polygon-edge VS Next.js

$ git clone https://github.com/0xPolygon/polygon-edge.git $ cd polygon-edge/ $ go build -o polygon-edge main.go $ sudo mv polygon-edge /usr/local/bin

Look into Polygon Edge

Polygon is crushing it in their own right. The best business development skills in the game. They have a multitude of ZK solutions on the way with only Polygon Edge being live right now. Definitely a big player, more so when their ZK solutions are on the mainnet.

read Mastering Ethereum. If you are looking to make your own sidechain, I'd also look at Polygon Edge. It's much easier to understand what is happening under the hood there.

2-Go to Polygone (https://polygon.technology)

If you bridge BNB — Binance Smart Chain’s native BEP-20 token — to Polygon, a wrapped BNB-equivalent, ERC-20 token will be deposited to your wallet, connected to Polygon. This allows you to take advantage of potentially higher yields on farms and tap on liquidity that would otherwise not be available on the Binance Chain, for example.

Similar to how Layer 1 networks have different approaches to consensus, each layer 2 network will implement a scaling solution, or means to map transactions back to its layer 1. For instance, a commonly discussed layer 2 scaling solution is the implementation of zero-knowledge rollups. The idea is that a side-chain performs transaction ordering and processing and submits mathematical proof that they have processed the transactions fairly. Some examples of layer two scaling solutions are the Lightning Network, Polygon, and Starknet. The majority of scaling layer two solutions depend on cryptographic systems. For resources on the cryptography behind zero knowledge proofs I recommend this resource. The watered down version of what is happening, is that a mathematical proof is created by a verifier that some knowledge is correct.

As for which L2s to use, the two most commonly used ones right now are Polygon and Arbitrum, but there are others (18 right now, 19 if you include Polygon). L2Beat is a good site to use to look at the different L2s available and compare them, and L2Fees is good to use to compare fees between different L2s and the L1 chain.

There's generally three different types of L2s in use right now: - Side chains, which are technically not L2s, but most people consider them to be L2s. The main one is Polygon, but there are others. These are entirely new blockchains with their own consensus and security, that support the EVM (the engine at the heart of Ethereum) and many of the same dapps that are on Ethereum, that are connected to Ethereum (or even other chains) via a bridge. - Optimistic rollups, which are true L2s. The two main ones right now are Arbitrum and Optimism. These are harder to explain, but are basically special contracts on the Ethereum L1 that take a bunch of transactions (both from the Ethereum L1 and from within the rollup itself), will execute them off the L1 chain (allowing them to be executed much, much faster), and will then post transaction data onto the L1 chain, where transactions are secured by the L1 chain. These support the EVM, and are somewhat comparable to side chains in how much they reduce fees, but are much more secure than side chains, since rollups in general piggyback off the L1 chain for their transaction security and decentralisation. - ZK rollups. There's a few, the main ones right now being Loopring and dYdX, with StarkNet being a promising one that I'll talk about at the end. Like optimistic rollups, ZK rollups are the same special contracts that execute transactions off chain and post data on chain, but ZK rollups are more secure and faster/cheaper than optimistic rollups, with one major downfall: the (current) lack of EVM compatibility. ZK rollups at the moment do not support the EVM, and so cannot support any dapps whatsoever, with dapp-esque features having to be built directly into the rollup (Loopring is a decentralised exchange in rollup form, as is dYdX, for example). It's best to think of these as single applications, but work is being done to make an EVM-compatible ZK rollup, in the form of StarkNet. If StarkNet is successful, we should see dapp ecosystems flourish in ZK rollups, like they have in side chains and optimistic rollups.

If you're acquainted with NextJs, the directives will come as no surprise.

Deploying a full-stack Next.js web app can seem complex, but with the right tools, it's straightforward. This tutorial will cover the essentials to get your app up and running quickly:

This is a Next.js project bootstrapped with create-next-app.

New Developers to the Next.js ecosystem require some understanding of HTML, CSS, and React; the React Foundation course by Next.js is a good place to start. If you’re comfortable with React.js, Next feels easy, backed with bulks of popular tools and libraries on GitHub.

This article contrasts two whales: Next.js vs Node.js. Both projects are open-source but have different use cases. Next is React-based, which supports static and server-rendered pages, helping build dynamic and hybrid applications thanks to its automatic static optimization feature. Node is a runtime environment for implementing JavaScript code outside the browser, particularly on the server.

In this tutorial, we will learn how to use Strapi, ChatGPT, and Next.js to build an app that displays recipes using AI.

