Identity and Access Management (IAM) originated as monolithic, perimeter-focused enterprise systems with limited integration, relying on traditional identity stores and authentication/authorization protocols. As organizations expanded beyond business-to-employee needs into external use cases, federation and single sign-on enabled identities and access controls to span multiple systems and even multiple organizations, creating demand for standardized APIs to integrate across boundaries. Cloud adoption (IaaS, PaaS, SaaS) accelerated this shift by emphasizing elasticity, scalability, and cost reduction, and encouraged IAM capabilities to be delivered through stateless protocols and RESTful APIs over HTTP/S, alongside standards such as OData and SCIM, OpenID Connect for authentication, and OAuth2 for authorization.
Cloud IAM must operate beyond firewalls, scale to millions of users and far more daily transactions, traverse complex infrastructure (e.g., firewalls and load balancers), and support multi-tenancy—contrasting with the typically single-tenant nature of many on-premises deployments. Most organizations now operate hybrid environments, increasing the need to integrate security across on-prem and cloud and to automate IAM as part of DevOps. This drives a growing market expectation that IAM capabilities be exposed and consumed via APIs to enable new business models, partner connectivity, and seamless user experiences.
ViewDS Cobalt is presented as a fully multi-tenant identity platform combining directory services, authentication, federation/SSO, fine-grained authorization, provisioning, and auditing. It features an extensible, replicated directory with advanced search and a graph database accessible via OData APIs, embedded synchronization/provisioning (including distributed sync to keep sensitive data on-premises), OpenID Connect and SAML (as both IdP and relying party), RBAC and ABAC using XACML internally, and robust auditing with CEF and export options. Its microservices, Docker-based architecture supports clustering, failover, scaling, and multi-cloud deployment, while key challenges include limited adaptive authentication, evolving web portals, and a smaller ecosystem.
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