  Along with the classical problem of managing multiple identities, actions,
devices, APIs etc. in different businesses, there has been an escalating need
for having the capability of flexible attribute based access control~(ABAC)
mechanisms. In order to fill this gap, several variations of ABAC model have
been proposed such as \textit{Amazon's AWS IAM}, which uses JSON as their
underlying storage data structure and adds policies/constraints as fields over
the regular ABAC. However, these systems still do not provide the capability to
have customized permissions and to perform various operations (such as
comparison/aggregation) on them. In this paper, we introduce a string based
resource naming strategy that supports the customized and conditional
permissions for resource access. Further, we propose the basic architecture of
our system which, along with our naming scheme, makes the system scalable,
secure, efficient, flexible and customizable. Finally, we present the proof of
concept for our algorithm as well as the experimental set up and the future
trajectory for this work.
