The future of data centers is here, and it’s powered by GenAI. Today’s AI data center is evolving at breakneck speed, driven by advanced automation, robotics, and machine learning. In this blog, we explore how GenAI is reshaping operations and sustainability in modern data centers—and why these changes are crucial for the future of digital infrastructure.
As energy demands soar and traditional grids struggle to keep up, microgrids have emerged as a lifeline for the AI data center ecosystem. Localized power systems integrate renewable energy sources—such as solar and wind—with battery storage and backup generators. This setup not only ensures uninterrupted operations during grid disruptions but also cuts down on fossil fuel dependence.
The future looks even brighter with AI integration. Smarter monitoring capabilities will enable microgrids to perform real-time energy forecasting, demand-response automation, and predictive maintenance. While questions remain about whether these systems can sustain the enormous power needs of AI-driven data centers, some research indicates that microgrids could indeed power the future of the AI data center.
Advanced monitoring tools are redefining the way data centers are managed. Today’s AI data center employs robotic assistants, autonomous drones, and AI-powered sensors to conduct routine inspections, monitor hardware conditions, and detect anomalies in real time. This technology not only minimizes downtime but also boosts overall efficiency.
Consider these eye-opening statistics: It’s estimated that 90% of businesses globally plan to implement robotic automation by 2030—a leap from 20% in 2021. Moreover, Gartner predicts that by the end of this year, half of cloud data centers will leverage advanced AI robots, increasing operational efficiency by 30%. As a result, the AI data center is transitioning from human-intensive maintenance to a more automated, intelligent model.
Digital Edge DC is already leveraging this trend, deploying robots for visitor authentication, autonomous cleaning, and maintenance support across its data centers, enhancing security and operational efficiency. As a result, the AI data center is transitioning from human-intensive maintenance to a more automated, intelligent model.
The meteoric rise of generative AI has put immense pressure on data centers, sometimes derailing sustainability goals. However, the push for greener operations is stronger than ever in the AI data center space. Operators like EDGE DC are investing in renewable energy, liquid cooling, and innovative carbon footprint reduction strategies to meet stricter regulations and corporate sustainability targets.
GenAI plays a pivotal role by analyzing real-time data on workloads, cooling needs, and power usage to dynamically adjust operations and minimize waste. It can even recommend optimal times to utilize renewable energy or shift workloads to regions with lower carbon intensity. In short, as AI-driven automation evolves, data centers are moving closer to a self-optimizing model where sustainability becomes an inherent part of the operational process.
With the relentless growth of cloud and hyperscale markets, the demand for new data centers is skyrocketing. This surge is leading to rapid construction and capacity expansion in secondary markets. For the AI data center, this trend means more opportunities to leverage AI-driven analytics to forecast future demand and plan capacity expansions effectively.
In fact, Southeast Asia is experiencing a significant surge in data center investments. The region’s data center market attracted $10.23 billion in investments in 2023 and is projected to reach $17.73 billion by 2029, reflecting a CAGR of 9.59%. Countries like Indonesia are at the forefront of this growth, with the data center market valued at $2.57 billion in 2023 and expected to reach $3.63 billion by 2029, growing at a CAGR of 5.91%. This rapid expansion underscores the critical role of AI analytics in identifying emerging trends and ensuring that new data centers are strategically developed to meet the escalating demands of AI workloads across Southeast Asia.
Read more: Essential Considerations Before Peering with Our Internet Exchange
As we move further into 2025 and beyond, the intersection of Generative AI and data center innovation will only intensify. From AI-enhanced microgrids to autonomous monitoring and a renewed focus on sustainability, every aspect of the AI data center is being transformed. While challenges like rising power consumption persist, the opportunities for efficiency, resilience, and green innovation are immense.
Looking to future-proof your data center? Explore EDGE DC’s advanced colocation and AI-ready data center services designed for efficiency and sustainability. Contact us today to learn more!
In today’s fast‐paced digital environment, businesses and network providers are continuously seeking ways to boost performance, reduce latency, and lower operating costs. One powerful method to achieve these goals is by peering at an internet exchange. This guide will explore the critical factors to consider before peering with our internet exchange, share best practices drawn from industry insights, and highlight the capabilities of our featured solution—EPIX.
