{
    "fund_name": "iShares MSCI EM IMI ESG Screened UCITS USD (Acc)",
    "type": "ETF",
    "ucits": true,
    "replication_method": "physical",
    "leverage": false,
    "derivatives": false,
    "swaps": false,
    "inverse": false,
    "complex_factors": [
        "Complex index methodology (ESG screening, multiple exclusions)",
        "Emerging market exposure (higher risk profile)",
        "Potential for indirect derivative exposure (though limited)"
    ],
    "classification": "non-complex",
    "supporting_data": "The ETF uses physical replication as its primary method (as stated in the fact sheet: 'Product Structure: Physical'). While it has permission to use derivatives for direct investment purposes, the KIID and fact sheet indicate this usage is expected to be limited. The fund tracks a complex ESG-screened index, but this doesn't automatically trigger complexity under MiFID II. The risk profile is rated 6 (medium-high), but this is typical for emerging market equity funds. There are no leverage, inverse, or swap-based structures mentioned. The fund is UCITS-compliant, which generally indicates suitability for retail investors. While the index methodology is complex, the fund's straightforward physical replication approach and lack of derivative-heavy strategies make it non-complex under MiFID II standards.",
    "confidence": 85,
    "counter_argument": "One could argue the ESG screening and multiple exclusions make the index complex, potentially requiring specialist knowledge. However, MiFID II guidance suggests that complexity is more about the investment strategy and risk profile than the underlying index's construction. Since the fund uses physical replication and doesn't employ complex derivative strategies, this argument doesn't override the non-complex classification.",
    "risk_profile_alignment": "The medium-high risk rating (6) aligns with the emerging market equity exposure and complex index methodology, but these factors alone don't trigger complexity under MiFID II when combined with the physical replication approach."
}