and Price Feeds
  • Running a Liquidator or Integration with Exchanges
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  1. Institutional Compliance and Security

AML, Monitoring, and Auditability

To further satisfy compliance concerns, Helios can integrate AML (Anti-Money Laundering) and monitoring tools while maintaining user privacy and decentralization:

  • Blockchain Analytics: Even in permissionless pools, Helios validators or an external service can perform risk checks on transactions. For instance, if a deposit comes from an address flagged by a blockchain analytics tool (e.g., associated with hacks or sanctions), the protocol could react – such as quarantining those funds or rejecting the action. This can be done by hooking into providers like Chainalysis or Elliptic which score addresses in real-time. Helios could make this an optional module for those running the platform interface.

  • Sanctions Compliance: Helios could implement measures to align with the FATF “Travel Rule” and sanctions lists. For example, if an address is known to be sanctioned, validators could be instructed (via governance or built-in rule) not to process requests from it. Rewards or interest destined for such an address could even be diverted to an escrow until compliance issues are resolved. This ensures the protocol doesn’t become a haven for illicit funds, which is important for regulators viewing the space.

  • Immutable Audit Trail: Every loan and transaction in Helios is recorded on Bitcoin’s ledger, which serves as an immutable audit trail. Helios can assign an ID to each loan and tag Bitcoin transactions with references (possibly via OP_RETURN metadata or within the MIDL state commitments) so that auditors can trace exactly which BTC UTXOs correspond to which loans. This level of traceability is actually stronger than some CeFi lenders, because one can independently verify the chain of events. An institution can get a full report of their activities (deposits, loans, repayments, liquidations) with cryptographic proof on-chain.

  • APIs and Reporting: Helios can provide dashboards or APIs to pull real-time data relevant for compliance – e.g., total collateral value, outstanding loans, any anomalies. Institutions might need periodic reports for regulators (for instance, under EU’s MiCA, they might have to report their DeFi exposures). Helios could assist by making data export easy. As mentioned, generating tax forms or interest statements is another service that can be layered on.

  • Auditability of Code and Risk: From a technical security standpoint, Helios commits to open-source code and external audits. The smart contracts (MIDL contracts and any supporting code) will undergo rigorous security audits and possibly formal verification. Publishing these audit reports and keeping the code transparent helps institutions trust the protocol. Moreover, because the risk model is transparent (convex optimization formulas published), even that logic can be audited or verified by experts. This contrasts with a black-box model or closed-source code which would be a non-starter for due diligence.

In essence, Helios strives to be institution-ready by integrating compliance features in a trust-minimized way. It’s a delicate balance: on one hand, censorship-resistance and openness; on the other, preventing illicit use and satisfying regulators that the system isn’t facilitating crime. Helios’s approach is to allow opt-in compliance layers and maintain records that institutions can use to meet their obligations, all while keeping the base protocol decentralized. This “best of both worlds” design is likely to ease regulators’ concerns and attract institutional liquidity that would otherwise remain on the sidelines.

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Last updated 1 month ago