An internet exchange is a physical infrastructure where multiple networks, such as Internet Service Providers (ISPs), content delivery networks, and enterprise networks, interconnect to exchange traffic directly. By bypassing third-party transit providers, an internet exchange minimizes the number of hops data must traverse, resulting in lower latency and improved overall network performance. This model is often referred to as peering, where mutually beneficial traffic exchange helps all participants reduce costs while enhancing resiliency and control over routing decisions.
Read more: Driving the Future: Integrating Renewable Energy into Data Centers
Before establishing a peering relationship at an internet exchange, it is essential to evaluate several critical factors:
Read more: Key Features Of a Hyperscale Data Center
EPIX (Edge Peering Internet Exchange) is a carrier-neutral, ultra-high-speed platform that exemplifies the benefits discussed above. Here are some of the key technical and operational features of EPIX:
These features combine to make EPIX an ideal example of an internet exchange that not only supports current networking needs but is also scalable for future growth.
Leading providers like EDGE DC emphasize that leveraging an internet exchange can unlock significant benefits such as improved routing efficiency, enhanced network resiliency, and substantial cost savings compared to traditional transit models. The key is to perform a thorough cost-benefit analysis and technical evaluation to ensure that your network will gain the most from direct peering arrangements. Moreover, resources from the Internet Society and various technical publications underline that effective peering arrangements—whether public or private—are central to optimizing network performance and achieving high levels of interconnectivity without the burden of transit costs.
Read more: Data Center Jakarta: A Hub for Digital Innovation and Growth
Peering at an internet exchange offers numerous benefits—from cost reductions and lower latency to improved network resiliency and control over routing. By carefully assessing network traffic, connectivity options, peering policies, scalability, technical and security requirements, and support agreements, you can make an informed decision that aligns with your long-term business objectives. Our EPIX platform stands as a prime example of how a modern internet exchange can deliver these benefits while accommodating both current and future networking needs. Whether you are an ISP, content provider, or enterprise, peering at a robust, carrier-neutral internet exchange can transform your network connectivity.
If you’re ready to enhance your network performance with a state-of-the-art internet exchange solution, contact us today for a personalized consultation. Let our team help you achieve the cost savings, improved latency, and robust connectivity your business deserves. Explore the possibilities of peering with our EPIX internet exchange and join a thriving ecosystem of network professionals.
As artificial intelligence (AI) continues to drive digital transformation, AI data centers are emerging as specialized facilities built to power advanced machine learning, deep learning, and high‐performance computing applications. In Jakarta—a major digital hub in Southeast Asia—EDGE DC stands out as a leading data center provider, offering cutting‐edge, scalable, and energy‐efficient infrastructure tailored for the next generation of AI applications.
In this article, we explore the key features, design specifications, and state-of-the-art hardware that define an AI data center.
Read more: Driving the Future : Integrating Renewable Energy into Data Centers
Unlike traditional data centers, AI data centers are purpose-built to support the intense computational and storage demands of AI workloads. They feature:
These attributes distinguish AI data centers from conventional facilities by ensuring that power, cooling, and networking work together flawlessly to support thousands of GPUs and specialized accelerators.
Read More: Data Center Jakarta: A Hub for Digital Innovation and Growth
At the heart of any AI data center are the GPUs and accelerators that enable rapid computation and model training. Recent innovations include DeepSeek AI’s cost-efficient approach, which optimizes NVIDIA H800 GPUs using techniques like Mixture-of-Experts (MoE) architecture, low-precision computation, and advanced load balancing to reduce training expenses. This reflects a broader industry trend where AI firms are refining hardware efficiency to lower costs while maintaining performance. As AI workloads scale, advancements like these will continue shaping the next generation of AI infrastructure.
EDGE DC leverages its strategic downtown Jakarta location to provide a robust digital ecosystem, perfectly suited for AI data center needs. Here’s how EDGE DC stands out:
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
The AI revolution is pushing the boundaries of data center design. Innovations such as GPU disaggregation, modular rack designs, and AI-optimized cooling techniques are redefining the digital infrastructure landscape. AI-driven operations, powered by Large Language Models (LLMs) like ChatGPT, are enabling autonomous management of cooling, load balancing, and predictive maintenance. Additionally, hybrid quantum-classical data centers are emerging, requiring cryogenic cooling and quantum-safe encryption for AI research applications.
