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YeagerAI, the team behind the decentralized AI network GenLayer, has secured $7.5 million in seed funding. This investment, led by North Island Ventures, signals growing interest in the potential of AI-enhanced blockchain systems. GenLayer's innovative approach introduces the concept of "intelligent contracts," a leap beyond traditional smart contracts. These new tools aim to connect blockchain-based systems with large language models on the internet to execute functions. Albert Castellana, co-founder of GenLayer, explains the transformative potential: "We're enabling consensus on subjective decisions." This capability could revolutionize how blockchain applications interact with real-world data. The technology's significance lies in its ability to interact with real-time information. Unlike conventional smart contracts that produce consistent outputs for given inputs, GenLayer's intelligent contracts can adapt to external factors such as financial markets, weather changes, or news events. This advancement addresses a long-standing limitation in blockchain technology. As Node Capital partner Amos Meiri points out, "Some of the core limitations the industry faces stem from the need for humans in the loop and lack of access to real-world data." GenLayer's unique architecture incorporates AI not just in contract execution but also in its consensus mechanism. The platform utilizes a custom delegated proof-of-stake algorithm that randomly selects validators connected to different large language models (LLMs). This approach aims to maintain decentralization while leveraging AI capabilities. The funding round attracted a diverse group of investors, including Arrington Capital, ZK Ventures, and WAGMI Ventures, among others. This broad support suggests that GenLayer's vision resonates with those looking to push the boundaries of what's possible in decentralized systems. As the crypto and blockchain space continues to evolve, projects like GenLayer represent a new frontier. By marrying the trustless, decentralized nature of blockchain with the adaptive intelligence of AI, we may be witnessing the birth of a new paradigm in decentralized applications. The coming months will be crucial as YeagerAI works to bring its vision to life. With substantial funding and growing interest from the tech community, all eyes will be on GenLayer to see if it can deliver on the promise of truly intelligent, internet-connected smart contracts. Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR YeagerAI , the team behind the decentralized AI network GenLayer, has secured $7.5 million in seed funding. This investment, led by North Island Ventures, signals growing interest in the potential of AI-enhanced blockchain systems. GenLayer's innovative approach introduces the concept of "intelligent contracts," a leap beyond traditional smart contracts. YeagerAI These new tools aim to connect blockchain-based systems with large language models on the internet to execute functions. Albert Castellana, co-founder of GenLayer, explains the transformative potential: "We're enabling consensus on subjective decisions." This capability could revolutionize how blockchain applications interact with real-world data. The technology's significance lies in its ability to interact with real-time information. Unlike conventional smart contracts that produce consistent outputs for given inputs, GenLayer's intelligent contracts can adapt to external factors such as financial markets, weather changes, or news events. This advancement addresses a long-standing limitation in blockchain technology. As Node Capital partner Amos Meiri points out, "Some of the core limitations the industry faces stem from the need for humans in the loop and lack of access to real-world data." GenLayer's unique architecture incorporates AI not just in contract execution but also in its consensus mechanism. The platform utilizes a custom delegated proof-of-stake algorithm that randomly selects validators connected to different large language models (LLMs). This approach aims to maintain decentralization while leveraging AI capabilities. The funding round attracted a diverse group of investors, including Arrington Capital, ZK Ventures, and WAGMI Ventures, among others. This broad support suggests that GenLayer's vision resonates with those looking to push the boundaries of what's possible in decentralized systems. As the crypto and blockchain space continues to evolve, projects like GenLayer represent a new frontier. By marrying the trustless, decentralized nature of blockchain with the adaptive intelligence of AI, we may be witnessing the birth of a new paradigm in decentralized applications. The coming months will be crucial as YeagerAI works to bring its vision to life. With substantial funding and growing interest from the tech community, all eyes will be on GenLayer to see if it can deliver on the promise of truly intelligent, internet-connected smart contracts. Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program . HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: business blogging program business blogging program

GenLayer Paves the Way for Intelligent Contracts with $7.5M Seed Funding

GenLayer $7.5M বীজ তহবিল দিয়ে বুদ্ধিমান চুক্তির পথ প্রশস্ত করেছে

GenLayer ebnet den Weg für intelligente Verträge mit 7,5 Millionen US-Dollar Startkapital

GenLayer allana el camino para los contratos inteligentes con una financiación inicial de 7,5 millones de dólares

GenLayer ouvre la voie aux contrats intelligents avec un financement initial de 7,5 millions de dollars

जेनलेयर ने 7.5 मिलियन डॉलर की सीड फंडिंग के साथ इंटेलिजेंट कॉन्ट्रैक्ट्स का मार्ग प्रशस्त किया

GenLayer が 750 万ドルのシード資金でインテリジェント コントラクトへの道を切り開く

GenLayer, 750만 달러 시드 펀딩으로 지능형 계약의 길을 열다

GenLayer abre caminho para contratos inteligentes com financiamento inicial de US$ 7,5 milhões

GenLayer прокладывает путь интеллектуальным контрактам с начальным финансированием в размере 7,5 млн долларов США

GenLayer, 7,5 Milyon Dolarlık Tohum Yatırımıyla Akıllı Sözleşmelerin Yolunu Açıyor

GenLayer mở đường cho hợp đồng thông minh với khoản tài trợ hạt giống trị giá 7,5 triệu đô la

