When working with DID methods, a collection of standards that let you create, read, update, and deactivate Decentralized Identifiers on any network. Also known as Decentralized Identifier methods, they let people and services own their identity without a central gatekeeper.
One of the core building blocks tied to DID methods is Verifiable Credentials, cryptographically signed attestations that a holder can present to prove claims like age, citizenship, or a professional license. The relationship is simple: a Verifiable Credential references a DID as its subject, and the DID’s resolution process confirms the credential’s authenticity. Another closely linked concept is Self‑Sovereign Identity, a model where individuals control every aspect of their digital identity, from creation to revocation. Self‑Sovereign Identity relies on DID methods to provide the persistent, tamper‑proof identifiers that make independent control possible. Finally, the technology that holds these identifiers together is often a blockchain, a distributed ledger that offers immutability, transparency, and decentralized trust. In practice, a blockchain gives DIDs a reliable anchor point, enabling secure lookup and verification across the globe.
Every article you’ll see below touches on a piece of the identity puzzle. From airdrop eligibility checks that verify a wallet’s DID, to exchange reviews that assess how platforms handle KYC using verifiable credentials, the common thread is trust without central authority. Understanding DID methods helps you evaluate whether a project’s security claims are backed by real standards or just marketing fluff. It also lets you spot opportunities where privacy‑preserving identity can lower friction – for example, a DeFi protocol that lets you prove you own a token without revealing your address. By grasping how DIDs, verifiable credentials, and self‑sovereign identity interact on a blockchain, you can make smarter decisions about which platforms to trust and which token offerings truly prioritize user control.
Below is a curated list of posts that dive into these topics from different angles: technical deep‑dives, real‑world use cases, regulatory perspectives, and step‑by‑step guides. Whether you’re a developer building a new DID‑based app, an investor evaluating a project’s identity roadmap, or just curious about how your digital identity could work without a middleman, the collection gives you concrete insights and actionable advice. Let’s explore the content and see how DID methods shape the future of decentralized finance and beyond.
Learn how Decentralized Identifiers (DIDs) work on blockchain, from creation and storage to verification and real‑world use cases, with practical steps and a future outlook.