With AI workloads growing exponentially, facilities like EDGE DC are leading the way in providing scalable and energy-efficient environments essential for future innovations. Regulatory measures, including Indonesia’s Government Regulation No. 33/2023 on Energy Conservation and Southeast Asia’s push for greener data centers, are influencing design considerations, ensuring sustainability while meeting the demands of AI-driven workloads.
AI data centers represent a significant evolution from traditional facilities. With specialized power, cooling, and networking solutions, along with state-of-the-art hardware such as Nvidia’s A100/H100 GPUs and AMD Instinct accelerators, these centers are built to handle the demanding computational needs of modern AI applications.
Explore EDGE DC to future-proof your digital business and harness the full potential of AI-driven technologies.
A hyperscale data center is a facility designed to support massive computing power, storage, and network resources on a rapid, scalable basis. This type of infrastructure is essential for companies that require flexible, cost-effective, and high-performance digital environments. In this article, we explore the key features of a hyperscale data center, highlighting insights that also reflect the innovations brought forward by data center providers:.
One of the defining characteristics of a hyperscale data center is its ability to scale quickly. Designed with modular architectures, a hyperscale data center can add additional computing, storage, or power modules as business needs grow. This modularity allows for flexible expansion, ensuring that a hyperscale data center remains future-proof and cost-efficient. For instance, Google’s hyperscale facility in Council Bluffs, Iowa spans over 2 million square feet, with modular designs enabling swift expansion.
A hyperscale data center is engineered for high-density computing, meaning it can house a large number of servers and networking equipment in a limited space. This feature maximizes space utilization while delivering high performance for resource-intensive applications such as cloud services, big data analytics, and real-time processing.
Energy efficiency is a critical focus in any hyperscale data center. With thousands of servers operating concurrently, managing energy consumption becomes paramount. Advanced cooling techniques—such as liquid cooling and optimized airflow management—help a hyperscale data center reduce its overall Power Usage Effectiveness (PUE). Many modern facilities now emphasize sustainable practices, and EDGE DC is no exception. We use 100% renewable energy to take part in the green initiative.
The reliability of a hyperscale data center is underpinned by comprehensive redundancy measures. Multiple power feeds, backup generators, redundant cooling systems, and diverse network connections ensure continuous uptime even in the event of component failures. This redundancy is crucial for organizations relying on uninterrupted service for mission-critical applications.
EDGE DC’s infrastructure, for example, is designed with redundant power sources and cooling systems to deliver nearly 100% uptime, which is essential for hyperscale data center operations.
Automation plays a pivotal role in the operation of a hyperscale data center. With the complexity and volume of devices involved, advanced management systems and data center infrastructure management (DCIM) tools are necessary to monitor and control operations in real time. Automation not only minimizes human error but also enables rapid provisioning of resources.
A hyperscale data center is built to offer robust connectivity with high-speed, low-latency network links. Multiple fiber paths and direct peering with major internet exchanges are common features that enable a hyperscale data center to handle large volumes of data with minimal delay. This connectivity is critical for supporting applications that require real-time processing. EDGE DC, for instance, leverages its strategic location and extensive network partnerships to deliver superior interconnectivity—a feature that is fundamental to the success of a hyperscale data center.
Security is a top priority in any data center, and a hyperscale data center typically employs a multi-layered security strategy. Physical security measures such as biometric access, 24/7 surveillance, and secure perimeters work in tandem with advanced network security protocols including firewalls, intrusion detection systems, and encryption technologies.
Compliance with international standards is also a key consideration. Examples of major certifications maintained by hyperscale providers are ISO 27001 for information security management and PCI DSS for secure payment processing, allowing organizations to leverage these existing certifications rather than going through lengthy and expensive certification processes themselves.
A hyperscale data center must be capable of adapting quickly to changing technology trends and workload requirements. Flexible infrastructure allows organizations to deploy and manage diverse applications—from cloud computing and artificial intelligence to Internet of Things (IoT) and big data analytics—without compromising on performance.
EDGE DC’s approach to designing and operating its facilities reflects this agility, providing clients with flexible infrastructure solutions ranging from quarter racks to half racks and full racks to meet specific business demands.
