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.
SINGAPORE, 6 January 2025 – Digital Edge (Singapore) Holdings Pte Ltd. (“Digital Edge”), a leading developer and operator of interconnection and hyperscale edge data centers across Asia and portfolio company of Stonepeak, a leading alternative investment firm specializing in infrastructure and real assets, today announced it has raised over US$1.6 billion in new capital through a combination of equity and debt financing to fuel its next phase of growth.
The capital raise includes approximately $640 million of equity investment from both existing and new investors as well as $1 billion of total debt financing across multiple campus expansions. The equity raise was significantly oversubscribed, and welcomes some of the world’s largest institutional investors and sovereign wealth funds as new co-investors.
The growth capital will accelerate Digital Edge’s expansion to meet the increasing and nuanced cloud and AI demands of its customers across the region. Digital Edge was established in early 2020 and now owns and operates 21 data centers with over 500 MW of critical IT load in service and under construction and development, with another 300 MW held for future development, across strategic locations in Japan, Korea, India, Malaysia, Indonesia, and the Philippines.
This past October, Digital Edge opened its third data center in Korea, known as SEL2. The 36MW SEL2 facility is the first building in its 100MW Incheon campus in Seoul. This followed the expansion of Digital Edge’s Jakarta footprint with the opening of its 23MW EDGE2 facility earlier in the year. Looking forward, Digital Edge is set to open the first facility in its 300MW campus in Navi Mumbai in Q2 of 2025, as well as a hyperscale edge facility in downtown Tokyo known as TY07, its ninth data center facility in Japan.
“The level of interest received from existing and new investors is testament to Digital Edge’s proven track record, expansion capacity, and relentless focus on delivering for our customers across the Asia Pacific region,” said Andrew Thomas, Chairman of Digital Edge and a Senior Managing Director at Stonepeak.
“Since making the founding investments in Digital Edge in 2020, Stonepeak has been proud to support the platform’s expansion into six countries and a truly pan-APAC footprint.” Samuel Lee, Chief Executive Officer of Digital Edge commented,
“This is a major milestone for Digital Edge and an affirmation of the quality of this platform and our team. We are very proud of what we have achieved and are excited to deliver on the next phase of AI-ready data center developments.”
“We would like to thank our investors and financing partners for their continued support and confidence in Digital Edge’s strategy,” said John Freeman, President of Digital Edge.
“This efficient and flexible funding will accelerate the continued execution of our vision, enabling us to further build-out our digital infrastructure to better meet our customers’ cloud, AI, and interconnection requirements.”
Headquartered in Singapore, Digital Edge is a trusted and forward-looking data center platform company, established to transform digital infrastructure in Asia. Through building and operating state-of-the-art, energy-efficient data centers rich with connectivity options, Digital Edge aims to bring new colocation and interconnect options to the Asian market, making infrastructure deployment in the region easy, efficient and economical.
Backed by leading alternative investment firm Stonepeak, Digital Edge has established itself as a market-leading pan-Asia data center platform. The company provides data center and fiber services across Asia, with a presence in Japan, Korea, India, Malaysia, Indonesia and the Philippines. You can visit the company’s website at www.digitaledgedc.com.
In our increasingly connected world, data centers serve as the neural network powering global digital operations. As technology continues its rapid advancement, these crucial facilities are undergoing significant transformations. Here’s an analysis of the key developments shaping data centers in 2025.
Artificial Intelligence (AI) is revolutionizing data center operations. With the rising demand for AI-powered applications, data centers are integrating high-performance GPUs and advanced cooling systems to handle intensive workloads efficiently. These innovations not only optimize performance but also reduce operational costs, making AI a pivotal component in data center advancements.
AI-driven infrastructure allows for predictive maintenance, real-time performance monitoring, and dynamic resource allocation. By leveraging machine learning algorithms, data centers can anticipate hardware failures, optimize energy consumption, and enhance overall reliability. As AI applications grow, the integration of AI into data centers will continue to transform how businesses process and analyze data.
Environmental concerns are driving data centers to prioritize sustainability. By 2025, data centers are expected to consume approximately 2% of global electricity, pushing the industry to increase its reliance on renewable energy sources like solar, wind, and hydropower. Countries like China are implementing plans to boost renewable energy usage in data centers by 10% annually, while the U.S. sustainable data center market is projected to double in value by 2029. This shift not only reduces dependency on fossil fuels but also positions data centers as pioneers in the transition to a clean energy future.
Advancements in energy-efficient cooling technologies, such as liquid cooling and immersion cooling, are minimizing the environmental footprint of these facilities. These methods not only enhance operational efficiency but also significantly reduce water and electricity usage.
