Best Decentralized Identity Solutions for IBM Cloud

Cloud IAM can be combined with deep context for risk-based authorization to provide secure, frictionless access for your workforce and consumers. Identity and access management cannot be separated as organizations modernize hybrid multicloud environments with a zero trust strategy. Cloud IAM strategies must use deep context to automate risk protection, and authenticate every user to any resource. Your business needs should be considered when designing your journey. As you design and tailor the cloud IAM architecture that will either replace or enhance your existing infrastructure, you can protect your investments and preserve on-premises applications. Your users expect one-click access from any device, to any application. New federated applications can be integrated to one sign-on (SSO), embed modern multifactor authentication (MFA), simplify logistics, and provide developers with consumable APIs.

OnboardID allows you to speed up the process of creating customers and protects against fraudulent account creation. You can choose to have a white-labeled app that guides customers through onboarding, or an SDK that you can use to integrate with your app. Many solutions fail to recognize users who aren’t white males. OnboardID can recognize all skin tones, maximizing your global reach. OnboardID can quickly learn to read other ID documents as well as read over 5000 global ID documents. Users who don't understand the instructions for the app won't be able to complete the id validation process. This will require manual intervention. OnboardID can be used in 10 languages, which is more than any other solution. A solution that can read ID documents in native characters sets is essential for global clients. OnboardID recognizes Cyrillic and Arabic alphabets, which is a major advantage over other solutions.

Hyperledger Iroha was designed to be easy to integrate into IoT or infrastructural projects that require distributed ledger technology. Hyperledger Iroha has a simple, modular, domain-driven C++ architecture, an emphasis on client application development, and a new, crash fault-tolerant consensus algorithm called YAC. Hyperledger Iroha, a simple blockchain platform, allows you to create trusted, secure, fast applications using the power of permission-based Blockchain with Crash fault-tolerant Consensus. It is free and open-source. It works on Linux and Mac OS. There are many mobile and desktop libraries. Hyperledger Iroha, a permissioned general-purpose blockchain system, can be used for managing digital assets, identity, serialized data, and other related matters. This is useful for applications such interbank settlement, central banks digital currencies, payment system, national IDs, logistics, and many other things.

Hyperledger Indy offers tools, libraries, reusable components, and other resources for creating digital identities rooted in blockchains or other distributed ledgers. They can be interoperable across administrative domains and applications as well as other silos. Indy can be used to power the decentralization and interoperability of other blockchains. Distributed ledger purpose-built for decentralized identity, correlation-resistant by design. Decentralized Identifiers (DIDs) are unique globally and can be resolved (via a ledger), without the need for centralized resolution authority. Pairwise Identifiers establish secure, 1:1 relationships between two entities. Verifiable Claims are an interoperable format that allows for the exchange of digital identity attributes. Zero Knowledge Proofs are data that proves some or all of a set of Claims to be true without disclosing additional information.