Read more: Driving the Future: Integrating Renewable Energy into Data Centers
The key features of a hyperscale data center—scalability, high-density computing, energy efficiency, redundancy, automation, robust connectivity, comprehensive security, and flexible infrastructure—work together to create a dynamic environment capable of meeting today’s digital demands.
Whether you are looking to optimize your IT infrastructure or explore advanced data center solutions, understanding these features will help you appreciate how edge data centers bring computing resources closer to end users, reducing latency and improving performance for your digital transformation initiatives.
Looking for a hyperscale data center that delivers scalability, efficiency, and low-latency connectivity? Explore how EDGE DC can power your digital transformation with industry-leading infrastructure.
The digital infrastructure in Indonesia is evolving rapidly, and data centers in Jakarta are playing a vital role in this transformation. At the center of Southeast Asia’s digital ecosystem, Jakarta offers businesses unique advantages through facilities like EDGE2 that bring together connectivity, reliability, and room for growth.
When it comes to data center locations, Jakarta’s position is naturally advantageous. EDGE2, situated in the city center, connects to over 60 network providers, including major internet exchanges and Edge Peering Internet Exchange (EPIX). This central location means faster connections for businesses and their customers. The facility offers 23 MW of power capacity and space for more than 3,400 racks, providing plenty of room for organizations to expand their digital presence.
What makes EDGE2 data center Jakarta particularly interesting is its approach to sustainability. Using modern cooling technology, it achieves an impressive efficiency rating PUE (Power Usage Effectiveness) of 1.24, showing that high performance and environmental responsibility can go hand in hand.
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
Banks and financial services need quick, reliable connections for their daily operations. Whether it’s processing transactions or maintaining secure banking apps, having a data center in Jakarta’s business district helps deliver better service to customers.
Online shopping needs to be fast and smooth. When websites load quickly and inventory updates happen in real-time, both shoppers and sellers benefit. The data center infrastructure helps make this possible by keeping everything running efficiently.
As more businesses move to the cloud, having strong infrastructure becomes essential. Cloud providers in Jakarta can offer better service when they’re closer to their customers, which is exactly what a well-connected data center provides.
Online games and streaming services need speed to work well. When the connection is fast and stable, players can enjoy their games without frustrating delays, and viewers can watch their favorite shows without buffering.
For companies working with AI, IoT devices, or big data, processing information quickly is crucial. The advanced capabilities of modern data centers help these technologies work better for everyone.
Read more: Data Center Jakarta: Why Location and Latency Matter for Your Business
The Indonesian data center market is growing steadily, valued at USD 1.45 billion in 2023 and expected to reach USD 3 billion by 2030. This growth reflects how more businesses are embracing digital solutions, from e-commerce to financial technology. With over 33 million people in its metropolitan area, Jakarta serves as a natural hub for this digital expansion, connecting Indonesia to the global digital economy.
Data centers in Jakarta are more than just technical facilities – they’re enabling better digital experiences for millions of people. Whether you’re shopping online, using a banking app, or playing games, these centers help make it all work smoothly.
As Indonesia continues its digital journey, Jakarta’s data center ecosystem will keep evolving to support new technologies and services. The goal is simple: to help businesses and organizations serve their users better, while preparing for future innovations.
To learn more about how our data center can support your organization’s needs, reach out to the EDGE DC team now!
In the world of internet infrastructure, the terms Internet Exchange Point (IXP) and peering are often mentioned together, sometimes leading to confusion. While these concepts are interconnected, they refer to distinct aspects of how networks communicate. Understanding the difference is crucial for businesses managing significant internet traffic, such as Internet Service Providers (ISPs), Content Delivery Networks (CDNs), and data centers.
An Internet Exchange Point (IXP) is a physical infrastructure that allows multiple networks to interconnect and exchange traffic. Typically housed in data centers, IXPs use network switches to connect participating networks, enabling them to share data directly rather than relying on third-party transit providers. This direct connection reduces costs, improves latency, and enhances the overall efficiency of internet traffic exchange.
Peering refers to the voluntary agreement between two or more networks to exchange traffic directly, bypassing intermediaries. The primary goal of peering is to improve the efficiency of data delivery while minimizing costs. Peering agreements can take two main forms:
Conducted through an IXP, where multiple networks connect via a shared switch. This approach is cost-effective and scalable, as it allows numerous networks to exchange traffic in one location.