Sustainability initiatives go beyond energy sources. Data centers are increasingly employing green building designs, recycling heat generated by servers, and utilizing energy storage solutions to balance power demand. These efforts address environmental challenges while reducing operational costs, making sustainability a win-win for the industry.
Read more: Colocation Data Centers Evolution: Why They Matter
Hybrid cloud frameworks are becoming the norm for modern data centers. By integrating on-premises and cloud resources, these frameworks provide flexibility, enhanced security, and seamless scalability. Businesses can efficiently manage their operations while maintaining control over sensitive data.
The hybrid cloud approach allows organizations to distribute workloads strategically, leveraging the cloud’s scalability for non-sensitive operations while keeping critical processes on-premises. This model ensures better data sovereignty, compliance, and cost management.
As more businesses adopt hybrid cloud solutions, data centers are evolving to support these intricate ecosystems. This includes providing low-latency connections and robust APIs for seamless integration.
Traditional air-cooling methods are no longer sufficient for high-density data centers. Technologies like direct liquid cooling (DLC) and immersion cooling are being widely adopted to manage heat efficiently. These methods not only enhance performance but also contribute to energy savings, aligning with sustainability goals.
Liquid cooling involves circulating coolant directly to heat-producing components, while immersion cooling submerges hardware in thermally conductive liquids. Both approaches significantly reduce energy consumption and improve hardware lifespan, ensuring optimal performance and reliability.
Read more: Driving the Future: Integrating Renewable Energy into Data Centers
With the increasing energy demands of AI and other technologies, data centers are being established in regions with abundant and affordable energy resources. This trend is driving the global distribution of data centers, fostering innovation and efficiency in energy usage.
Strategically locating data centers near renewable energy sources, such as hydroelectric or geothermal plants, helps reduce operational costs and carbon footprints. Additionally, proximity to energy resources minimizes transmission losses and enhances reliability.
The search for optimal energy locations is not only a necessity but also a driver for innovation in construction and operation practices. These advancements ensure that data centers can meet growing demands sustainably.
Data centers are the lifeline of our digital world, supporting everything from cloud computing to real-time analytics. By embracing innovation and sustainability, they are not only addressing current challenges but also paving the way for a connected and efficient future.
Read more: What is a Data Center: Definition, Types, and Benefits
The data center industry is at a transformative juncture. From integrating AI and hybrid cloud solutions to adopting sustainable practices and advanced cooling technologies, these trends are defining the future of data centers. As we move into 2025, staying informed about these developments will be crucial for businesses and tech enthusiasts alike.
Ready to optimize your digital infrastructure? Contact our team to amplify the future of your business operations.
In the rapidly evolving landscape of digital infrastructure, businesses are increasingly reconsidering their cloud strategies. Cloud repatriation—the process of moving workloads from public cloud environments back to on-premises or colocation data centers—has emerged as a strategic approach for organizations seeking more control, predictability, and cost-effectiveness in their IT infrastructure.
The shift towards colocation is not a retreat from cloud technology, but a nuanced optimization of IT resources. As cloud costs escalate and performance challenges become more apparent, businesses are discovering that colocation offers a compelling alternative that combines the flexibility of cloud with the reliability of dedicated infrastructure.
This guide will explore the critical considerations businesses must evaluate when contemplating cloud repatriation to colocation, providing a comprehensive roadmap for a successful transition.
Cloud repatriation is a strategic IT infrastructure approach where organizations migrate their computational workloads, applications, and data from public cloud environments back to on-premises data centers or colocation facilities. Unlike a simple cloud migration, repatriation represents a deliberate reassessment of existing cloud strategies, driven by evolving business needs, performance requirements, and financial considerations.
This process is not a wholesale abandonment of cloud technologies, but rather a nuanced optimization of IT resources. Cloud repatriation allows businesses to:
Successful cloud repatriation requires a comprehensive evaluation of current cloud deployments, anticipated future technological needs, and a detailed migration strategy that minimizes operational disruption.
Read more: What is a Data Center: Definition, Types, and Benefits
The initial promise of public cloud—unlimited scalability and pay-as-you-go pricing—has been tempered by real-world complexities. Organizations are encountering several critical challenges:
Public cloud environments often lead to unexpectedly high costs. What started as an affordable solution can quickly become a budget-breaking expense, with complex pricing models and data transfer fees creating financial uncertainty.
Stringent regulations like GDPR, HIPAA, and local data protection laws create significant challenges for businesses using public cloud. Many industries require precise control over data location and access, which public clouds struggle to consistently provide.
