{
    "type": "ETP",
    "ucits": false,
    "leverage": true,
    "derivatives": true,
    "swaps": true,
    "inverse": false,
    "replication_method": "synthetic",
    "complex_factors": [
        "Leverage",
        "Synthetic replication via swaps",
        "Counterparty risk",
        "Collateralized swap exposure",
        "Daily leverage reset and compounding effect",
        "Opaque payoff structure",
        "High risk rating (7/7)"
    ],
    "classification": "complex",
    "supporting_data": "The product is a 3x leveraged daily ETP on Tesla shares, seeking to replicate 3 times the daily performance of the underlying index via a swap with Natixis as the swap provider. The swap is collateralized but introduces counterparty risk and collateral risk. The daily reset of leverage causes a compounding effect, making the return over periods longer than one day deviate from a simple 3x multiple, which is complex for retail investors to understand. The product is not UCITS compliant but an ETP. It uses synthetic replication through a swap, which is a derivative integral to the strategy. The product carries a highest risk class (7/7), reflecting high volatility and risk of total loss. The structure, leverage, use of derivatives, and synthetic replication make it complex under MiFID II criteria, requiring an appropriateness assessment before sale to retail clients. This aligns with MiFID II Article 254, Delegated Regulation EU 2017/565 Article 57, and ESMA guidelines that classify leveraged synthetic ETFs and ETPs with embedded swaps as complex due to counterparty risk, leverage, and difficulty in understanding payoff profiles. Securities lending is not mentioned, but leverage and swap usage dominate complexity. The product is not a UCITS ETF and thus does not benefit from the automatic non-complex presumption. The presence of embedded derivatives (swaps) and leverage mandates classification as complex. The product's structure and risk profile are not straightforward for retail investors with basic knowledge, confirming complexity."
}