Your green cloud data center in the capital

Dual independent power sources with automatic switching.

Independent circuits for hardware components to minimize failures.

Use of multiple backup generators for long-term independence.

Redundant air conditioning systems for optimal temperature and humidity control.

Use of energy-efficient cooling technologies for efficiency.

Utilization of chiller plants and/or other innovative cooling systems.

Multiple high-speed internet connections for maximum connectivity.

Redundant network lines and routers for fault tolerance.

Diverse carrier connections for maximum network security.

Early warning systems for fires and smoke with automatic alerting.

Fire suppression systems tailored to specific types of fires.

Fire compartments and barriers to limit damage.

Biometric access control systems.

24/7 surveillance by security personnel.

Video monitoring with recording and surveillance of server rooms.

Physical security measures such as lockers and security booths.

Earthquake-proof design and construction.

Protection against environmental disasters such as floods or storms.

Structural independence from external influences.

Redundant servers, storage systems, and network components.

Minimizing single points of failure (SPOF) in the hardware architecture.

Failover systems for seamless transitions in case of hardware failures.

Ability to perform maintenance without affecting ongoing operations.

Parallel operation of systems during maintenance.

Real-time monitoring of systems and resource usage.

Proactive notifications in case of impending failures or critical conditions.

Automated system monitoring and fault detection.

Flexible design that allows for easy scaling of infrastructure.

Capacity planning for future growth.

Ability to expand resources without interrupting ongoing operations.

Comprehensive documentation of all systems and configurations.

Logging of maintenance activities and access.

Detailed backup strategies and logs.