Despite initial expectations, many businesses find that public cloud environments introduce latency and performance bottlenecks. Applications requiring high-speed, low-latency connections often perform better in dedicated or colocation environments.
Colocation emerges as a strategic solution, offering:
Read more: Essential Certifications for Data Centers in Indonesia
When analyzing the financial implications of cloud repatriation, a comprehensive Total Cost of Ownership (TCO) assessment is crucial. Public cloud costs often include:
In contrast, colocation provides:
Contrary to common misconceptions, colocation offers robust scalability:
Successful repatriation requires forward-looking capacity planning, anticipating future computational and storage needs.
Colocation data centers provide multilayered security approaches:
Key compliance considerations include:
Evaluate colocation providers based on:
Colocation empowers businesses with:
A successful migration requires:
Modern colocation providers prioritize environmental responsibility:
Critical selection criteria include:
For businesses in Indonesia, EDGE DC represents an exemplary colocation provider, offering Tier III facilities with 50+ ISP and carrier connections in downtown Jakarta.
Organizations typically experience:
Cloud repatriation to colocation is not a one-size-fits-all solution but a strategic decision requiring careful analysis. By methodically evaluating financial, technical, and operational factors, businesses can create a robust, efficient IT infrastructure.
Ready to explore colocation solutions? Visit EDGE DC to learn more about global-standard facilities tailored to your specific needs.
Data center certifications have become more than just a compliance checkbox—they are a critical benchmark of operational excellence and technological reliability. As businesses increasingly depend on robust digital infrastructure, the demand for certified data centers has surged, driven by stringent regulatory requirements, cybersecurity challenges, and the need for uncompromising operational standards.
This guide explores the most crucial certifications that define world-class data center operations in Indonesia. From financial sector regulations to international security standards, these certifications represent the gold standard of data center management, ensuring that critical digital assets are protected, accessible, and managed with the highest level of professional integrity.
Certifications are the backbone of trust in the data center industry. They serve as independent, rigorous validation of a facility’s capabilities, providing concrete assurance to clients that their digital infrastructure meets the most demanding global standards. These certifications go far beyond mere paperwork—they represent a holistic approach to:
For businesses, partnering with a certified data center means mitigating risks, protecting critical assets, and ensuring continuous, secure operations.
Read more: What is a Colocation Data Center? Complete with Pros and Cons
The Payment Card Industry Data Security Standard (PCI DSS) is fundamental for any data center handling payment information although not all requirements are applicable to data centers, with the focus primarily on network and physical security controls. This certification:
Key compliance requirements include network security, physical access control, and regular vulnerability testing.
SOC 2 Type II is a rigorous certification focusing on:
For cloud service providers and data centers handling sensitive client data, SOC 2 Type II demonstrates a commitment to maintaining the highest standards of operational control and security.
A testament to sustainable operations, this certification ensures:
Focuses on:
The gold standard for information security, covering:
Building upon previous regulations, this update:
Read more: Colocation Data Centers Evolution: Why They Matter
When selecting a data center, consider:
Certifications are no longer optional—they are essential indicators of a data center’s commitment to excellence, security, and reliability. For businesses operating in Indonesia’s dynamic digital world, partnering with a certified data center is not just a strategic choice, but a critical business imperative.
Read more: Green Data Centers: The Future of Sustainable IT Infrastructure
Invest in partnerships that prioritize standards, comprehensive security, and proven operational excellence.
EDGE DC maintains international certification standards, ensuring your infrastructure meets the highest compliance and security benchmarks. Contact our experts now for a free consultation and discover how we can assist your data management transformation strategy by completing the form below.
In the rapidly evolving digital landscape, businesses are constantly seeking robust, secure, and efficient IT infrastructure solutions. Two critical components of modern technology ecosystems are data centers and cloud computing—often discussed, but frequently misunderstood. At EDGE DC, we understand that navigating these technological options can be complex, and choosing the right infrastructure can significantly impact your business’s performance, security, and scalability.
Data centers are physical facilities designed to house critical computing infrastructure, providing a centralized location for an organization’s IT operations, servers, networking equipment, and data storage systems. These purpose-built environments are engineered to maintain optimal conditions, ensuring maximum uptime, robust security, and precise environmental controls that protect sensitive technological assets.
Cloud computing, by contrast, represents a more virtual approach to IT infrastructure, offering remote access to computing resources via the internet. While seemingly different, data centers and cloud technologies are deeply interconnected, with many cloud services actually running on sophisticated physical data center infrastructure.