GenLayer 获 750 万美元种子资金，为智能合约铺平道路

How to Build an AI Prediction Smart Contract Using GenLayer 

GenLayer ব্যবহার করে কীভাবে একটি AI পূর্বাভাস স্মার্ট চুক্তি তৈরি করবেন 

So erstellen Sie mit GenLayer einen Smart Contract zur KI-Vorhersage

Cómo crear un contrato inteligente de predicción de IA utilizando GenLayer 

Comment créer un contrat intelligent de prédiction d'IA à l'aide de GenLayer 

GenLayer का उपयोग करके AI पूर्वानुमान स्मार्ट अनुबंध कैसे बनाएं

GenLayer を使用して AI 予測スマート コントラクトを構築する方法

GenLayer를 사용하여 AI 예측 스마트 계약을 구축하는 방법 

Como construir um contrato inteligente de previsão de IA usando GenLayer 

Как создать смарт-контракт для прогнозирования ИИ с помощью GenLayer 

GenLayer Kullanarak Yapay Zeka Tahmini Akıllı Sözleşmesi Nasıl Oluşturulur 

Cách xây dựng hợp đồng thông minh dự đoán AI bằng GenLayer 

如何使用 GenLayer 构建 AI 预测智能合约

ZUG, Switzerland, March 20th, 2024/GamingWire/--Playnance, a web3 leader in the peer-to-peer play-to-earn gaming category accounting for up to 10% of total Polygon POS transactions, today announced the launch of PlayBlock, a gaming Layer-3 ecosystem powered by Arbitrum Orbit, on e(RaaS) Platform. Gelato’s Rollup-as-a-Servic PlayBlock, a new Orbit Layer-3, is poised to onboard over ten thousand daily active users to its growing ecosystem of web3 games from decentralized trading, to sports to arcade. The chain will provide game developers with extensive white-labeling opportunities and seamless platform integrations, all while eliminating the previously existing UX drawbacks of blockchains, such as requiring users to pay for gas. The official launch of the PlayBlock on the mainnet is slated for early April. PlayBlock’s future-facing design empowers game developers to freely exercise design choices while staying connected to the platform, greatly simplifying the sign-up process for players by offering a universal profile that allows them to carry their identity, achievements, and digital assets seamlessly across various games in the ecosystem. The new Layer-3 is poised to lead the upcoming wave of web3 mass adoption, with a rapidly expanding portfolio of over one hundred bile-first games in development. "Launching our dedicated chain is a natural evolution of Playnance's vision as one of the leading peer-to-peer web3 gaming platforms," said Roman Levi, CTO at Playnance. "Our ambition is driven by the goal to combine the benefits of Web3 on-chain gaming with the fun and accessibility of traditional games, all without the web3 complexity." The PlayBlock chain, developed using Arbitrum Nitro’s rollup technology, will be run on Gelato’s RaaS platform that natively leverages a suite of industry-leading web3 services like Relayers, VRF, Functions, and Account Abstraction, to meet PlayBlock's unique ecosystem needs. This allows developers to create more user-friendly gameplay directly on the blockchain, thereby enhancing transparency, fairness, and ownership of in-game assets. Leveraging Arbitrum Anytrust technology, the new PlayBlock chain achieves a 250ms block time and near-instant finality, capable of processing thousands of transactions per second. PlayBlock is leveraging Orbit’s native gas token feature by introducing the PBG token set to guarantee a zero-gas user experience. Additionally, PlayBlock Layer3 will feature its own stablecoin, USDP, to eliminate volatility and enhance the gamer experience by ensuring fair rewards payouts are always pegged to a dollar. The PlayBlock Layer-3 chain is designed to abstract away the need for users to pay for gas, enabling persistent, session-based, gasless gameplay supported by sponsored transactions through Gelato’s natively integrated Relayer. The integration eliminates the need for frequent wallet confirmations and transaction approvals, ensuring uninterrupted and immersive gameplay. PlayBlock will feature a dedicated self-custodial native wallet called PlayWall, based on ERC-4337. The PlayWall wallet aims to streamline onboarding processes by offering seamless social login and account creation. "Playnance approached us with a request to design an end-to-end gaming platform supporting thousands of games and millions of users," said Hilmar Orth, Founder of Gelato. "We developed a gaming-first, fully-serviced, auto-scalable rollup infrastructure enabling Playnance to grow and scale at pace, whilst focusing on their core business." Over time, Playnance will move towards a multi-chain vision on Arbitrum Orbit. This transition led by the Gelato RaaS team, will involve scaling to multiple horizontally interconnected PlayBlock Layer-3s chains with a mission to achieve limitless scalability and increased bandwidth to accommodate an economy of hundreds of millions of gamers. The implementation will include a shared sequencer for smooth cross-chain interoperability. About Playnance The Playnance ecosystem bridges the traditional web2 iGaming experience, by putting players first, transitioning them to a transparent, trustless world of Web3 GameFi, utilizing cutting-edge blockchain technology for social login, self-custody solutions, and a one-click crypto bridging mechanism. Today, the Playnance ecosystem handles over 200,000 transactions daily, totaling more than $450 million paid out. Its flagship product, the plug-and-play P2P trading game UPVSDOWN, is the #1 Polygon iGaming app based on transaction volume. For more information visit Playnance’s: Official | | Website Twitter LinkedIn About Gelato is an all-in-one Ethereum Rollup as a Service built without limits. Designed to be super-fast, incredibly secure, and infinitely scalable, Gelato Rollups allow anyone to build and deploy their fully serviced Layer 2 chains natively integrated with industry-standard Web3 tools and services launching a production-ready web3 development environment with one click. Gelato Platform For more information visit Gelato's: | | __ __r Official Website Telegram Twitte About Arbitrum Foundation The Arbitrum Foundation, founded in March 2023, supports and grows the Arbitrum network and community with secure scaling for Ethereum. Introduced in March 2023, Arbitrum Orbit is a permissionless path for launching customizable dedicated L2 and L3 Orbit chains using Arbitrum technology. Arbitrum Orbit enables features such as custom gas tokens, dedicated throughput, customizable permissions, interoperability, and more by leveraging its secure, scalable, and cost-efficient blockchain scaling technology. More than 25 Orbit chains have been officially announced, and an additional 50+ are in active development to date. Contact Head of Marketing Ella Jonas Gelato press@gelato.digital This story was distributed as a release by GamingWire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Future Of Gaming: Playnance Introduces PlayBlock Layer-3 On Arbitrum With Gelato RaaS

