Supports everything from traditional RFID badges and card readers to advanced biometrics like fingerprint, iris, and palm vein recognition .
Compatible with multiple Windows versions, from Windows 7 through modern server environments. Hardware and Integration Capabilities access control babylon
When an employee leaves a company, revoking access requires touching all four layers. In the Babylon model, the lack of a unified control plane means that access is often revoked in the IAM platform but remains active in the Cloud IAM or database layer, creating "ghost" accounts. Supports everything from traditional RFID badges and card
Ironically, the shift to Zero Trust has exacerbated the problem in the short term. Zero Trust demands "never trust, always verify," pushing authorization decisions to the edge of the network. This necessitates pushing policy decision points (PDPs) into microservices, creating a distributed architecture where consistency is difficult to maintain. In the Babylon model, the lack of a
To address the rigidity of RBAC, Attribute-Based Access Control (ABAC) and Policy-Based Access Control (PBAC) were introduced. These models evaluate requests based on dynamic attributes (time of day, location, device health) and complex boolean logic. While ABAC offers superior granularity, it introduced a new layer of complexity: the need to manage thousands of attributes and complex policy logic across hundreds of applications.
Early models such as Discretionary Access Control (DAC) and Mandatory Access Control (MAC) were rigid but clear. DAC allowed owners to control resources, while MAC relied on system-enforced classification levels. These worked well within single operating systems or closed networks but lacked the scalability required for enterprise environments.
When Company A acquires Company B, they rarely harmonize security stacks immediately. They instead federate. Federation allows users from Company A to access Company B’s resources, but it does not unify the policy engines. This effectively cements the Babylonian structure, preserving multiple "dialects" of access control under one corporate umbrella.