International Journal of Science, Engineering and TechnologyAuthors: Leyla Mammadova, Elchin Aliyev, Gunel Huseynova, Tural Gasimov
Abstract: In complex Oracle Solaris deployments, especially those using multi-zone architecture, managing service identities such as SMF-managed daemons, system-level processes, and custom applications is essential for maintaining system security, isolation, and compliance. Multi-zone environments that include both global and non-global zones present unique identity management challenges. These include enforcing privilege separation, ensuring consistent credential handling, and enabling secure inter-zone authentication. Failure to manage these identities properly can lead to privilege escalation, lateral access, or policy violations. This article provides a comprehensive review of service identity management strategies in Solaris multi-zone environments. It covers mechanisms such as SMF method context configuration, RBAC for delegated service control, and integration with directory services like LDAP and NIS. The use of Kerberos for ticket-based authentication across isolated zones is also examined. The article further explores namespace isolation for UIDs and GIDs, the containment of service credentials, and restrictions on process visibility and network identity. To support scalability, automation frameworks like Puppet and Ansible are discussed in the context of provisioning service identities and SMF manifests. A practical case study outlines how to implement service identity isolation for web, database, and cache layers within a DMZ zone configuration. By focusing on the architectural, operational, and security implications of service identity management, this review helps system architects and administrators design compliant, auditable, and secure Solaris infrastructures that align with regulations such as HIPAA, PCI-DSS, and NIST 800-53.
DOI: http://doi.org/10.5281/zenodo.15852627