Using Gelato, Witnet, API3 And Chainlink Vrf to Schedule Randomness

Learn how to automate Start/Stop Superfluid streams in Super Apps. 🚀 One of the most extraordinary things about web3 is that we are still at an early stage and as we speak, the web3 ecosystem is growing with new protocols, toolings, etc., and regardless of our level of expertise, we can contribute to helping others as we are learning. This blog aims to help devs to use the gelato network with smart contracts and specifically for using Gelato automation with Superfluid Super Apps. among other features allows users to stream money/tokens to users/contracts with only one transaction and minimal capital lockup. The caveat is that you have to remember to stop the stream, if not the stream will continue endlessly. Please visit Superfluid website for further info Superfluid Protocol https://www.superfluid.finance/home allows you to execute tasks at a future point in time (for ex-web2 would be similar to a kind of scheduler). The main use case is for repeated tasks. For Superfluid streams we will only need one execution (start or stop) therefore we will have to deploy the task and at the same time the “cancel Task”. Please visit Gelato website for further info Gelato Network https://www.gelato.network/ This project showcases general-purpose examples of automating smart contracts with gelato as well as the application for superfluid streams presenting a very simple 3+3 Step guide to create programmable cash flows In order to do that we have deployed a showcase dapp at . we will interact with two main verified and deployed on mumbai contracts : https://gelato-superapp.web.app Party App Contract ( ) view on scan Gelato Super App Contract ( ) view on scan The code can be found in this repository https://youtu.be/yjmJZ6LuPig 3+3 Steps Guide to Gelatofy a Smart Contract Here you will find 3 + 3 easiest steps to add the gelato infrastructure and very easily automate your smart contract tasks: Wire Gelato infrastructure Gelato Funding Strategy Gelato Business Logic 3.1) Task Creation 3.2) Checker Condition 3.3) Executable Function Step 1: Wire Gelato infrastructure In order to interact with the gelato network, we will need to interact with the Gelato contracts (addresses can be found ). We will interact with three contracts: here The main contract for creating, canceling, getting transaction Fees, transfer fees, etc. We will inherit the contract , we will pass in the constructor the gelato ops and gelato treasury addresses and !. Ops Contract: OpsReady.sol we are good to go import {OpsReady} from "./gelato/OpsReady.sol";
import {IOps} from "./gelato/IOps.sol";
import {ITaskTreasury} from "./gelato/ITaskTreasury.sol";

contract PartyApp is OpsReady, Ownable {

  constructor(address payable _ops, address payable _treasury)
    OpsReady(_ops, payable(_treasury)){  } : We will require to interact with the gelato treasury contract for fund/withdrawal depending on our funding strategy (see step 2) Gelato Treasury Contract : We will interact with this contract in our tests… more on Bonus Track #2 Gelato Network The OpsReady.sol contract, as well as the interfaces, can be found in within the repository. You can just copy them and it works! gelato-files Step 2: Gelato Funding Strategy Gelato executes transactions at a future point in time, therefore we need to choose a way of funding the transactions that Gelato is going to execute on our behalf.There are two alternatives to do that: as long as you have a positive balance in the treasury contract, the future transactions will be executed. If we choose this alternative we need to interact with the Gelato Treasury Contract funding it. 1) Fund the Gelato Treasury Contract: function fundGelato(uint256 amount) public payable {
    require(msg.value == amount, "NO_FUNDING");
    ITaskTreasury(treasury).depositFunds{value: amount}(address(this),ETH,amount);
  }

  function withdrawGelato() public onlyOwner {
    uint256 maxAmount = ITaskTreasury(treasury).userTokenBalance(address(this),ETH);

    ITaskTreasury(treasury).withdrawFunds(payable(msg.sender), ETH, maxAmount);
  } Our smart contract will transfer in every future transaction the amount requested to pay the fees. In this case, we won’t need to interact with the Gelato Treasury Contract but . 2) Fund every transaction: we must maintain a positive balance in our contract Step 3: Gelato Business Logic There are three main parts/steps that we have to define within the business logic: We will have to define a task to tell Gelato what we want to be executed. 3.1) Create the Task: function createTask() public {
    require(taskIdByUser[msg.sender] == bytes32(0), "TASK_STILL_ACTIVE");

    bytes32 taskId = IOps(ops).createTask(
      address(this), /// Contract executing the task
      this.startParty.selector, /// Executable function's selector
      address(this), /// Resolver contract, in our case will be the same
      abi.encodeWithSelector(this.checkerStartParty.selector) /// Checker Condition
    );

