• Extended UTxO (eUTxO) Model

    The Extended UTxO (eUTxO) Model on Cardano is an advanced version of the Unspent Transaction Output (UTxO) model, which was initially used by Bitcoin. The eUTxO model enhances the original UTxO structure by supporting smart contracts and enabling more complex transactions on the blockchain. It was implemented with the Alonzo upgrade in September 2021, when…

  • SundaeSwap

    SundaeSwap

    SundaeSwap is a decentralized exchange (DEX) built on the Cardano blockchain. It allows users to trade Cardano native tokens in a decentralized manner, using an automated market maker (AMM) model, similar to Uniswap on Ethereum. Project Status https://sundae.fi Key features and aspects of SundaeSwap SundaeSwap is one of the most notable DEX projects on Cardano,…

  • The Advantages of Staking on Cardano Over Other Blockchains

    The Advantages of Staking on Cardano Over Other Blockchains

    Staking has become an increasingly popular way to earn rewards and support blockchain networks. Among the various platforms available, Cardano distinguishes itself with its innovative features and user-friendly approach. In this post, we’ll explore why Cardano’s staking system stands out and why it might be the ideal choice for you. A Sustainable and Energy-Efficient Protocol…

  • Non-custodial liquid staking

    Non-custodial liquid staking in Cardano is a concept that allows you to stake your ADA tokens to earn rewards without having to lock them up for a specific period. Here’s a breakdown of how it works: In essence, non-custodial liquid staking provides flexibility and liquidity by letting you participate in staking while keeping your tokens…

  • What’s the difference between eras, intra-eras, forks, and development phases in Cardano?

    In Cardano, eras, intra-eras, forks, and development phases refer to different stages or changes in the network’s evolution. Each term highlights a specific aspect of how the blockchain is upgraded or organized. Here’s the difference between these concepts: 1. Eras 2. Intra-Eras 3. Forks 4. Development Phases How They Interrelate: Conclusion In essence, eras are…

  • List of Cardano Hard Forks

    List of Cardano Hard Forks

    Cardano has undergone several hard forks since its launch, each one marking a significant upgrade to its blockchain. These hard forks have introduced new features, improvements, and functionalities to enhance Cardano’s performance, scalability, and programmability. Hard forks in Cardano do not signify division and differences within the ecosystem. On the contrary, they define a specific…

  • Non-custodial Transactions

    Non-custodial transactions on Cardano refer to transactions where users maintain full control of their funds throughout the entire process. This means that at no point during the transaction does a third party (like an exchange or intermediary) take custody or control over the user’s assets. Instead, the users themselves initiate and manage transactions directly from…

  • Why the Crypto World Is Excited About Cardano’s Hydra

    Why the Crypto World Is Excited About Cardano’s Hydra

    The blockchain space has seen exponential growth in recent years, but along with that growth comes one of the biggest challenges: scalability. As more users join and transactions increase, many blockchains struggle to maintain speed, efficiency, and low fees. This is where Cardano’s Hydra comes in—a layer 2 solution designed to scale the network without…

  • What is Cardano’s Current Channel Capacity?

    Cardano’s channel capacity—or more specifically, its transaction processing capacity—varies depending on factors like block size, network performance, and ongoing optimizations. Currently, Cardano is designed to handle around 250 transactions per second (TPS) on its base layer. This TPS is not fixed, however, as the network is continuously evolving to improve scalability and capacity. Cardano’s scaling…

  • Channel Capacity (Blockchain)

    In the context of the Cardano blockchain, channel capacity typically refers to the maximum amount of information or transactions that can be transmitted across the network within a given time frame. This concept is crucial for understanding how much data the network can handle, particularly when it comes to processing transactions or smart contract executions…