Adminbolt v1.01 is focused on platform stability, architecture improvements, and raising the overall security standard across the entire system.
This release introduces stronger internal separation between admin and client API layers, improving platform consistency and creating a cleaner foundation for future development. A major part of this version was dedicated to resolving critical bugs, improving access control, and strengthening the reliability of core hosting operations.
We reviewed and improved multiple areas related to authentication flows, reseller isolation, account permissions, service communication, mailing systems, database access, FTP management, and domain operations. Several internal mechanisms were redesigned to reduce operational risk, improve tenant separation, and ensure more predictable behavior across both client and admin environments.
Special focus was also placed on improving how sensitive operations are handled internally, reducing unnecessary exposure of system-level processes, and hardening integrations such as SSO, PHPMyAdmin access, and local API communication.
Key Improvements
Better isolation between admin and client REST API controllers for cleaner architecture and safer operations
Stronger authentication and authorization logic across hosting accounts, databases, FTP, email services, and domain management
Improved reseller boundaries and impersonation controls to ensure proper tenant separation
Additional protection for internal APIs and local service communication layers
Safer handling of system commands, file operations, and background service execution
Reduced exposure of sensitive internal data, credentials, and service-level configuration details
Improved protection around SSO flows, token validation, and administrative access paths
Better reliability of mailing list management, PHPMyAdmin integrations, and service provisioning processes
This version is less about visible features and more about what matters most in production environments - trust, predictability, operational safety, and long-term platform resilience.