    taskIdByUser[msg.sender] = taskId;
  } In order to execute a future transaction, we will have to provide Gelato with the condition to check whether Gelato can execute or not 3.2) Checker Condition: function checkerStartParty()
    external
    view
    returns (bool canExec, bytes memory execPayload)
  {
    canExec = headachePresent == false;
    execPayload = abi.encodeWithSelector(this.startParty.selector);
  } Function that will be executed when conditions and/or time are met. 3.3) Executable Function: function startParty() external onlyOps {
    require(headachePresent == false, "NOT_READY");
    lastPartyStart = block.timestamp;
    headachePresent = true;
  } https://gist.github.com/donoso-eth/0678b0613db36c6c332063c9f39cddfd Party App demo! Our First Gelato App is going to be very simple. It checks whether our gelato party has started or not. The party will always start if we don’t have a “headache” from the previous party. We can set manually when our “headache” is over and then the Gelato network will be able to execute the start party, setting a new start party timestamp and setting our “headache to true” Our screen is divided into two parts depending on our funding strategy. This contract allows three uses cases: Create a simple task funded with treasury: Details can be seen above Once the task is created we can go to the and we will see our task waiting for execution gelato ops website And after successful execution, the ops dashboard will show us something like this. Create a simple task funded with treasury and cancel after the first execution (we are going to use this pattern later on with our Superfluid streams). https://gist.github.com/donoso-eth/517e2dca691980de506229cbe27eee62 Create a simple task paying each transaction (not treasury funding) https://gist.github.com/donoso-eth/340ca96b53005dd457defab0991a735c Gelato Super App Demo Our Gelato super App will help us make superfluid streams programmable by automating the stop or the start of a stream. We will implement the gelato Infrastructure (Step 1) like in the party app and we choose Treasury funding as a Funding Strategy (Step 2) We will demo stopping a stream after some predefined minutes. Our Business Logic will look like this: https://gist.github.com/donoso-eth/e4fc0145ed75ed84309da1a467175931 Now if you have funded the treasury, have started a stream and the gelato has already been executed stopping the stream you have unlocked your Bonus!! Bonus Track #1: Go to Sleep and the Stream will Start. So far we have achieved to stop a stream automatically, but following the same logic, I may want to start streaming to a new employee exactly at 00:00 AM on the first day of work and I don’t want to stay awake every day because hopefully, we are going to hire a lot of employees! .. then (CFA Access Control List) to the rescue, with a simple call to the CFA constant agreement either from the SDK or directly to the contract on your behalf when a certain time is elapsed and a “Gelato Task” is executed. CFA ACL you may want to allow our Super App to start a stream In this use case, we are concatenating two tasks, when the first one is executed, the stream will be started, the task canceled, and another task to stop the stream will be created. https://gist.github.com/donoso-eth/5491f5f94409f9648fa196c3ed24ca3d Bonus Track#2: Master Hardhat Fork and Sky Rocket your Development Speed One of the pleasant experiences in blockchain development is the ability to one-click creation of….. As our dapps grow in complexity we will require to interact with existing on-chain contracts and we will have to mock/deploy protocols. In some cases that . The best alternative to overcome this issue is to work with a fork, with a very simple configuration within our (thks and for pointing out the right direction). if we want to remain local can be cumbersome and we will spend precious development time hardhat.config.ts Sam Flamini Hilmar X https://gist.github.com/donoso-eth/1dbfc57d3d40679e324048e1d7c01ab4 and then with the we will be able to create a “virtual” copy of the blockchain we are targeting. The blocks we create from now on will be stored locally and for the older ones we will query the “real” blockchain with our RPC provider (above we are using alchemy) npx hardhat node --network "hardhat" In our example, we are working with mumbai, the Superfluid contracts (Host, ConstanFlowAgreeent, Supertoken…), as well as the Gelato contracts (Network, OPS, and Treasury), exist with the state they had at the block number of the fork allowing us to interact with them as we would interact with the “real” blockchain. Now, you have your local “mumbai” with the additional helper methods to truly master the chain: https://gist.github.com/donoso-eth/148d031bbc57e6a3b6708367a52b0069 In our Dapp we are working with Gelato contracts. The “Executors” will take care to automate our tasks, but in our local “virtual” chain there are no executors… who will execute our tasks?. And the answer to that is very simple, . We can do that because we master our local blockchain, and we choose to be the executor. Hardhat provides us with the fantastic method and we will use it to become locally “the executor”. we are going to execute the task ourselves we can be whoever we want to be hardhat_impersonateAcount Here we can see the details of the implementation for executing gelato tasks impersonating the Gelato NetWork contract https://gist.github.com/donoso-eth/88b3e43f5957cf1e6cdbcd326067fee0 We will need to build the params to be able to execute the task, if we look in Ops interface we see that we need the following params /// @notice Execution API called by Gelato
  /// @param _txFee Fee paid to Gelato for execution, deducted on the TaskTreasury
  /// @param _feeToken Token used to pay for the execution. ETH = 0xeeeeee...
  /// @param _taskCreator On which contract should Gelato check when to execute the tx
  /// @param _useTaskTreasuryFunds If msg.sender's balance on TaskTreasury should pay for the tx
  /// @param _revertOnFailure To revert or not if call to execAddress fails
  /// @param _execAddress On which contract should Gelato execute the tx
  /// @param _execData Data used to execute the tx, queried from the Resolver by Gelato
  function exec(
    uint256 _txFee,
    address _feeToken,
    address _taskCreator,
    bool _useTaskTreasuryFunds,
    bool _revertOnFailure,
    bytes32 _resolverHash,
    address _execAddress,
    bytes calldata _execData
  ) external; Using one of our examples in the party app we will have: https://gist.github.com/donoso-eth/bacd13ccb9718d70f618eca6c82587f7 The implementation in our dapp tests can be seen in the . We use this technique in our contract tests. code Conclusion As we have seen, it is relatively simple to wire the gelato network into our smart contracts and unlock the full potential of automation. Specifically for Superfluid streams gelato can allow Super Apps to do stream-scheduling. Hope this article can help other devs to quickly get up and running with gelato and apply it to Superfluid streams. You can connect with me on Twitter @donoso_eth Also published . here

Stream Scheduling With Superfluid & Gelato

Programación de transmisiones con Superfluid y Gelato

Planification de flux avec Superfluid & Gelato

Superfluid & Gelato . के साथ स्ट्रीम शेड्यूलिंग

Superfluid と Gelato を使用したストリーム スケジューリング

Agendamento de fluxo com Superfluid & Gelato

Lên lịch phát trực tiếp với Superfluid & Gelato

使用 Superfluid 和 Gelato 进行流调度

This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options:

