What Makes Raydium io Different from Other DEXs Raydium io stands apart from Ethereum-based decentralized exchanges by combining two powerful engines: an automated market maker (AMM) and integration with Serum's central limit order book. While platforms like Uniswap rely solely on liquidity pools to facilitate swaps, Raydium io taps into Serum's order book to share liquidity across the entire Solana ecosystem. The result? Faster execution, tighter spreads, and access to a deeper pool

What Makes Solana Exchanges Different Solana exchanges are trading platforms — both decentralized and centralized — that enable users to swap SPL tokens, provide liquidity, and execute trades directly on the Solana blockchain. What sets them apart is a combination of technical architecture and user experience: transactions settle in under a second, costs rarely exceed $0.01, and the network processes more than 65,000 transactions per second. For traders and liquidity providers acc

Yesterday we hosted an X Space with Vera Yurkova – Community Lead at EarnPark and Kristina Kozhukhova – Head of Business Development. The goal was simple – to be fully transparent about where EarnPark stands with the PARK Token Sale, what we learned from Tier 3, why we decided to move the TGE to the first quarter of 2026, and how we’re thinking about PARK utilities and its long-term role in the ecosystem. This recap walks through the main points we covered during the session. Tier 3 Recap: S

What Is Fixed Yield in DeFi? Fixed yield is becoming one of the key building blocks in DeFi — and Pendle sits right at the center of this shift. As the protocol that turns yield into a tradable market, Pendle reshapes how predictable returns are created, priced, and accessed onchain. At EarnPark, Pendle is one of the core protocols we use to deliver stable, transparent, and repeatable returns. That’s why we put together a short and simple interview with the Pendle team — to explain how the PT/Y

EarnPark is a centralized platform in terms of user experience, but the engine that generates most of the yield is fully decentralized.  Today, more than half of all invested capital on the platform works inside DeFi protocols. This is the actual architecture behind how EarnPark operates and not a marketing slogan. We use a selection of established, liquid, and time-tested protocols, including Hydration, Hyperliquid, Uniswap, Curve, Pendle, GMX, AAVE,  Euler Finance, Morpho, along with several

How perpetual futures meet DeFi innovation to unlock smarter, transparent trading. What Is Drift Protocol and Why It Matters Most crypto traders traditionally face a harsh trade-off: either park funds on a centralized exchange and surrender custody, or use a DEX with thin liquidity, heavy slippage, and clunky execution. Drift Protocol removes that compromise by offering fully on-chain perpetual futures with: * Liquidity depth and execution quality comparable to professional platforms * No

How liquid staking unlocks passive income without locking your capital away Prefer a transparent, automated layer on top? Explore EarnPark (fully SEC - compliant), model outcomes with the Calculator, and, if you need stablecoins first, use the USDT purchase page. What Is Marinade and Why Liquid Staking Matters Traditional SOL staking locks your capital and imposes an unstaking delay. Marinade Finance solves this with liquid staking: delegate SOL to a diversified va

How Base's leading liquidity hub is reshaping automated earning strategies What Makes Aerodrome Finance Stand Out Aerodrome Finance has quickly become the leading liquidity hub on Base, Coinbase’s layer-2 network, by solving a long-standing DEX problem: attracting deep, persistent liquidity without unsustainable emissions. Built on battle-tested AMM design (e.g., Velodrome/Solidly lineages), Aerodrome emphasizes capital efficiency and durable incentives rather than short-ter

Understanding one-to-one mappings that power transparency in DeFi and tokenized assets What Is an Injective Function and Why It Matters At its core, an injective function is a mathematical relationship where every input maps to exactly one unique output—and critically, no two different inputs ever produce the same output. In mathematics, this is often called a one-to-one function, and the concept is simpler than it sounds. Think of national ID numbers: each citizen receives a distinct I