In this article, we’ll break down the differences between data centers and cloud computing to help businesses decide which solution suits their needs. Whether you’re a small startup or a large enterprise, understanding these technological foundations is crucial for making informed IT infrastructure decisions.
Key points we’ll explore include:
Read more: What is a Colocation Data Center? Complete with Pros and Cons
At its core, a data center is a dedicated, purpose-built facility that serves as the central nervous system of an organization’s digital infrastructure. These high-tech facilities are meticulously designed to house, power, cool, and protect the critical computing equipment that drives modern businesses, from servers and storage systems to networking gear that enables seamless digital communication.
A data center’s infrastructure is a complex ecosystem comprising several critical components:
Cloud computing represents a revolutionary approach to delivering computing services, transforming how businesses and individuals access and utilize technological resources. At its essence, cloud computing is a model that enables ubiquitous, on-demand access to a shared pool of configurable computing resources via the internet.
Unlike traditional computing models that rely on local servers or personal devices, cloud computing allows users to access data, applications, and computing power through remote servers hosted on the internet. This approach fundamentally changes how organizations manage, store, and process digital information, offering unprecedented flexibility and efficiency.
The core principle of cloud computing is simple yet powerful: instead of maintaining physical data centers and computing infrastructure, businesses can access computational resources remotely, paying only for the resources they use. This model eliminates the need for significant upfront investments in hardware, maintenance, and infrastructure.
Cloud computing offers multiple service models, each catering to different business needs:
Read more: The Networking’s Trio: Latency, Bandwidth, and Throughput
Navigating the complex landscape of IT infrastructure requires a nuanced understanding of data centers and cloud computing. While both serve critical roles in modern business technology, they offer distinctly different approaches to managing computational resources.
| Characteristic | Data Center | Cloud Computing |
| Ownership | Physical infrastructure | Virtualized resources |
| Control | Direct hardware control | Provider-managed |
| Performance | Consistent, predictable | Varies with network conditions |
| Scalability | Requires physical upgrades | Instant, elastic scaling |
| Cost Model | Capital expenditure (CAPEX) | Operational expenditure (OPEX) |
| Security | Direct, customizable | Shared responsibility |
| Flexibility | Fixed infrastructure | Highly adaptable |
Selecting the right IT infrastructure is a critical decision that can significantly impact a business’s operational efficiency, security, and technological capabilities. While cloud computing offers a few advantages, there are specific scenarios where a data center—particularly a colocation solution like EDGE DC—becomes the optimal choice.
Businesses requiring granular control over their IT infrastructure find data centers invaluable. This includes:
Data centers provide the flexibility to:
Certain industries demand uncompromising security standards:
Data center security features include:
Applications requiring consistent, predictable performance benefit most from data center solutions:
Many industries face strict data handling regulations:
Data centers specialize in high-performance environments with:
While initial investments seem higher, data centers can provide long-term financial benefits:
Data centers offer:
Read more: Digital Transformation Strategy: Optimizing Cloud Computing or Data Center?
In today’s dynamic digital landscape, cloud computing has emerged as a transformative technology that offers unprecedented flexibility and efficiency for businesses across various scales and industries. Understanding when to leverage cloud solutions can provide significant competitive advantages.
Cloud computing becomes particularly attractive for:
Advantages include:
Organizations requiring extensive geographical reach benefit from cloud solutions:
Cloud computing enables:
Industries with variable computational demands find cloud computing ideal:
Key benefits include:
Technology-driven organizations leverage cloud computing for:
Cloud platforms provide:
Cloud computing offers strategic financial advantages:
Read more: Data Center Cooling Systems to Optimize Server Performance
As we’ve explored the intricate landscape of data centers and cloud computing, one fundamental truth emerges: there is no one-size-fits-all solution for IT infrastructure. Each business has unique requirements, challenges, and goals that demand a thoughtful, nuanced approach to technological decision-making.
The choice between data centers and cloud computing extends far beyond mere technical specifications. It’s a strategic decision that impacts:
Modern businesses are increasingly adopting hybrid infrastructure models that:
Before making an infrastructure decision, businesses must:
No single solution will perfectly meet every business need. The most successful organizations will:
By understanding the strengths of both data centers and cloud computing, businesses can create robust, efficient, and forward-looking IT ecosystems that drive innovation and competitive advantage.
Your infrastructure is not just a technical choice—it’s a strategic investment in your organization’s future.
Need more information? Connect with EDGE DC experts by completing the form below.
A data center is a specialized information technology facility designed to store, process, and distribute digital data securely and efficiently. As the heart of information technology infrastructure, data centers are strategic assets for organizations to manage their large data volume, which requires high computation reliability.