The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock 1. What is your smart contract designed to do? My hybrid smart contract is designed to tap into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. 2. Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Because Rootstock, being merge-mined with Bitcoin, inherits its unparalleled security model while maintaining full EVM compatibility. This means I can leverage the entire Ethereum development ecosystem while building on Bitcoin's foundation. Moreover, if also add Chainlink's oracle network to the mix, I suddenly have the ability to create a smart contract that can interact with real-world data and systems. 3. Break down the key components of your smart contract i.e state variables, functions, events, etc Smart Contract RootStockPriceFeed.sol SPDX-License-Identifier: MIT Imports State Variables Constructor Functions Key Points The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract.
The getLatestPrice() function is marked as view, meaning it doesn't modify state but only reads from the oracle.
The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them This is a proof-of-concept(POC) and since I am using the Chainlink battle-tested AggregatorV3Interface.sol contract but with no offical price feed contract address for RootStock on Chainlink https://docs.chain.link/data-feeds/price-feeds/addresses, I tested my RootStockPriceFeed.sol using a depolyment script to do a staging test on the RSK Testnet using my own public address “0xEd752dCE9f6c1Db35FeDABca445617A0d2B0b674” 5. What steps have you taken to keep your smart contract safe? Eventhough there was no need to do an official audit of my POC, I used one of the most popular static analysis tools to do an audit to ensure safety of my hybrid smart contract using: Slither. The output color codes potential issues: Green - Areas that are probably ok, may be informational findings, we may want to have a look
Yellow - Potential issue detected, we should probably take a closer look
Red - Signifant issues detected that should absolutely be addressed. 6. Share, step-by-step, how you deployed your smart contract on Rootstock. Before we dive into the technical details, make sure you have Node.js and nvm version manager for node.js installed on your system since we'll need it to install and use Node version v18.0.0 that is compatible with Rootstock starter kit. You'll also need Hardhat and a basic grasp of smart contracts with Solidity and JavaScript/TypeScript. You'll also need a Metamask wallet configured for the Rootstock network and some test RBTC if you're planning to follow along. Let's start by setting up our development environment. First, we'll clone the Rootstock Hardhat Starter Kit, which provides a solid foundation for our project: Now, let's install all the required dependencies: Let's rename our project directory to better reflect its purpose: We'll need to modify our package.json and package-lock.json to reflect our project's new name and add Chainlink specific dependencies: After installation, add the plugin to your Hardhat config: The magic happens in our configuration setup. We need to tell Hardhat how to work with both Rootstock and Chainlink. I've found that keeping this configuration clean and well-organized saves countless hours down the line. Update your hardhat.config.ts file: Don't forget to create a .env file to store your sensitive information: Next, let's test our RootStock configuration, but first make sure you have sufficient Testnet RBTC funds available on your Metamask wallet. You can get some from a Rootstock Testnet Faucet. Then, let's deploy the contract. We'll use the --tags flag to only deploy the MultiToken 1155 contract. Output: Next, let's test our Chainlink confirguration to get a list of all available getter-method for a specific registry Output: Now, let's build something practical - a smart contract that taps into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. Here's what that looks like: To bring our contract to life, we need a deployment script. Create scripts/deploy.ts: Finally, let's deploy our hybrid smart contract to the Rootstock RSK Testnet by running the deploy script: Output: 7. What did you learn from your deployment experience? What worked well, and what would you change the next time around? The magnificence of combining Rootstock with Chainlink through Hardhat is that it opens up a world of possibilities. You're not just building smart contracts; you're given the opportunity to creating secure, Bitcoin-based applications that can interact with real-world data. The security of Bitcoin's network, the flexibility of EVM compatibility, and reliable external data through Chainlink oracles - it's a powerful combination that's greater than the sum of its parts. This simple contract demonstrates how to create a hybrid smart contract that leverages off-chain data (via Chainlink) to provide on-chain functionality (retrieving asset prices) on RootStock. All worked well, with some warnings after a quick audit using Slither static analysis tool and next time around I will do a few changes: Use of internal variables for interacting with other contracts.
Proper error handling could be added to deal with potential issues when calling latestRoundData().
Consider adding events for important state changes or actions taken by the contract. You can visit my GitHub Repo and check out the POC here: https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit That’s all! If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options:

