Rashito

Rashito is an NFT collection creator studio that allows users to build and launch generative non-fungible token (NFT) collections without writing code. The platform describes itself with the tagline "Create NFT Collections Without Code," and it presents a single workflow that carries a project from raw artwork through to an on-chain collection, covering layers, traits, rarity, generation, metadata, storage on the InterPlanetary File System (IPFS), smart contract deployment, and minting.^[1] The company states the process runs across "10 guided steps," supports "6 networks," and requires "0 lines of Solidity," referring to the programming language normally used to write Ethereum smart contracts.^[1]

Overview

Rashito is aimed at creators who want to produce a generative NFT drop — a collection in which many unique images are assembled algorithmically from combinations of interchangeable visual layers — without the technical work usually required to deploy blockchain contracts. The company positions the product as "simple enough for a first collection, powerful enough for a professional generative drop," indicating an intended audience that spans both newcomers and experienced NFT creators.^[1]

A central premise of the platform is that creators retain control of what they produce. Rashito states that contracts are "deployed to your wallet with your royalty settings," meaning the resulting smart contract and its royalty configuration belong to the creator rather than to the platform.^[1] The platform also emphasizes work preservation, stating that "every layer, trait and generated NFT autosaves as you build," so progress is retained throughout the creation process.^[1]

How It Works

Rashito documents a five-step process that structures the path from artwork to a minted collection. In the first step, the creator sets up a project and defines the collection's details. The second step involves uploading base artwork and building the visual layers. The third step adds traits, weights, and generation rules. The fourth step generates the collection and allows the creator to review and edit every NFT individually. The fifth and final step pins the assets to IPFS, deploys the smart contract, and mints the tokens.^[1]

The platform states that a creator can either "launch on mainnet or rehearse the whole flow on a testnet first," allowing the entire process to be tested on a test network before committing to a live blockchain deployment.^[1]

Features

Rashito's toolset spans the full generative pipeline, with distinct components for building artwork, controlling rarity, enforcing trait logic, generating tokens, storing files, and deploying contracts.

• Visual layer builder — Creators drag layers into order, toggle them on or off, and see the stacked artwork render live as they work.^[1]
• Weighted rarity engine — The engine supports rarity tiers described as spanning "Common to Mythic," lets creators assign manual weights to control how frequently traits appear, and validates the configuration before generation begins.^[1]
• Trait rules — Creators can define exclusions and required pairs between traits so that, in the platform's words, "impossible combinations never ship."^[1]
• Deduplicated generation — The generator produces "thousands of unique NFTs" while building each token's metadata as the images are created, and removes duplicate combinations so every output is unique.^[1]
• IPFS pinning — Both images and metadata are pinned to IPFS, a decentralized file storage network. The platform returns content identifiers (CIDs) and a ready-to-use base URI, the address that a smart contract uses to reference the collection's metadata.^[1]
• One-click deploy and mint — The deployment step supports both the ERC-721 and ERC-1155 token standards, along with royalties, mint price, and batch minting.^[1]

The platform also produces what it calls "marketplace-ready metadata," described as standard attributes that "OpenSea-style marketplaces read," so that generated collections can be listed and displayed correctly on NFT trading platforms without additional formatting.^[1]

Supported Networks

Rashito supports six blockchain networks for deployment: Ethereum, Base, Polygon, and BNB Chain as live production networks, together with Sepolia and Base Sepolia as test networks.^[1] The inclusion of both mainnets and testnets allows creators to rehearse an entire collection launch on Sepolia or Base Sepolia before deploying to a production chain such as Ethereum or Polygon.^[1]

Community

Rashito maintains a channel on the messaging platform Telegram under the name "Rashito," which serves as a public communication outlet for the project.^[2]