1. A computer-implemented model checker framework, comprising: an exposure component that exposes underlying software components and associated well-defined interfaces of a target software system; an exploration component that dynamically performs state-space exploration of the target software system and dynamically discovers all interactions between underlying software components, wherein the exploration component discovers local state space and global state space concurrently, the exploration component includes a local explorer component and a global explorer component, the local explorer component reports newly discovered branching traces to the global explorer component, and the global explorer component discovers and projects new global traces to the local explorer component, wherein the exploration component performs interface equivalency in the local explorer component to check equivalency between branching traces to determine newness of a branching trace and performs interface equivalency in the global explorer component to check if prefixes of two traces are interface equivalent; and a processor that executes computer-executable instructions associated with at least one of the exposure component or the exploration component.