{
    "type": "ETP",
    "ucits": false,
    "replication_method": "physical",
    "leverage": true,
    "derivatives": false,
    "swaps": false,
    "inverse": true,
    "complex_factors": [
        "Inverse exposure",
        "Leverage factor -1x",
        "Daily rebalancing and compounding effects",
        "Short selling of underlying stock",
        "High risk rating (6/7)",
        "Sophisticated investor target",
        "Potential for significant tracking error over periods >1 day"
    ],
    "classification": "complex",
    "supporting_data": "The product is a Collateralised Exchange Traded Security (ETP) that seeks to provide -1 times the daily return of Netflix, Inc. stock through physical short positions in the underlying stock and cash balances held in a margin account. The replication method is physical, with no use of synthetic replication or swaps. However, the product is inherently leveraged with an inverse leverage factor of -1x, meaning it provides inverse exposure to the underlying asset. The product involves daily rebalancing and compounding effects that cause returns over periods longer than one day to deviate significantly from the simple inverse of the underlying asset's return. The risk indicator is high (6 out of 7), reflecting the amplified risk and complexity of the product. The product is intended for sophisticated investors who understand leverage, daily rebalancing, and compounding risks, and who can monitor their positions frequently. There is no capital protection, and investors may lose all their investment. The product is not UCITS compliant. No derivatives or swaps are used as part of the investment strategy, but the short selling and leverage features, combined with the inverse daily exposure and compounding effects, create complexity under MiFID II. The PRIIPs KID and factsheet confirm the physical replication and absence of derivative instruments for investment purposes, but the leverage and inverse exposure alone classify the product as complex. The product also carries warnings about the difficulty of understanding the compounding effect and the need for sophisticated knowledge, further supporting the complex classification."
}