Involves a direct, dedicated connection between two networks, usually to handle large volumes of traffic between them. This setup is often preferred when the traffic between two networks is substantial enough to justify the cost of a private link.
As explained by the Internet Society, peering is a key part of the global internet’s infrastructure, allowing networks to exchange traffic efficiently and economically.
Read more: Data Center Jakarta: Why Location and Latency Matter for Your Business
| Aspect | Internet Exchange Point (IXP) | Peering |
| Definition | Physical infrastructure for interconnection | Agreement to exchange traffic directly |
| Scope | Facilitates public peering among multiple networks | Can involve public (via IXP) or private arrangements |
| Cost Structure | Shared infrastructure reduces costs for participants | Private peering requires dedicated infrastructure |
| Scalability | Ideal for connecting many networks in one location | Best for high-volume traffic between two networks |
| Use Case Example | A global CDN partners with EPIX (Edge Peering Internet Exchange), an IXP owned by EDGE DC, to optimize traffic exchange with multiple ISPs across Southeast Asia. | Two ISPs exchanging large traffic volumes directly |
Choosing between public and private peering, or deciding whether to join an IXP, can significantly impact network performance and costs. For businesses managing large-scale traffic—such as data centers or organizations delivering content globally—understanding these options ensures better resource allocation and a superior user experience.
Understanding the distinctions between IXPs and peering is essential for navigating the complex world of internet infrastructure. By choosing the right approach for your organization’s needs, you can optimize performance, reduce costs, and ensure reliable connectivity for your users.
Read more: How to Protect Your Assets: A Complete Data Center Security Guide in 2025
Looking to optimize your network performance and reduce costs? Discover how EPIX can provide seamless connectivity, improved latency, and cost-effective traffic exchange for your business. Contact us today to learn more about how EPIX can transform your network strategy!
One critical factor that can significantly impact the performance of IT systems and data centers in J is latency — the delay in data transmission between systems. A well-optimized data center infrastructure in a strategically chosen location can lower latency, resulting in faster applications, smoother customer experiences, and improved operational efficiency. This is where the location of your data center becomes crucial.
Being situated in downtown Jakarta, EDGE DC offers several advantages that can help businesses significantly reduce latency and boost overall IT performance. Let’s explore why this location matters and how latency impacts businesses.
Latency is the time it takes for data to travel from one point to another in a network, typically measured in milliseconds (ms). A lower latency means faster data transmission, which is essential for a seamless user experience, especially in real-time applications such as video conferencing, online gaming, and cloud services.
Latency is more than just a technical concern; it has tangible effects on a business’s performance, both internally and externally. Here are some of the key ways in which latency can impact a business:
Businesses that rely on real-time data for operations, such as supply chain management or financial transactions, are particularly sensitive to latency. Slow data retrieval or delays in processing orders can disrupt workflows and result in inefficiencies.
For example, in supply chain management, data latency can significantly hinder decision-making processes. A study by Nucleus Research found that the value of data deteriorates rapidly over time:
A website or application that lags due to high latency can frustrate users, leading them to abandon the platform. Studies show that 47% of users expect a website to load in 2 seconds or less. If latency causes delays beyond that, businesses risk losing customers.
Slow response times or service interruptions can lead to negative reviews and a poor brand reputation. Users expect instant gratification, and any delay could result in a lost opportunity. Even one-second delay in page load time can reduce conversions by 7%.
For businesses relying on real-time communication tools—such as video conferencing or online gaming—high latency is a critical concern. Services that lag or experience interruptions due to high latency can lead to user frustration and prompt customers to seek more responsive alternatives.
In real-time communication, latency directly affects the responsiveness and quality of the communication experience. Lower latency means less delay between sending a packet and receiving it, resulting in more real-time and synchronized communication.
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
Located in Jakarta’s central business district, EDGE DC’s position offers natural advantages for latency optimization:
This location advantage translates into tangible performance benefits for businesses requiring real-time data processing, streaming services, or mission-critical applications.
Read more: What is a Data Center: Definition, Types, and Benefits
In conclusion, the location of your data center infrastructure, particularly in a bustling metropolis like Jakarta, Indonesia, can have a profound impact on latency. As Indonesia’s digital economy grows, choosing the right data center location becomes increasingly crucial for business success. Lower latency means better performance, faster customer interactions, and more efficient internal processes.
