{
    "success": true,
    "data": {
        "complex": false,
        "leverage": false,
        "derivates": false,
        "swaps": false,
        "inverse": false,
        "replication_method": "physical",
        "ucits": true,
        "type": "ETF",
        "complex_factors": [
            "No embedded derivatives or leverage identified.",
            "Replication method is physical, tracking a transparent index.",
            "The index is well-documented.",
            "No significant counterparty or collateral risk from derivatives.",
            "No evidence of high-risk ratings."
        ],
        "classification": "non-complex",
        "supporting_data": "The Guinness Sustainable Energy UCITS ETF is a sub-fund of HANetf ICAV, managed actively rather than passively (from December 2020).  Its investment objective is long-term capital growth by investing in global equity or equity-related securities from companies involved in sustainable energy or energy technology sectors.  The fund uses the MSCI World Index for performance comparison but is not managed to the benchmark, meaning it can invest in securities not included in the benchmark.  The investment policy is active, but the active strategy does not involve any significant reliance on derivatives.  The ETF uses physical replication (it holds the underlying securities, rather than using derivatives to replicate the index), and the underlying index is deemed transparent.  There are no capital protection features or significant leverage mentioned, and the risk profile, while categorized as higher (6/7 on the KID), is not driven by complex mechanisms, but by sector-specific risks inherent to sustainable energy and energy technology sectors.  The presence of active management and potentially broader investment strategies than a passive, benchmark-tracking ETF is acknowledged, though its impact on complexity is likely limited by the underlying structure of the ETF.  There's no indication of Roll costs, Contango or backwardation effects implying a complex structure."
    }
}