The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock Building a Decentralized Application on Rootstock 1. What is your smart contract designed to do? What is your smart contract designed to do? My hybrid smart contract is designed to tap into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. 2. Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Because Rootstock, being merge-mined with Bitcoin, inherits its unparalleled security model while maintaining full EVM compatibility. This means I can leverage the entire Ethereum development ecosystem while building on Bitcoin's foundation. Moreover, if also add Chainlink's oracle network to the mix, I suddenly have the ability to create a smart contract that can interact with real-world data and systems. 3. Break down the key components of your smart contract i.e state variables, functions, events, etc Break down the key components of your smart contract i.e state variables, functions, events, etc Smart Contract RootStockPriceFeed.sol SPDX-License-Identifier: MIT Imports State Variables Constructor Functions Key Points The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract. The getLatestPrice() function is marked as view, meaning it doesn't modify state but only reads from the oracle. The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract. The getLatestPrice() function is marked as view , meaning it doesn't modify state but only reads from the oracle. getLatestPrice() view The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them This is a proof-of-concept(POC) and since I am using the Chainlink battle-tested AggregatorV3Interface.sol contract but with no offical price feed contract address for RootStock on Chainlink https://docs.chain.link/data-feeds/price-feeds/addresses , I tested my RootStockPriceFeed.sol using a depolyment script to do a staging test on the RSK Testnet using my own public address “0xEd752dCE9f6c1Db35FeDABca445617A0d2B0b674” https://docs.chain.link/data-feeds/price-feeds/addresses 5. What steps have you taken to keep your smart contract safe? 5. What steps have you taken to keep your smart contract safe? Eventhough there was no need to do an official audit of my POC, I used one of the most popular static analysis tools to do an audit to ensure safety of my hybrid smart contract using: Slither. The output color codes potential issues: Green - Areas that are probably ok, may be informational findings, we may want to have a look Yellow - Potential issue detected, we should probably take a closer look Red - Signifant issues detected that should absolutely be addressed. Green - Areas that are probably ok, may be informational findings, we may want to have a look Green informational Yellow - Potential issue detected, we should probably take a closer look Yellow Red - Signifant issues detected that should absolutely be addressed. Red 6. Share, step-by-step, how you deployed your smart contract on Rootstock. Share, step-by-step, how you deployed your smart contract on Rootstock. Before we dive into the technical details, make sure you have Node.js and nvm version manager for node.js installed on your system since we'll need it to install and use Node version v18.0.0 that is compatible with Rootstock starter kit. You'll also need Hardhat and a basic grasp of smart contracts with Solidity and JavaScript/TypeScript. You'll also need a Metamask wallet configured for the Rootstock network and some test RBTC if you're planning to follow along. Node.js nvm Hardhat Metamask test RBTC Let's start by setting up our development environment. First, we'll clone the Rootstock Hardhat Starter Kit , which provides a solid foundation for our project: Rootstock Hardhat Starter Kit Now, let's install all the required dependencies: Let's rename our project directory to better reflect its purpose: We'll need to modify our package.json and package-lock.json to reflect our project's new name and add Chainlink specific dependencies: Chainlink After installation, add the plugin to your Hardhat config: The magic happens in our configuration setup. We need to tell Hardhat how to work with both Rootstock and Chainlink. I've found that keeping this configuration clean and well-organized saves countless hours down the line. Update your hardhat.config.ts file: hardhat.config.ts Don't forget to create a .env file to store your sensitive information: .env Next, let's test our RootStock configuration, but first make sure you have sufficient Testnet RBTC funds available on your Metamask wallet. You can get some from a Rootstock Testnet Faucet . Rootstock Testnet Faucet Then, let's deploy the contract. We'll use the --tags flag to only deploy the MultiToken 1155 contract. --tags 1155 Output: Next, let's test our Chainlink confirguration to get a list of all available getter-method for a specific registry Output: Now, let's build something practical - a smart contract that taps into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. Here's what that looks like: To bring our contract to life, we need a deployment script. Create scripts/deploy.ts : scripts/deploy.ts Finally, let's deploy our hybrid smart contract to the Rootstock RSK Testnet by running the deploy script: Output: 7. What did you learn from your deployment experience? What worked well, and what would you change the next time around? What did you learn from your deployment experience? What worked well, and what would you change the next time around? The magnificence of combining Rootstock with Chainlink through Hardhat is that it opens up a world of possibilities. You're not just building smart contracts; you're given the opportunity to creating secure, Bitcoin-based applications that can interact with real-world data. The security of Bitcoin's network, the flexibility of EVM compatibility, and reliable external data through Chainlink oracles - it's a powerful combination that's greater than the sum of its parts. This simple contract demonstrates how to create a hybrid smart contract that leverages off-chain data (via Chainlink) to provide on-chain functionality (retrieving asset prices) on RootStock. All worked well, with some warnings after a quick audit using Slither static analysis tool and next time around I will do a few changes: Use of internal variables for interacting with other contracts. Proper error handling could be added to deal with potential issues when calling latestRoundData(). Consider adding events for important state changes or actions taken by the contract. Use of internal variables for interacting with other contracts. Proper error handling could be added to deal with potential issues when calling latestRoundData() . latestRoundData() Consider adding events for important state changes or actions taken by the contract. You can visit my GitHub Repo and check out the POC here: https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit That’s all! If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock Building a Decentralized Application on Rootstock

