{
    "name": "EMQQ Emerging Markets Internet UCITS ETF",
    "type": "ETF",
    "ucits": true,
    "leverage": false,
    "derivatives": false,
    "swaps": false,
    "inverse": false,
    "replication_method": "physical",
    "complex_factors": [],
    "classification": "non-complex",
    "supporting_data": "The EMQQ Emerging Markets Internet UCITS ETF employs a physical replication strategy, investing directly in the underlying securities of its benchmark index. The KIID explicitly states the use of 'passive management' and 'replication or representative sampling methodology,' indicating a straightforward approach to tracking the EMQQ The Emerging Markets Internet ESG-Screened Index. There are no mentions of synthetic replication, swaps, leverage, or inverse strategies. The risk profile is rated at level 7, but this is attributed to the nature of the underlying investments (emerging markets internet and e-commerce companies) rather than structural complexity. The fund does not use derivatives beyond what might be considered standard for efficient portfolio management (e.g., securities lending). The absence of complex features such as leverage, inverse exposure, or capital protection mechanisms further supports the non-complex classification. While the high-risk rating might suggest complexity, it is driven by market and sector risks rather than structural or strategic complexity.",
    "confidence": 95,
    "counter_argument": "The high risk rating (7) might lead some to consider this a complex product. However, MiFID II complexity is determined by structural features rather than market risk. The fund's physical replication, lack of derivatives beyond standard EPM, and straightforward investment strategy override the risk rating as a complexity factor.",
    "additional_notes": "The fund's use of securities lending (with 70% of revenues returned to the fund) is a common practice in ETFs and does not introduce complexity under MiFID II. The ESG screening and semi-annual rebalancing are also standard features that do not contribute to complexity."
}