Besides code editor, terminal, browser, and git, dApp developers use many ecosystem tools that perform a single task but can be useful in their daily work. I offer you my own selection - I hope that some of them will be useful, and some of them will make you say, “Why was it possible to do it this way?” Top 1: dRPC https://youtu.be/X0-H2UWFNN4?si=fWgvty1t9Dxr4IP4&embedable=true dRPC is a new tool designed to simplify the way dApps interact with blockchains. Traditional RPC services are complex and resource-intensive to manage. Instead, dRPC offers a streamlined, user-friendly interface that abstracts away much of the complexity. Technical Features of dRPC dRPC uses a network of decentralized nodes to handle API requests. No single point of failure can disrupt the service with dRPC. This is crucial for dApps that require consistent uptime and reliability. dRPC also ensures that data privacy and integrity are maintained. It avoids the vulnerabilities associated with centralized RPC providers. Potential Impact of dRPC dRPC reduces the barriers to blockchain interaction. It makes it easier for developers to build sophisticated dApps without needing to manage complex infrastructure. This accelerates development timelines and reduces costs. Practical Example for dRPC Suppose you are a decentralized lending platform. You can use dRPC to quickly implement features like balance checks, fund transfers, and contract interactions. All in all, this results in speeding up development and improving UX. Top 2: Tenderly https://youtu.be/atQtnl6fMGQ?si=ba454Ra8Oa9rzpzZ&embedable=true Tenderly is a developer-focused tool that offers real-time monitoring, debugging, and alerting for smart contracts. Its extensive suite of features makes it easier for developers to identify and resolve issues in their smart contracts. With Tenderly, you can reduce the time and cost of development. Technical Features of Tenderly Tenderly’s platform integrates seamlessly with Ethereum and other EVM-compatible blockchains. With it, developers can simulate transactions, track gas consumption, and monitor contract performance in real time. It also offers advanced debugging tools. They can pinpoint the exact cause of a failure. Detailed insights into smart contract behavior are another benefit of Tenderly. Potential Impact of Tenderly A comprehensive toolset for monitoring and debugging can be called “Magic Wand.” Developers can build more reliable and secure smart contracts. The risk of bugs and vulnerabilities decreases with Tenderly. Practical Example for Tenderly A team developing a new DeFi protocol could use Tenderly to simulate complex financial transactions before deploying them on the mainnet. This way, you can prove all edge cases are handled correctly. You will be confident that the contract operates as intended under different scenarios. Top 3: Hardhat https://youtu.be/a0osIaAOFSE?si=kS6NfFLHIW_KpjLD&embedable=true Hardhat is an Ethereum development environment. It provides developers with the tools they need to compile, deploy, test, and debug their dApps. Its flexibility and the rich ecosystem of plugins stand it out of the competition. With Hardhat, developers can modify their development environment to their specific needs. Technical Features of Hardhat Hardhat is designed to work seamlessly with Ethereum's tooling ecosystem. It offers: Automatic error reporting Stack traces Built-in local Ethereum network that mimics the behavior of the mainnet Developers can also extend Hardhat’s functionality using its extensive plugin system. 3 most impactful integrations: Tenderly Ethers.js The Graph In my opinion, Hardhat can become a game-changer for many Web3 projects. Potential Impact of Hardhat Hardhat simplifies the development process for Ethereum dApps. A robust and flexible environment reduces the time and effort required to build, test, and deploy smart contracts. This accelerates the development cycle. Developers can bring their products to market faster. Practical Example for Hardhat A development team working on a new NFT marketplace can use Hardhat to streamline the deployment and testing of their smart contracts. With Hardhat, it is easy to ensure your smart contracts are optimized for performance and security before going live. Top 4: Alchemy Notify https://youtu.be/5EpTaqefQ6o?si=T53b27xYZuYcfNO6&embedable=true Alchemy Notify enhances the user experience of dApps by providing real-time notifications for on-chain events. These can be: Successful transaction Completed token swap NFT transfer Myriad of other actions Alchemy Notify ensures users are kept in the loop with timely updates. Technical Features of Alchemy Notify Alchemy Notify integrates with Ethereum and other major blockchains to monitor on-chain events and trigger notifications. It supports a wide range of notification types, including: Email SMS Push notifications You are free to choose the best medium for engaging your users. Potential Impact of Alchemy Notify Alchemy Notify