Deploying Hybrid Smart Contracts on Rootstock

RAMAT GAN, Israel, November 14th, 2024/Chainwire/--Layer-3 Blockchain Brings High-Speed, Stable, Zero-Gas Transactions and a Complete Web3 Ecosystem Bridging Web2 and Web3 Playnance, a leader in Web3 technology, announces the launch of PlayBlock, a cutting-edge Layer-3 blockchain that is transforming the landscape for trading, gaming, and decentralized finance (DeFi). With PlayBlock as the foundation, Playnance aims to drive mass Web3 adoption by offering zero-gas transactions, USD-pegged stability via USDP, and seamless Ethereum Virtual Machine (EVM) compatibility to provide users with a smooth, accessible path from Web2 to Web3. The Playnance Ecosystem: Five Core Components to Drive Mass Web3 Adoption Playnance has developed a cohesive ecosystem centered around five integrated components, each designed to simplify and enhance the Web3 experience: PlayBlock Blockchain: A high-speed, EVM-compatible, gas-free blockchain supporting up to 40,000 transactions per second (TPS). PlayBlock, built with Arbitrum Orbit and Gelato’s Rollups-as-a-Service, ensures fast, scalable transactions suited for both gaming and trading.
Playnance Studio: A Web3 gaming studio offering a collection of blockchain games built on PlayBlock, delivering secure, transparent, and engaging experiences.
Playnance Bridge (CoinsExchange.com): Powered by the Playnance Bridge on CoinsExchange.com, users can effortlessly swap assets with zero in-and-out fees, providing an affordable entry to the Playnance ecosystem.
PlayWall Wallet and dApp Store: A decentralized wallet and application hub for PlayBlock dApps, PlayWall simplifies the storage and management of digital assets and will soon launch as a one-stop destination for Web3 applications.
Playnance Partners: A partner network offering white-label solutions and development support, enabling businesses to integrate with Playnance’s ecosystem and connect with a growing Web3 audience. PlayBlock Benefits for Traders, Gamers, and Developers For Traders Zero-Gas Fees: PlayBlock’s gas-free transactions make Web3 trading affordable and accessible. USD-Pegged Stability: PlayBlock uses USDP, a stablecoin pegged to USD, to provide reliable, secure transactions. High-Speed Transactions: Supporting high-frequency trades, PlayBlock’s infrastructure is optimized for both professional and retail trading. For Gamers Cost-Free Play: Gas-free interactions allow users to engage in GameFi without extra costs, enabling a more inclusive experience. Transparent and Fair: All gameplay and transactions are secured on-chain, ensuring a fair and trustworthy environment. PlayWall dApp Store: The soon-to-launch PlayWall dApp Store will provide easy access to all PlayBlock-based games and applications. For Developers and Partners Developer-Friendly, EVM-Compatible Platform:  PlayBlock supports Solidity and provides comprehensive SDKs and APIs for efficient integration. Partnership and White-Label Solutions: Playnance Partners offers extensive support for businesses looking to expand their reach into Web3 through white-label solutions. Playnance’s Vision: Driving Web3 Adoption from Web2 to Web3 PlayBlock and the Playnance ecosystem were developed to make Web3 accessible, scalable, and user-friendly," said Pini, CEO of Playnance. "With offices in Ramat Gan, Israel, and Dubai, UAE, we’re committed to bridging Web2 users into the decentralized world through an ecosystem that combines zero-gas transactions, stablecoin reliability, and innovative blockchain technology”. About Playnance Playnance, headquartered in Ramat Gan, Israel, with offices in Dubai, UAE, is a comprehensive Web3 ecosystem focused on transforming the user experience in trading, gaming, and DeFi. By integrating zero-gas transactions, USDP stablecoin, and EVM compatibility within the PlayBlock blockchain, Playnance is dedicated to creating a seamless, accessible transition to Web3 for a global user base. For more information on PlayBlock and the Playnance ecosystem, users can visit PlayBlock's official website or join PlayBlock's community. Contact Founder,CEO Pini Peter Playnance Pini@playnance.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here RAMAT GAN, Israel, November 14th, 2024/Chainwire/--Layer-3 Blockchain Brings High-Speed, Stable, Zero-Gas Transactions and a Complete Web3 Ecosystem Bridging Web2 and Web3 Playnance, a leader in Web3 technology, announces the launch of PlayBlock, a cutting-edge Layer-3 blockchain that is transforming the landscape for trading, gaming, and decentralized finance (DeFi). With PlayBlock as the foundation, Playnance aims to drive mass Web3 adoption by offering zero-gas transactions, USD-pegged stability via USDP, and seamless Ethereum Virtual Machine (EVM) compatibility to provide users with a smooth, accessible path from Web2 to Web3. The Playnance Ecosystem: Five Core Components to Drive Mass Web3 Adoption Playnance has developed a cohesive ecosystem centered around five integrated components, each designed to simplify and enhance the Web3 experience: PlayBlock Blockchain: A high-speed, EVM-compatible, gas-free blockchain supporting up to 40,000 transactions per second (TPS). PlayBlock, built with Arbitrum Orbit and Gelato’s Rollups-as-a-Service, ensures fast, scalable transactions suited for both gaming and trading. Playnance Studio: A Web3 gaming studio offering a collection of blockchain games built on PlayBlock, delivering secure, transparent, and engaging experiences. Playnance Bridge (CoinsExchange.com): Powered by the Playnance Bridge on CoinsExchange.com, users can effortlessly swap assets with zero in-and-out fees, providing an affordable entry to the Playnance ecosystem. PlayWall Wallet and dApp Store: A decentralized wallet and application hub for PlayBlock dApps, PlayWall simplifies the storage and management of digital assets and will soon launch as a one-stop destination for Web3 applications. Playnance Partners: A partner network offering white-label solutions and development support, enabling businesses to integrate with Playnance’s ecosystem and connect with a growing Web3 audience. PlayBlock Blockchain: A high-speed, EVM-compatible, gas-free blockchain supporting up to 40,000 transactions per second (TPS). PlayBlock, built with Arbitrum Orbit and Gelato’s Rollups-as-a-Service, ensures fast, scalable transactions suited for both gaming and trading. Playnance Studio: A Web3 gaming studio offering a collection of blockchain games built on PlayBlock, delivering secure, transparent, and engaging experiences. Playnance Bridge ( CoinsExchange.com ): Powered by the Playnance Bridge on CoinsExchange.com , users can effortlessly swap assets with zero in-and-out fees, providing an affordable entry to the Playnance ecosystem. CoinsExchange.com CoinsExchange.com PlayWall Wallet and dApp Store: A decentralized wallet and application hub for PlayBlock dApps, PlayWall simplifies the storage and management of digital assets and will soon launch as a one-stop destination for Web3 applications. Playnance Partners: A partner network offering white-label solutions and development support, enabling businesses to integrate with Playnance’s ecosystem and connect with a growing Web3 audience. PlayBlock Benefits for Traders, Gamers, and Developers For Traders Zero-Gas Fees: PlayBlock’s gas-free transactions make Web3 trading affordable and accessible. USD-Pegged Stability: PlayBlock uses USDP, a stablecoin pegged to USD, to provide reliable, secure transactions. High-Speed Transactions: Supporting high-frequency trades, PlayBlock’s infrastructure is optimized for both professional and retail trading. For Gamers Cost-Free Play: Gas-free interactions allow users to engage in GameFi without extra costs, enabling a more inclusive experience. Transparent and Fair: All gameplay and transactions are secured on-chain, ensuring a fair and trustworthy environment. PlayWall dApp Store: The soon-to-launch PlayWall dApp Store will provide easy access to all PlayBlock-based games and applications. For Developers and Partners Developer-Friendly, EVM-Compatible Platform:  PlayBlock supports Solidity and provides comprehensive SDKs and APIs for efficient integration. Partnership and White-Label Solutions: Playnance Partners offers extensive support for businesses looking to expand their reach into Web3 through white-label solutions. Playnance’s Vision: Driving Web3 Adoption from Web2 to Web3 PlayBlock and the Playnance ecosystem were developed to make Web3 accessible, scalable, and user-friendly," said Pini, CEO of Playnance. PlayBlock and the Playnance ecosystem were developed to make Web3 accessible, scalable, and user-friendly," said Pini, CEO of Playnance. "With offices in Ramat Gan, Israel, and Dubai, UAE, we’re committed to bridging Web2 users into the decentralized world through an ecosystem that combines zero-gas transactions, stablecoin reliability, and innovative blockchain technology”. "With offices in Ramat Gan, Israel, and Dubai, UAE, we’re committed to bridging Web2 users into the decentralized world through an ecosystem that combines zero-gas transactions, stablecoin reliability, and innovative blockchain technology”. About Playnance Playnance, headquartered in Ramat Gan, Israel, with offices in Dubai, UAE, is a comprehensive Web3 ecosystem focused on transforming the user experience in trading, gaming, and DeFi. By integrating zero-gas transactions, USDP stablecoin, and EVM compatibility within the PlayBlock blockchain, Playnance is dedicated to creating a seamless, accessible transition to Web3 for a global user base. For more information on PlayBlock and the Playnance ecosystem, users can visit PlayBlock's official website or join PlayBlock's community. Contact Founder,CEO Pini Peter Playnance Pini@playnance.com Pini@playnance.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

