{
    "success": true,
    "data": {
        "ucits": true,
        "type": "ETF",
        "replication_method": "physical",
        "derivatives": false,
        "swaps": false,
        "inverse": false,
        "leverage": false,
        "complex_factors": [
            "MSCI Index",
            "Securities Lending Income Sharing"
        ],
        "classification": "non-complex",
        "supporting_data": "The ETF aims to track the MSCI Total Return Net World index, which is a widely recognized and transparent index composed of large and medium-sized companies from developed countries. The document states that the fund is passively managed and aims to replicate the index's performance. The primary replication method is not explicitly stated as synthetic, and the description implies a direct replication strategy ('buying a portfolio of securities'). It mentions the potential use of derivatives for efficient portfolio management, but this is presented as a secondary technique and not integral to achieving the investment objective. There's no mention of embedded derivatives, leverage beyond UCITS limits, or complex underlying assets. Securities lending is mentioned as a way to generate income, with a revenue sharing model, but this is a common practice for ETFs and does not automatically render the ETF complex, especially given the clear structure and objective. The risk and reward profile is categorized as 6 out of 7, indicating high volatility, which is typical for equity ETFs and does not equate to structural complexity under MiFID II. The KIID clearly states it is a UCITS ETF, which benefits from a baseline presumption of being non-complex. The general nature of the index and the replication method (implied physical) support a non-complex classification. The ESMA guidelines (CESR/09-295) and MiFID II Delegated Regulation (EU 2017/565) indicate that UCITS are generally non-complex, and the absence of derivatives integral to the strategy, complex underlying assets, or leverage reinforces this. Even with potential derivative use for EPM, the overall structure and transparency point towards non-complexity."
    }
}