significantly improves user engagement and retention. Why? It provides users with real-time updates. You know transaction times and network conditions vary and can greatly influence dApps users’ plans. Informed users are the first step to maintaining trust and satisfaction. Practical Example for Alchemy Notify Suppose you develop a decentralized exchange (DEX). You can integrate Alchemy Notify to alert users immediately when: Their trades are executed Their orders are filled Their collateral in a lending protocol is at risk of liquidation These are just some reasons to integrate Alchemy Notify. Top 5: Chainlink VRF https://youtu.be/AcDRNEKY1L0?si=N0cak5jdYUecf-gy&embedable=true Chainlink VRF (Verifiable Random Function) is a game-changer for dApps that require secure, tamper-proof randomness. Traditional methods of generating randomness can be manipulated. There are many fairness issues—especially in use cases like gaming, NFT minting, and lotteries. Chainlink VRF mitigates these risks. It generates random values that are both unpredictable and verifiable on-chain. Technical Features of Chainlink VRF Chainlink VRF combines the unknown block data until the block is mined with the oracle node's pre-committed private key to generate a random number and cryptographic proof. This proof is published on-chain. Anyone can verify that the process was tamper-proof. Potential Impact of Chainlink VRF It enhances user trust. This is especially important for decentralized applications where randomness is critical. Often, this is the deciding factor for users who choose between platforms. This is why gaming or high-stakes NFT auction projects must pay attention to Chainlink VRF. Practical Example of Chainlink VRF Consider an NFT platform that uses Chainlink VRF to determine the rarity attributes of NFTs during minting. Users can trust that the rarity distribution is truly random and fair. NFT platform's reputation and user engagement will grow. Top 6: The Graph https://youtu.be/EJ2em_QkQWU?si=8EyJXxgLzSaYfdmb&embedable=true The Graph has quickly become an essential tool for dApp developers who need to query blockchain data efficiently. It operates as a decentralized indexing protocol. Anyone can build and publish open APIs, called subgraphs, making accessing data across various blockchains easy. Technical Features of The Graph The Graph indexes blockchain data by processing and storing event data from smart contracts. It makes it queryable through a GraphQL API. Nodes perform this indexing in a decentralized network. Reliability and avoiding single points of failure are proven. Potential Impact of The Graph The Graph is particularly powerful for data-intensive dApps, such as DeFi platforms, where real-time access to data is crucial. Providing a decentralized and scalable way to query blockchain data reduces the complexity and cost of data retrieval. With The Graph, developers can focus on building feature-rich applications. Practical Example for The Graph A decentralized finance dashboard can use The Graph to pull in real-time data on: Asset prices Liquidity pools User balances across multiple protocols This way, users will have a comprehensive view of their holdings in one place. Top 7: Aleo https://youtu.be/DFWTB52KRLw?si=VrN0_m_-ht8LG1rA&embedable=true Aleo is pioneering the development of privacy-preserving smart contracts using zero-knowledge proofs. While blockchains are inherently transparent, Aleo offers a platform where transactions and data can remain private. It makes it possible to create a new class of decentralized applications that require full confidentiality. Technical Features of Aleo Aleo uses a technology called zk-SNARKs (Zero-Knowledge Succinct Non-Interactive Arguments of Knowledge) to enable private transactions and computations. Developers can write applications where only authorized parties can view transaction details while the blockchain still verifies the validity of those transactions. Potential Impact of Aleo Aleo’s privacy features are critical for applications that handle sensitive data. Rime examples are: Financial services Identity management Health records It provides a way to employ blockchain’s benefits without compromising user privacy. I talk about security, immutability, and decentralization. Practical Example for Aleo A decentralized identity management system can use Aleo to handle sensitive user data. Personal information will remain confidential while still allowing users to verify their identities on-chain. Besides code editor, terminal, browser, and git, dApp developers use many ecosystem tools that perform a single task but can be useful in their daily work. I offer you my own selection - I hope that some of them will be useful, and some of them will make you say, “Why was it possible to do it this way?” Top 1: dRPC https://youtu.be/X0-H2UWFNN4?si=fWgvty1t9Dxr4IP4&embedable=true https://youtu.be/X0-H2UWFNN4?si=fWgvty1t9Dxr4IP4&embedable=true dRPC is a new tool designed to