Reducing latency is not just a technical upgrade; it is a strategic move that can enhance user experience, operational efficiency, and overall business success.
Take the next step toward a latency-free future. Contact us today to learn how EDGE DC can transform your IT infrastructure and drive your business success.
A modern data center is the backbone of your digital infrastructure, and data center security should be your top priority. Understanding what a data center is and how to protect it can make the difference between business continuity and catastrophic failure. This comprehensive guide explores how your data center security measures can safeguard your valuable assets, backed by the latest trends and insights from 2025.
A data center is more than just a facility housing servers. Today’s data center is a complex ecosystem that demands sophisticated security protocols. Whether you’re managing an enterprise data center or considering colocation services, understanding what a data center is and its security requirements is crucial for your business success.
Modern data centers are evolving into “data center villages,” with 10-15 facilities being developed simultaneously to meet rising demand. This shift introduces new security challenges, requiring comprehensive and robust security programs that integrate seamlessly into every layer of the facility’s infrastructure.
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
When evaluating data center security, certifications play a vital role. A secure data center is typically validated by:
The CDCP (Certified Data Centre Professional) certification is something that is also important for professionals who want to ensure they have a solid understanding of data center fundamentals, improve operational efficiency, and align with industry best practices. It is particularly valuable for those looking to enhance their career prospects, gain recognition in the field, and contribute to the reliability and sustainability of data center operations
In 2025, other professional certifications like CISSP (Certified Information Systems Security Professional) and CCSP (Certified Cloud Security Professional) are also gaining traction, especially for professionals managing hybrid cloud environments and securing cloud-based workloads.
Physical data center security begins with infrastructure. A modern data center is equipped with:
Your data center security strategy must include robust network protection:
The rise of hybrid cloud frameworks is helping standardize security across public and private environments, reducing the risk of oversights that could lead to breaches.
Read more: 5 EDGE DC Services for Data Center in Indonesia
Every data center is vulnerable to disasters, making recovery planning essential:
In 2025, backup power systems are increasingly critical, not just for natural disasters but also to mitigate deliberate attacks on electricity infrastructure.
Effective data center security relies on strict access management:
The emergence of specialized data center security officers—trained to operate in these unique environments—is enhancing both security and cost efficiency.
Your data center is only as secure as its encryption protocols:
With the rise of post-quantum cryptography (PQC), ensuring your encryption methods are future-proof is critical to protecting against emerging threats.
A secure data center requires constant vigilance:
AI-driven management systems are transforming operations, enabling predictive maintenance and dynamic resource optimization to minimize downtime.
Your data center security depends on well-trained staff:
AI-powered copilots, like the one developed by Microsoft, may become more popular assisting cybersecurity professionals by automating repetitive tasks and providing actionable insights, helping bridge the skills gap.
Maintain your data center security through:
The EU’s Digital Operational Resilience Act (DORA) is setting new standards for cybersecurity resilience, requiring financial institutions and their service providers to implement rigorous testing and reporting protocols.
Read more: The Role of Edge Data Center in the Era of AI Technology
Your data center is a critical asset requiring comprehensive protection. By implementing these data center security measures, you can ensure your facility remains secure and resilient against emerging threats. Remember that data center security is not a one-time implementation but a continuous process of improvement and adaptation.
Looking to enhance your security? Start with EDGE DC. We offer the most secure downtown-located data center in Indonesia, designed to meet the highest standards of safety and reliability for your critical data and infrastructure.
The rise of digital transformation in Indonesia has brought unprecedented growth in the demand for data storage and computing power. However, this progress has also led to environmental challenges. Enter the green data center, a solution that bridges technological advancement with environmental sustainability. As a critical part of Indonesia’s digital ecosystem, the shift towards eco-friendly data centers promises a more sustainable future for the nation.
A green data center is designed to minimize environmental impact by utilizing energy-efficient technologies and sustainable practices. These facilities focus on reducing carbon emissions, conserving resources, and integrating renewable energy sources. By adopting these measures, a green data center not only enhances operational efficiency but also supports global sustainability goals.
