14 days of zkSync Era
We’ve launched a brand new campaign giving you the chance to win an exclusive NFT between 15th May and 29th May. Here’s the details.
Real Yield USD lands on rhino.fi
Today rhino.fi opens another portal in our quest to bring users the best cross-chain opportunities in DeFi. This time we’re adding Sommelier’s real yield USD strategy.
An Update on Rhino’s Mission to Become The World’s Best DeFi Aggregator
New utility aligning our token DVF to the growth of the DeFi ecosystem
What is yield in crypto?
Yield in crypto refers to the passive income you can earn by investing the assets you don’t want to trade, through a bunch of strategies which can involve staking, lending or providing liquidity – a process commonly known as yield farming.
Cross-chain yield on rhino.fi. 15% yield, starting now
We’ve just launched cross-chain yields, and to celebrate we’re boosting returns on USDT. Here’s the rest of the story.
Introducing Rhino referrals
We’ve taken your feedback onboard and relaunched Rhino referrals to make it easier than ever to take part.
What is APY in crypto and how do we calculate it?
APY, or annual percentage yield, allows you to gauge how much your crypto investment will grow over time and, crucially, it factors in the dynamic nature of crypto yield opportunities. Here’s how it works.
Our Arbitrum Cross-Chain Charge: The story behind our $4k stampede
We’ve launched our first-ever cross-chain charge to Arbitrum, offering you the chance to win a share of $4,000 in crypto over the next four weeks. Here’s what it all means.
What does a ‘Multi-chain DeFi aggregator’ actually mean?
A multi-chain DeFi aggregator solves blockchains’ fragmented UX by collecting the most promising active and opportunities across all decentralised protocols and making them available in one place, with total self-custody.
Building a DeFi Aggregator: How Our Multi-Chain Smart Contracts Work
Multi-chain smart contracts are fundamental to our DeFi aggregator model, allowing users to access different chains safely, without compromising speed or self-custody. In this guide, we explain how they work (with a detailed code breakdown available at the bottom)