simplify the way dApps interact with blockchains. Traditional RPC services are complex and resource-intensive to manage. Instead, dRPC offers a streamlined, user-friendly interface that abstracts away much of the complexity. Technical Features of dRPC dRPC uses a network of decentralized nodes to handle API requests. No single point of failure can disrupt the service with dRPC. This is crucial for dApps that require consistent uptime and reliability. dRPC also ensures that data privacy and integrity are maintained. It avoids the vulnerabilities associated with centralized RPC providers. Potential Impact of dRPC dRPC reduces the barriers to blockchain interaction. It makes it easier for developers to build sophisticated dApps without needing to manage complex infrastructure. This accelerates development timelines and reduces costs. Practical Example for dRPC Suppose you are a decentralized lending platform. You can use dRPC to quickly implement features like balance checks, fund transfers, and contract interactions. All in all, this results in speeding up development and improving UX. Top 2: Tenderly https://youtu.be/atQtnl6fMGQ?si=ba454Ra8Oa9rzpzZ&embedable=true https://youtu.be/atQtnl6fMGQ?si=ba454Ra8Oa9rzpzZ&embedable=true Tenderly is a developer-focused tool that offers real-time monitoring, debugging, and alerting for smart contracts. Its extensive suite of features makes it easier for developers to identify and resolve issues in their smart contracts. With Tenderly, you can reduce the time and cost of development. Technical Features of Tenderly Tenderly’s platform integrates seamlessly with Ethereum and other EVM-compatible blockchains. With it, developers can simulate transactions, track gas consumption, and monitor contract performance in real time. It also offers advanced debugging tools. They can pinpoint the exact cause of a failure. Detailed insights into smart contract behavior are another benefit of Tenderly. Potential Impact of Tenderly A comprehensive toolset for monitoring and debugging can be called “Magic Wand.” Developers can build more reliable and secure smart contracts. The risk of bugs and vulnerabilities decreases with Tenderly. Practical Example for Tenderly A team developing a new DeFi protocol could use Tenderly to simulate complex financial transactions before deploying them on the mainnet. This way, you can prove all edge cases are handled correctly. You will be confident that the contract operates as intended under different scenarios. Top 3: Hardhat https://youtu.be/a0osIaAOFSE?si=kS6NfFLHIW_KpjLD&embedable=true https://youtu.be/a0osIaAOFSE?si=kS6NfFLHIW_KpjLD&embedable=true Hardhat is an Ethereum development environment. It provides developers with the tools they need to compile, deploy, test, and debug their dApps. Its flexibility and the rich ecosystem of plugins stand it out of the competition. With Hardhat, developers can modify their development environment to their specific needs. Technical Features of Hardhat Hardhat is designed to work seamlessly with Ethereum's tooling ecosystem. It offers: Automatic error reporting Stack traces Built-in local Ethereum network that mimics the behavior of the mainnet Automatic error reporting Stack traces Built-in local Ethereum network that mimics the behavior of the mainnet Developers can also extend Hardhat’s functionality using its extensive plugin system . 3 most impactful integrations: extensive plugin system Tenderly Ethers.js The Graph Tenderly Ethers.js The Graph In my opinion, Hardhat can become a game-changer for many Web3 projects. Potential Impact of Hardhat Hardhat simplifies the development process for Ethereum dApps. A robust and flexible environment reduces the time and effort required to build, test, and deploy smart contracts. This accelerates the development cycle. Developers can bring their products to market faster. Practical Example for Hardhat A development team working on a new NFT marketplace can use Hardhat to streamline the deployment and testing of their smart contracts. With Hardhat, it is easy to ensure your smart contracts are optimized for performance and security before going live. Top 4: Alchemy Notify https://youtu.be/5EpTaqefQ6o?si=T53b27xYZuYcfNO6&embedable=true https://youtu.be/5EpTaqefQ6o?si=T53b27xYZuYcfNO6&embedable=true Alchemy Notify enhances the user experience of dApps by providing real-time notifications for on-chain events. These can be: Successful transaction Completed token swap NFT transfer Myriad of other actions Successful transaction Completed token swap NFT transfer Myriad of other actions Alchemy Notify ensures users are kept in the loop with timely updates. Technical Features of Alchemy Notify Alchemy Notify integrates with Ethereum and other major blockchains to monitor on-chain events and trigger notifications. It supports a wide range of notification types, including: Email SMS Push notifications Email SMS Push notifications You are free to choose the best medium for engaging your