Avalanche is now live on Decentology’s DappStarter platform
Avalanche is now live on Decentology’s DappStarter platform, empowering developers to create full-stack Avalanche dapps in less than 15 minutes. DappStarter’s modular smart contract functionality gives developers everything they need to build a dapp on Avalanche, with features like IPFS integration, NFTs, fungible tokens, and more, in just a few clicks.
Learning decentralized programming and navigating new tools has made dapp development challenging for many newcomers. DappStarter simplifies the dapp development process by giving developers everything they need to start developing including smart contracts, a front-end UI, unit tests, and a server-side API.
The addition of Decentology’s tools can further accelerate the growth of DeFi assets and applications on Avalanche, the fastest smart contracts platform in the blockchain industry, as measured by time-to-finality, with the most validators securing its activity of any proof-of-stake protocol.
Workshop: Build on Avalanche in 15 minutes
To help developers kickstart building on Avalanche, we’ll be hosting a workshop on July, 26th at 6PM EST. The workshop will provide a hands-on walkthrough demonstrating how to build an Avalanche dapp using DappStarter. Grab your spot here!
How to Build an Avalanche Dapp
Step 1 — Go to dappstarter.decentology.com and navigate to Blockchains to select Avalanche.
Step 2 — Select the features you want to include in your dapp under Smart Contract Features.
Step 3 — Scroll down to Dapp Name and give your project a name, then click Login. You will be redirected to a new page to be authenticated.
Step 4 — Click Create Dapp.
Step 5 — Navigate to your GitHub repository link and clone your new dapp!
Step 6 — Change to the Dapp project folder in a Terminal or Command window, then type yarn to install dependencies for the Lerna monorepo.
Step 7 — Once dependencies are installed, type yarn start to begin the DappStarter orchestration which compiles and migrates blockchain code, uses webpack to build and launch the web client, and finally run the NestJS server API.
That’s it! You can now explore the project code and modify any aspect of the code to suit your requirements.
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