
Discover the bit badges token standard, featuring multi-chain ownership, on chain and off chain balances, time dependent balances, and flexible collection and badge management for scalable, feature-rich tokens.
Explore the three fold balances interface, adding ownership times to support time dependent balances, and compare on chain, off chain indexed, and on demand balance types with their trade offs.
Learn to create collections with all balance types, including on-chain and off-chain balances, mint approvals, claims, and customizable transferability, using the BitBadges token standard.
Dive into approvals and transferability in part 1 of the BitBadges token standard, detailing on-chain mechanics across collection-level and user-level approvals and six key fields.
Explain how approval criteria and trackers govern transfer amounts and thresholds, including unique tracker IDs, incremental transfers, and pre-determined balances with Merkle trees for bit badges.
Explore on-chain approval criteria and transferability under the BitBadges standard, including batch credits, collection and ownership checks, merkle challenges, zero-knowledge proofs, and extensibility with Cosmos and smart contracts.
Manage collection permissions as the manager, applying a first-match policy to set permanently allowed, neutral, or disallowed states, and gate updates to the collection, adding badges, and approvals.
BitBadges, equipped with features such as address mapping, balance types, and collections, serves as an excellent entry point into multichain and crosschain authentication and application development. This course will familiarize participants with the BitBadges blockchain via the BitBadges token standard. It will cover aspects of BitBadges application development, crosschain interactions, and various architectural and formal considerations within the blockchain ecosystem. The course is designed to benefit a wide range of participants, from intermediate developers to seasoned blockchain engineers.
BitBadges functions as a robust solution for mapping and authenticating addresses across multiple blockchains, including Bitcoin, Ethereum, and Solana. Its adaptability facilitates smooth integration across diverse blockchain platforms without necessitating expensive infrastructure or extensive development expertise, including the capability to engage with Bitcoin through authentication.
As a token standard, BitBadges enables the creation of gateable NFTs, gated permissions, and authentication mechanisms. Additionally, BitBadges can be employed for identity authentication management, advanced decentralized application (DApp) development, blockchain web integrations, and various other formalities. Built on the Cosmos blockchain, BitBadges incorporates address mapping and integrates various tools such as Zapier, Metamask Snaps, and a Chrome extension, making it user-friendly for individuals with no coding background, as well as for those aiming to enhance the BitBadges blockchain through programming.