A crypto index product built for long-term exposure on BNB Chain.
BlockETF packages a rules-based onchain basket into a single token. The live flagship product, BlockETF TOP Index, combines six core assets, automated rebalancing, and yield-bearing reserve management into one treasury structure.
One token, six assets
TOP wraps a diversified basket into a single index token, so users do not need to build and maintain the basket manually.
Automatic rebalancing
The protocol rebalances when weights drift too far from target allocation, keeping the portfolio aligned with the index design.
Yield-bearing reserves
Supported reserves can be supplied into Venus in the background, adding passive yield on idle capital inside the ETF structure.
Current TOP Allocation
TOP is structured around two core anchors, three secondary growth assets, and a USDT reserve buffer for routing and stability.
From USDT in to USDT out
Users deposit USDT through the Router. The protocol buys the underlying basket and mints TOP shares against the ETF treasury.
Treasury assets remain fully onchain. Supported reserves can be routed through Venus, while the index keeps target weights under rebalance rules.
Users burn TOP shares to exit. The Router unwinds the basket back into USDT, subject to live routing conditions and the selected slippage threshold.
What users usually ask
What does BlockETF TOP Index represent?
Each TOP share represents proportional ownership of the ETF treasury, including the underlying crypto basket and the USDT buffer.
Why is there an 8% USDT allocation?
USDT acts as a reserve buffer. It makes routing and rebalancing more efficient and reduces the need to fully liquidate risk assets for every adjustment.
How does redeem work?
Redeeming burns your TOP shares and routes the underlying portfolio back into USDT through the Router. The final USDT amount depends on live pool prices and your slippage threshold.
Why can a transaction estimate sometimes change?
TOP trades rely on live DEX routing and current ETF treasury state. Quotes, gas estimates, and final outputs can move with pool conditions and onchain state between reads and execution.