Abstract: Disclosed is a system and a method for building a dynamic compliance artifact. Initially, a set of regulations and a set of controls associated with each regulation is determined. Further, a master regulation from the set of regulations is identified. Furthermore, one or more controls of the master regulation are mapped across the set of regulations. Upon mapping each control from the set of controls, a mapping matrix is generated. Subsequently, a compliance artifact for the master regulation is dynamically built into multiple versions based on the mapping matrix.

Abstract: A system and a method for tracking history of a digital object using cryptographic chain. The digital object is encrypted using a cryptographic technique to form a first time travel record of a cryptographic chain. Further, an update in the digital object is detected. Furthermore, an updated digital object is encrypted to form a second time travel record. The first time travel record and the second time travel record are linked to form the cryptographic chain through a composite key. Subsequently, an input from the user is received to identify a change in the digital object. The cryptographic chain is sequentially decrypted based on the input. Finally, a change in the digital object is identified based on a comparison of the first time travel record and the second time travel record, thereby tracking history of the digital object using the cryptographic chain.

Abstract: Disclosed is a system and a method for creating a layered and portable multi-tenant architecture. Initially, a cloud container for a platform is created. The cloud container includes a namespace for a tenant accessing the platform. Further, a logical isolation for the namespace of the tenant is created. Subsequently, a plurality of tenants in the namespace is generated based on the logical isolation. The tenant is further allowed to access a tenant database via Application Programming Interfaces (APIs), thereby creating a layered multi-tenant architecture.