I initially started with Firebase Admin, but it always end up choosing between Firebase or Next. So, after battling with Firebase SDK initialization (#44966) for quite a long time, I had to ditch it and look for alternatives. Supabase looked good but was too much for my needs. Eventually, I settled with Notion as it gave the information I required as well as a nice UI to manage that informations, that too for free.

In the JavaScript ecosystem, there are guides for enabling SAML-based enterprise single sign-on in AdonisJS, Express.js, Next.js, Remix, and React with an Express.js backend.

import { TextInput, Select } from '@mantine/core'; // Example usage ; ; Enter fullscreen mode Exit fullscreen mode Maps: React Simple Maps provides maps that are valuable for visualizing geospatial data. You can integrate interactive maps into your dashboard to represent data points geographically. import {ComposableMap, Geographies, Geography, Marker} from "react-simple-maps"; // Example usage {...} {... return ( ); })} Enter fullscreen mode Exit fullscreen mode By incorporating these core components, our template accelerates the development of admin dashboards. These components are designed to work seamlessly together, providing a cohesive user experience. You can effortlessly create complex data visualizations, interactive tables, intuitive forms, and interactive maps — essential elements that transform raw data into meaningful insights. Deploying the Template to a Live Environment Deploying our admin dashboard template to a live environment is a straightforward process. We recommend utilizing popular hosting platforms like Vercel, Netlify, or Firebase Hosting. These platforms offer seamless integration with Next.js and allow you to deploy with a few simple steps: Install Required Dependencies: Ensure you have the necessary dependencies specified in the package.json file. Build the Project: Generate a production build of your Next.js application using the command: npm run build. Select Hosting Platform: Choose your preferred hosting platform (e.g., Vercel). Connect Repository: Link your template’s GitHub repository to the hosting platform. Configure Deployment Settings: Configure deployment settings, such as branch selection and build commands. Deploy: Trigger the deployment process. The hosting platform will automatically build and deploy your admin dashboard template. Real-World Use Cases The versatility of our admin dashboard template knows no bounds. It caters to a myriad of real-world use cases, each tailored to specific industries and applications: E-Commerce Management: The template can be employed to manage product listings, order processing, and inventory tracking for online stores. Data Analytics: With its data visualization components, the template can serve as a dashboard for analyzing metrics, trends, and insights. Project Management: The template’s customizable components facilitate the creation of project management tools for tracking tasks, deadlines, and team collaboration. SaaS Applications: As the foundation of a Software as a Service (SaaS) application, the template streamlines user management, subscription tracking, and data presentation. Content Management: It can also function as a content management system dashboard, offering tools to manage articles, media, and user-generated content. Live Demo For a hands-on experience, explore the live demo of our admin dashboard template: Live demo — https://mantine-analytics-dashboard.netlify.app/ Witness the template’s adaptability, responsiveness, and functionality firsthand. Feel free to interact with its components, navigate through its sections, and envisage how it could seamlessly integrate into your projects. Contributing and Support I welcome all developers and enthusiasts to contribute to the growth of our open-source admin dashboard template. Contributing is a collaborative process that empowers us to collectively enhance the template’s capabilities and quality. To get started: Fork the Repository: Fork the template’s GitHub repository to your own GitHub account. Clone the Fork: Clone the forked repository to your local machine using Git. Create a Branch: Create a new branch for your contributions to keep the main codebase intact. Implement Changes: Make your desired changes, add new components, or refine existing features. Commit and Push: Commit your changes to the new branch and push them to your GitHub fork. Submit a Pull Request: Submit a pull request from your forked repository to the main template repository. Your changes will be reviewed and potentially merged. Conclusion In summary, our Mantine and Next.js admin dashboard template offers a range of benefits that empower developers, designers, and entrepreneurs to create exceptional admin interfaces: Efficiency and Speed: The template expedites development by providing a pre-built foundation of components and features, allowing you to focus on customization and innovation. Consistency and Aesthetics: Mantine’s design-first approach and Next.js’s performance optimizations ensure a consistent and visually appealing user experience. Flexibility and Customization: The template’s modularity and theming options facilitate easy customization to align with your project’s unique branding and requirements. Rich Functionality: The integration of core components such as charts, tables, forms, and maps equips you with tools to tackle diverse dashboard functionalities. Invitation to Explore and Utilize The Mantine and Next.js admin dashboard template isn’t just an end; it’s a beginning — a starting point for your creative journey. Whether you’re a seasoned developer seeking a rapid launch or an enthusiast keen on learning modern development practices, this template is your canvas. Additional Resources GitHub repository — https://github.com/design-sparx/mantine-analytics-dashboard Mantine — https://mantine.dev/ Nextjs — https://nextjs.org/ Code documentation — https://mantine-analytics-dashboard-docs.netlify.app/