{
    "fund_name": "WisdomTree Cybersecurity UCITS ETF - USD Acc",
    "type": "ETF",
    "ucits": true,
    "replication_method": "physical",
    "leverage": false,
    "derivatives": false,
    "swaps": false,
    "inverse": false,
    "complex_factors": [
        "Complex index methodology (Focus Score + Revenue Growth weighting)",
        "Potential for concentrated sector/country risk (100% IT sector, 85.74% US exposure)",
        "Use of repurchase/reverse repurchase agreements for efficient portfolio management"
    ],
    "classification": "non-complex",
    "supporting_data": "The ETF uses physical replication to track the WisdomTree Team8 Cybersecurity Index, which is a fundamentally weighted index based on cybersecurity focus and revenue growth. While the index methodology is somewhat complex (using a proprietary 'Focus Score' and revenue growth criteria), the ETF itself does not use derivatives, leverage, or synthetic replication. The primary complexity factors are the concentrated sector/country exposure and the index's unique weighting methodology. However, these do not meet MiFID II's criteria for 'complex' financial instruments. The ETF is UCITS-compliant and uses standard ETF market-making practices (repurchase agreements) for efficient portfolio management, which are not considered complex under MiFID II. The risk profile is clearly disclosed as 'higher risk' (SRRI 7) due to sector concentration and market volatility, but this does not trigger complexity classification.",
    "confidence": 90,
    "counter_argument": "Some might argue the index's proprietary weighting methodology could make the ETF complex. However, MiFID II focuses on structural complexity (derivatives, leverage, etc.) rather than index construction complexity. The physical replication method and lack of derivative usage outweigh any index methodology concerns.",
    "risk_level": "high",
    "risk_alignment": "The SRRI 7 rating aligns with the fund's concentrated sector/country exposure and higher volatility, but this does not affect the complexity classification."
}