is an expression that emphasizes a high level of reliability in every aspect of data management and storage within a data center.
is a strategic solution for businesses seeking reliable and cost-effective data management. In colocation, companies rent space within a data center facility to house their servers, networking equipment, and other IT infrastructure
In colocation, companies rent space within a data center facility to house their servers, networking equipment, and other IT infrastructure
In data centers, cross-connects are used to create direct and efficient connections between servers, networking equipment, and storage devices.
Data center security is the cornerstone of your business's success. We are here to ensure that your data is always secure, protected, and available whenever you need it
Real-time online infrastructure monitoring is a crucial aspect of modern business operations and IT management. It involves continuously monitoring various components of an organization's infrastructure, such as servers, networks, databases, applications, and other IT resources, to ensure they are functioning correctly and efficiently
Our commitment to 24/7 support means you can count on us whenever you need assistance. This ensures that you can run your business or activities with confidence, knowing that we are always here to support you every step of the way.
Our commitment is to keep your operations running smoothly, free from disruptions. Our Committed SLA is 99.999% availability
we provide colocation as per your requirement
Dual Power Source from PLN Power Company (Active + Active)
Backup Generator (N+1)
PAC (Cooling system) (N+1)
PDU (Dual source Power) (Active + Active)
72 hours fuel on site storage for Generator
SLA 99,99 %
Grow your business with the most trusted Digital Infrastructure in Batam and Keeps your data secure from illegal or unethical access. with the power state of the art Data Center Design and Infrastructure packed arrangements to deal with unwanted cause, such as component failure, power fluctuations, catastrophes. N+1 redundancy, which ensures 99.99% system availability.
Remote/Smart Hands, to help customer perform simple tasks, such as viewing status of device indicators in the rack
Moving or securing network cables
Server refreshes and reboots
Hardware replacement or installation
Power redundancy is a crucial element in the design and operation of data centers. It involves the implementation of redundant power sources, backup systems, and failover mechanisms to ensure uninterrupted power supply, even in the face of unexpected outages or equipment failures.
Redundant Power Feeds: Data centers often have multiple power feeds from different utility substations or sources. This redundancy ensures that if one power feed fails, the other can seamlessly take over to supply electricity to the data center.
Uninterruptible Power Supplies (UPS): UPS systems provide an additional layer of protection by offering short-term power backup in case of power interruptions. They bridge the gap between the failure of the primary power source and the activation of backup generators.
Backup Generators: Backup generators are essential for providing long-term power in the event of extended power outages. They are typically powered by diesel or natural gas and can keep critical systems operational for an extended period.
A data center is a physical facility used to store, manage, and process computer data and applications. It's a critical hub in business IT operations, enabling data storage, processing, and information distribution.
Data center security is crucial because data centers house highly valuable and sensitive business data. Security breaches can result in financial losses, reputation damage, and serious privacy violations.
Common hardware includes servers, storage, network switches, and common software includes server operating systems, virtualization, data center management, and security.
Redundancy is a principle used in data centers to avoid equipment failures. It involves the use of backup equipment and resources so that if one component fails, others can take over without service disruption.