Indonesia is experiencing a rapid digital revolution. With the increasing adoption of cloud computing, e-commerce, and digital banking, the demand for data centers has skyrocketed. According to industry reports, the data center Indonesia market is projected to grow at a compound annual growth rate (CAGR) of 16.35% from 2025 to 2030, reaching USD 708.78 million by 2030.
As of 2022, data centers accounted for approximately 1-1.5% of global electricity consumption, equivalent to 240-340 terawatt-hours (TWh) annually. This excludes energy used for cryptocurrency mining, which adds another 0.4% to global electricity demand. If left unchecked, this could pose a serious challenge to Indonesia’s commitment to reducing greenhouse gas emissions under its Nationally Determined Contributions (NDC).
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
Traditional data centers heavily rely on fossil fuels, leading to substantial carbon footprints. Green data centers integrate renewable energy sources, such as solar and wind power, to reduce dependency on non-renewable energy.
Advanced cooling systems, such as liquid cooling and AI-driven temperature management, help green data centers cut energy consumption by up to 35%. These efficiencies lower operational costs and support Indonesia’s green energy initiatives.
Many green data centers use closed-loop cooling systems that significantly reduce water usage compared to traditional setups. This conservation is particularly critical in water-scarce regions of Indonesia.
One of the key players championing green data centers is EDGE DC. With a commitment to sustainability, EDGE DC incorporates innovative practices that set new benchmarks for environmentally friendly data center operations.
These initiatives showcase how EDGE DC is contributing to the evolution of green data centers in Indonesia and beyond, supporting both technological growth and environmental stewardship.
Despite their benefits, the adoption of green data centers in Indonesia faces several challenges:
Read more: Colocation Data Centers Evolution: Why They Matter
Indonesia’s government has taken proactive steps to encourage sustainable data center practices. Pusat Data Nasional initiative aims to build infrastructure that aligns with green principles. Additionally, organizations like the Green Building Council Indonesia (GBC Indonesia) are promoting certifications such as Greenship Data Center to set sustainability standards for the industry.
As awareness of environmental issues grows, so does the potential for green data centers to dominate the data center Indonesia landscape. With advancements in technology and increased investment in renewable energy, Indonesia is well-positioned to become a leader in sustainable IT infrastructure. Projections indicate a 28% rise in demand for green data solutions by 2031, highlighting the shift toward eco-friendly practices.
Read more: What is a Data Center: Definition, Types, and Benefits
The transformation to green data centers is not just an option but a necessity for Indonesia’s digital future. By embracing energy-efficient technologies and sustainable practices, the data center Indonesia market can contribute to global environmental goals while supporting economic growth. Businesses, policymakers, and stakeholders must collaborate to ensure a greener, more sustainable future.
Green data centers represent a critical step in balancing technological progress with environmental responsibility. As Indonesia moves forward, investing in these sustainable solutions will pave the way for a more eco-friendly digital era.
Join the movement toward a sustainable digital future. Start your journey with EDGE DC!
IT downtime can have catastrophic consequences for businesses. From lost revenue to reputational damage, unplanned outages disrupt operations and erode trust. To mitigate these risks, many organizations are turning to colocation services and colocation servers as reliable solutions for building IT resilience. This article explores the importance of colocation in managing IT downtime and highlights why it should be a cornerstone of your IT strategy.
IT downtime refers to any period during which IT services are unavailable. It can stem from various causes:
The consequences of downtime are severe.
Read more: Driving the Future: Integrating Renewable Energy into Data Centers
Colocation involves renting space in a third-party data center to house your IT infrastructure. These facilities provide robust physical security, redundant power supplies, and high-speed connectivity to ensure maximum uptime. A colocation server refers to a company’s hardware hosted within these facilities, benefiting from the data center’s infrastructure and services.
Read more: The Role of Edge Data Center in the Era of AI Technology
Colocation services play a vital role in managing IT downtime risks. By leveraging the redundancy, security, and disaster resilience of colocation facilities, businesses can ensure operational continuity, safeguard their reputation, and protect their bottom line. In an era where even a few minutes of downtime can have far-reaching consequences, investing in colocation is a smart move for businesses aiming to build IT resilience.
Ready to explore colocation solutions? Contact EDGE DC today to learn how our colocation can fortify your IT infrastructure and reduce the risk of downtime.
