{
    "type": "ETF",
    "ucits": true,
    "fund_name": "Invesco STOXX Europe 600 Optimised Telecommunications UCITS ETF",
    "investment_objective": "To achieve the net total return performance of the STOXX Europe 600 Optimised Telecommunications Index, less fees, expenses and transaction costs.",
    "primary_asset_class": "Equity",
    "geographic_focus": "Europe",
    "replication_method": "synthetic",
    "swaps": true,
    "derivatives": false,
    "leverage": false,
    "inverse": false,
    "complex_factors": [
        "Swaps",
        "Synthetic replication",
        "Counterparty risk"
    ],
    "classification": "complex",
    "supporting_data": "The Fund uses unfunded swaps to achieve its investment objective, exchanging the performance of a basket of equities held by the Fund for the performance of the STOXX Europe 600 Optimised Telecommunications Index. The Fund explicitly states the use of synthetic replication and swap agreements with approved counterparties without collateral requirements. The Fund holds securities not contained in the index and relies on swap counterparties to deliver index performance, introducing counterparty risk. The risk profile is medium-high (risk category 6), and the KIID and PRIIPs KID documents highlight significant counterparty risk and synthetic ETF risk. There is no leverage or inverse exposure, and derivatives are used as an inherent part of the strategy, not merely for risk management. The Fund is UCITS compliant but the synthetic replication and swap usage classify it as complex under MiFID II. The PRIIPs KID does not carry a specific comprehension warning but confirms the swap-based structure and counterparty risk. The factsheet confirms zero swap fees but ongoing swap usage and synthetic replication. No capital protection or structured features are present. The risk level aligns with a medium-high risk profile, consistent with complexity due to synthetic replication and counterparty exposure. No leverage or complex underlying assets like contingent bonds are held, but the swap structure alone triggers complexity classification."
}