Our take
Benqi
Benqi stands as an established decentralized finance protocol built specifically for the Avalanche ecosystem, coupling an on-chain liquid staking module with algorithmic money markets. By staking AVAX to receive sAVAX, token holders participate in network consensus validation while retaining liquid tokens that can be deployed into decentralized lending pools or broader decentralized finance strategies. The architecture eliminates centralized intermediaries, relying instead on autonomous smart contracts and external price oracles.
This design delivers notable utility for self-custody participants comfortable managing Web3 wallets and network transaction fees. However, this flexibility requires managing protocol-level risks, including smart contract exposures, variable borrowing rates, and automatic liquidation mechanisms when collateral ratios drop. Benqi serves as a functional DeFi primitive for Avalanche users, provided participants accept the inherent operational and market risks of non-custodial smart contracts.
Bybit Card
The Bybit Card functions as a practical bridge between custodial exchange balances and global Mastercard retail payment rails. Issued primarily as a debit card linked to the Bybit funding account, the card simplifies off-ramping digital assets by automating fiat conversions at checkout. The product accommodates major cryptocurrencies alongside stablecoins and regional fiat, allowing cardholders to spend balances directly without manual pre-conversion orders.
While the card offers streamlined digital wallet integration and attractive VIP reward point ladders, cardholders encounter specific operational expenses. Transactions involving crypto conversion incur a direct zero point nine percent liquidation fee in addition to underlying spot market rates, plus foreign exchange markups on non-local spend. For active traders maintaining working capital within the Bybit ecosystem, the card delivers reliable payment convenience, provided users account for regional eligibility restrictions and network conversion layers.