Playnance Launches PlayBlock:The Future Of Zero-Gas Blockchain For Trading, Gaming And Web3 Adoption

أطلقت شركة Playnance خدمة PlayBlock: مستقبل تقنية Blockchain الخالية من الغاز للتداول والألعاب وتبني Web3

Playnance lansira PlayBlock: Budućnost blokčeina bez gasa za trgovanje, igranje i usvajanje Web3

Playnance lanza PlayBlock: el futuro de la blockchain sin gas para el comercio, los juegos y la adopción de la Web3

Playnance が PlayBlock をリリース: トレーディング、ゲーム、Web3 導入のためのゼロガス ブロックチェーンの未来

Playnance ເປີດຕົວ PlayBlock: ອະນາຄົດຂອງ Zero-Gas Blockchain ສໍາລັບການຊື້ຂາຍ, ການຫຼິ້ນເກມແລະການຮັບຮອງເອົາ Web3

Playnance dia namoaka ny PlayBlock: Ny hoavin'ny Zero-Gas Blockchain ho an'ny varotra, lalao ary ny fananganana Web3

Playnance запускает PlayBlock: будущее блокчейна с нулевым потреблением газа для торговли, игр и внедрения Web3

Playnance Yatangije PlayBlock: Ejo hazaza ha Zero-Gazi Guhagarika Ubucuruzi, Gukina na Web3 Kwakira

Playnance wuxuu bilaabay PlayBlock: Mustaqbalka Zero-Gas Blockchain ee Ganacsiga, Ciyaaraha iyo Korsashada Web3

Playnance PlayBlock-ро оғоз мекунад: Ояндаи блокчейни сифр-газ барои савдо, бозӣ ва қабули Web3

“Playnance” “PlayBlock” -y işe girizýär: Söwda, oýun we web3 kabul etmek üçin nol gaz blokçasynyň geljegi

Playnance ra mắt PlayBlock: Tương lai của Blockchain không gas cho giao dịch, trò chơi và áp dụng Web3

The Reddit Paradox: How AI is Driving Users Back to the Internet’s Most Un-AI Misfit 

የ Reddit ፓራዶክስ፡ AI እንዴት ተጠቃሚዎችን ወደ በይነመረብ በጣም የአይ-አይ ሚስጢት ይመለስላቸዋል። 

Reddit Paradoksu: Süni intellekt istifadəçiləri İnternetin ən qeyri-AI uyğunsuzluğuna necə qaytarır 

Парадокс Reddit: як штучны інтэлект вяртае карыстальнікаў да самых непрыдатных у Інтэрнэце людзей 

Το παράδοξο του Reddit: Πώς η τεχνητή νοημοσύνη οδηγεί τους χρήστες πίσω στο Διαδίκτυο που δεν ταιριάζει με την τεχνητή νοημοσύνη 

La paradoja de Reddit: cómo la IA está haciendo que los usuarios vuelvan a Internet sin la IA adecuada

रेडिट विरोधाभास: कैसे AI उपयोगकर्ताओं को इंटरनेट के सबसे अन-AI मिसफिट की ओर वापस ले जा रहा है

Paradoks Reddita: Kako umjetna inteligencija tjera korisnike natrag u najneprilagođeniju umjetnu inteligenciju na internetu 

Reddit のパラドックス: AI がいかにしてユーザーをインターネットの最も AI に適さない場所へと引き戻しているのか

Reddit 역설: AI가 사용자를 인터넷의 가장 AI에 맞지 않는 곳으로 되돌리는 방식

O paradoxo do Reddit: como a IA está levando os usuários de volta à Internet O desajustado mais anti-IA

Kitendawili cha Reddit: Jinsi AI Inawarudisha Watumiaji kwenye Misfit ya Mtandaoni ya Un-AI 

Парадокс Reddit: як штучний інтелект повертає користувачів до найбільш непридатного для ШІ Інтернету 

Creating a Service for Sensitive Data with Spring and Redis

From Code to Intelligence: How Yeager.ai is Building Internet-Native Smart Contracts

Código ukhat Inteligencia ukar: Kunjams Yeager.ai ukax Internet-Native Smart Contracts ukar luraski

Del código a la inteligencia: cómo Yeager.ai crea contratos inteligentes nativos de Internet

Koodista älykkyyteen: Kuinka Yeager.ai rakentaa älykkäitä Internet-alkuperäisiä sopimuksia

Do código á intelixencia: como Yeager.ai está a construír contratos intelixentes nativos de Internet

A kódtól az intelligenciaig: Hogyan építi fel a Yeager.ai az internetes natív intelligens szerződéseket

コードからインテリジェンスへ: Yeager.ai がインターネットネイティブのスマート コントラクトを構築する方法

Od kodu do inteligencji: jak Yeager.ai tworzy inteligentne kontrakty natywne dla Internetu

Códigomanta Inteligenciakama: Imayna Yeager.ai Internet-Native Smart Contratokuna ruwachkan

Od kódu k inteligencii: Ako spoločnosť Yeager.ai vytvára inteligentné zmluvy natívne na internete

Nga kodi në inteligjencë: Si Yeager.ai po ndërton kontrata inteligjente vendase në internet

จากโค้ดสู่ระบบอัจฉริยะ: Yeager.ai สร้างสัญญาอัจฉริยะสำหรับอินเทอร์เน็ตได้อย่างไร

Від коду до інтелекту: як Yeager.ai створює інтелектуальні контракти для Інтернету

Stories, News & Mentions about GEZLA

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