{
    "success": true,
    "data": {
        "complex": true,
        "non_complex": false,
        "leverage": false,
        "derivatives": true,
        "swaps": true,
        "inverse": false,
        "replication_method": "physical",
        "ucits": true,
        "type": "ETF",
        "complex_factors": [
            "Derivative use for efficient portfolio management and currency hedging, which introduces counterparty risk as per ESMA interpretation.",
            "Presence of potential swap usage for currency hedging, triggering a complex classification based on the explicit rule provided."
        ],
        "classification": "complex",
        "supporting_data": "The Fidelity ESG USD EM Bond UCITS ETF is indeed a UCITS fund, which typically benefits from a presumption of non-complexity under MiFID II due to its regulated nature. The fund primarily uses physical replication by investing in a portfolio of debt securities issued by emerging market governments and agencies. The benchmark index is transparent, and there is no indication of significant leverage, inverse strategy, or capital protection. While the fund's investment policy states that it 'may use derivatives for efficient portfolio management and currency hedging purposes', this triggers a complex classification. The provided rules explicitly state: 'If any element of ... any Swap usage is identified then the 'classification' must be 'complex''. Currency hedging commonly involves the use of currency swaps or forwards, which are types of derivatives that introduce counterparty risk. Furthermore, the MiFID II Complexity Assessment Rules and ESMA guidelines indicate that regulators often classify any derivative use, even for EPM, as complex due to the inherent counterparty risk, which can be difficult for retail investors to fully understand. Therefore, despite being a UCITS fund and employing physical replication, the explicit allowance for derivative use, particularly for currency hedging which implies potential swap usage, mandates its classification as complex under the stringent interpretation of the provided rules."
    }
}