{
    "success": true,
    "data": {
        "leverage": false,
        "derivatives": true,
        "swaps": true,
        "inverse": false,
        "replication_method": "synthetic",
        "ucits": true,
        "type": "ETF",
        "complex_factors": [
            "Synthetic Replication",
            "Total Return Swaps",
            "Counterparty Risk",
            "Opacity of Structure"
        ],
        "classification": "complex",
        "supporting_data": "The Fund is a UCITS ETF, which are generally presumed non-complex. However, this presumption is overturned due to several factors. The Key Investor Information Document (KID) explicitly states that the Fund invests in Financial Derivative Instruments (FDIs) with UBS AG as a counterparty. It clarifies that 'the performance of the Index is swapped from UBS to the Fund, and in return the performance of the securities is swapped from the Fund to UBS u2013 consequently, the Fund's performance reflects the performance of the Index'. This is a clear description of synthetic replication using total return swaps, where derivatives are integral to achieving the Fund's investment objective. The MiFID II complexity rules state that an ETF is complex if derivatives are integral to its investment objective (Rule 2) or if it uses synthetic replication (Rule 3). This structure introduces counterparty risk, which the KID explicitly lists as a 'Further material risk not adequately captured by the indicator'. While the MSCI ACWI Net Total Return Index itself is transparent, the synthetic replication method creates an opaque structure and risks (like counterparty risk) that are difficult for retail investors with basic knowledge to understand (Rule 4). The ESMA guidance, particularly the 2019 Supervisory Briefing, also acknowledges that 'structured UCITS' or UCITS with similar features can be classified as complex, moving beyond a blanket non-complex classification for all UCITS. Furthermore, the explicit instruction states that 'If any element of ... any Swap usage is identified then the 'classification' must be 'complex''. All these factors collectively lead to a 'complex' classification."
    }
}