users. Potential Impact of Alchemy Notify Alchemy Notify significantly improves user engagement and retention. Why? It provides users with real-time updates. You know transaction times and network conditions vary and can greatly influence dApps users’ plans. Informed users are the first step to maintaining trust and satisfaction. Practical Example for Alchemy Notify Suppose you develop a decentralized exchange (DEX). You can integrate Alchemy Notify to alert users immediately when: Their trades are executed Their orders are filled Their collateral in a lending protocol is at risk of liquidation Their trades are executed Their orders are filled Their collateral in a lending protocol is at risk of liquidation These are just some reasons to integrate Alchemy Notify. Top 5: Chainlink VRF https://youtu.be/AcDRNEKY1L0?si=N0cak5jdYUecf-gy&embedable=true https://youtu.be/AcDRNEKY1L0?si=N0cak5jdYUecf-gy&embedable=true Chainlink VRF (Verifiable Random Function) is a game-changer for dApps that require secure, tamper-proof randomness. Traditional methods of generating randomness can be manipulated. There are many fairness issues—especially in use cases like gaming, NFT minting, and lotteries. Chainlink VRF mitigates these risks. It generates random values that are both unpredictable and verifiable on-chain. Technical Features of Chainlink VRF Chainlink VRF combines the unknown block data until the block is mined with the oracle node's pre-committed private key to generate a random number and cryptographic proof. This proof is published on-chain. Anyone can verify that the process was tamper-proof. Potential Impact of Chainlink VRF It enhances user trust. This is especially important for decentralized applications where randomness is critical. Often, this is the deciding factor for users who choose between platforms. This is why gaming or high-stakes NFT auction projects must pay attention to Chainlink VRF. Practical Example of Chainlink VRF Consider an NFT platform that uses Chainlink VRF to determine the rarity attributes of NFTs during minting. Users can trust that the rarity distribution is truly random and fair. NFT platform's reputation and user engagement will grow. Top 6: The Graph https://youtu.be/EJ2em_QkQWU?si=8EyJXxgLzSaYfdmb&embedable=true https://youtu.be/EJ2em_QkQWU?si=8EyJXxgLzSaYfdmb&embedable=true The Graph has quickly become an essential tool for dApp developers who need to query blockchain data efficiently. It operates as a decentralized indexing protocol. Anyone can build and publish open APIs, called subgraphs, making accessing data across various blockchains easy. Technical Features of The Graph The Graph indexes blockchain data by processing and storing event data from smart contracts. It makes it queryable through a GraphQL API. Nodes perform this indexing in a decentralized network. Reliability and avoiding single points of failure are proven. Potential Impact of The Graph The Graph is particularly powerful for data-intensive dApps, such as DeFi platforms, where real-time access to data is crucial. Providing a decentralized and scalable way to query blockchain data reduces the complexity and cost of data retrieval. With The Graph, developers can focus on building feature-rich applications. Practical Example for The Graph A decentralized finance dashboard can use The Graph to pull in real-time data on: Asset prices Liquidity pools User balances across multiple protocols Asset prices Liquidity pools User balances across multiple protocols This way, users will have a comprehensive view of their holdings in one place. Top 7: Aleo https://youtu.be/DFWTB52KRLw?si=VrN0_m_-ht8LG1rA&embedable=true https://youtu.be/DFWTB52KRLw?si=VrN0_m_-ht8LG1rA&embedable=true Aleo is pioneering the development of privacy-preserving smart contracts using zero-knowledge proofs. While blockchains are inherently transparent, Aleo offers a platform where transactions and data can remain private. It makes it possible to create a new class of decentralized applications that require full confidentiality. Technical Features of Aleo Aleo uses a technology called zk-SNARKs (Zero-Knowledge Succinct Non-Interactive Arguments of Knowledge) to enable private transactions and computations. Developers can write applications where only authorized parties can view transaction details while the blockchain still verifies the validity of those transactions. Potential Impact of Aleo Aleo’s privacy features are critical for applications that handle sensitive data. Rime examples are: Financial services Identity management Health records Financial services Identity management Health records It provides a way to employ blockchain’s benefits without compromising user privacy. I talk about security, immutability, and decentralization. Practical Example for Aleo A decentralized identity management system can use Aleo to handle sensitive user data. Personal information will remain confidential while still allowing users to verify their identities on-chain.