In today’s digital era, data centers play a fundamental role in supporting business operations. They are more than just rooms filled with computers and servers; they are neural centers that enable companies to run critical applications, store important information, and ensure business continuity in an ever-evolving technological environment.
The heart of every data center is its physical infrastructure, a complex and interconnected technology ecosystem. Modern servers are like giant brains, with multi-core processors capable of processing billions of instructions per second. Storage systems are no longer just conventional hard drives, but storage networks with hundreds of petabytes of capacity, arranged in advanced RAID co2nfigurations to ensure data redundancy and access speed.
RAID (redundant array of independent disks) is a way of storing the same data in different places on multiple hard disks or solid-state drives (SSDs) to protect data in the case of a drive failure.
Network devices like high-speed routers and switches act as nervous systems, routing data flows with millisecond precision. Every cable, every connection is designed to transfer information with maximum efficiency, creating a complex yet smooth digital communication network.
Cooling systems in modern data centers are advanced engineering works. Rooms are controlled with near-perfect precision, with temperatures maintained between 15-25 degrees Celsius. Advanced cooling technologies use methods like direct cooling, water cooling, and even immersion cooling systems that submerge servers in non-conductive, conductive liquid. According to a report by Datacenters.com, these methods are essential for maintaining optimal performance and energy efficiency.
Data center physical security employs a multi-layered defense to protect the facility and its contents. This includes perimeter defense with electronic fences, AI-powered surveillance cameras for 24/7 monitoring, and biometric access control to restrict entry only for authorized personnel. Trained security staff are present around the clock, while secure entry points and emergency response systems further safeguard the premises.
Connectivity in modern data centers is about light-speed and redundancy. Internet connections are not just high-speed but have multiple carriers and backup routes. Some data centers have direct interconnection options that allow direct data exchange between infrastructures without going through the public internet.
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These data centers are established and managed internally by an organization. They have the advantage of full control over infrastructure, security, and configuration. They are typically located within company buildings or in special areas built to support the organization’s computing needs.
Colocation data centers offer a shared facility solution where companies can place their server equipment in a service provider’s data center location. The primary advantages include access to premium infrastructure such as:
Using virtualization technology, cloud data centers enable access to computing resources via the internet. Companies can store and process data without needing to own physical infrastructure. Major providers like AWS, Google Cloud, and Microsoft Azure provide these services with high scalability and flexibility.
These are smaller facilities placed closer to end-users. Designed to reduce latency and improve data processing speed, edge data centers are crucial for applications requiring instant responses, such as Internet of Things (IoT), online gaming, and streaming services.
Imagine an IT infrastructure that offers complete control, allowing you to expand and contract resources based on your business needs. In a colocation data center, you can easily add or remove servers, storage, and networking equipment without the delays of traditional setups. Whether you’re a startup starting with a few servers or an enterprise scaling up to hundreds of nodes, you have the flexibility to select and manage exactly what you need—on your terms—without relying on third-party limitations or disruptions.
In comparison to building internal infrastructure, colocation data centers provide a far more efficient cost model. Companies can transform large capital expenditures (CAPEX) into measurable operational expenditures (OPEX). No need for expensive infrastructure investments, maintenance costs, or concerns about technological obsolescence.
Redundancy in modern data centers is designed to achieve 99.999% availability – meaning less than 5 minutes of downtime per year. Every critical component has a direct backup ready to take over instantly in case of failure.
Data center security goes beyond mere protection. It’s a holistic security ecosystem protecting data from physical and physical threats. Compliance with international standards like ISO 27001 and PCI DSS ensures layered protection.
Read more: Colocation Data Centers Evolution: Why They Matter
AI integration in data centers is not just a trend, but a fundamental transformation:
Imagine data centers that can:
Edge computing revolutionizes how we process information:
Real-world example: Smart city systems capable of making decisions in milliseconds based on data from thousands of sensors.
The data center architecture of the future is hybrid:
Sustainability is not just a trend, but a necessity:
Read more: Green Data Centers: The Future of Sustainable IT Infrastructure
Perhaps it’s time for you to move your IT infrastructure to a data center. Some key questions for you:
Ready to take the next step?
Fill out the form below and set up a meeting with our team at EDGE DC. We’ll help you explore how a data center solution can simplify and future-proof your IT strategy.
As digital transformation and IT workloads continue to grow, businesses need reliable solutions for storing and managing their data, as well as maintaining their servers. Hyperscale data centers offer an effective way to support these needs. In Indonesia, the demand for hyperscale data centers is expanding rapidly, driven by the growth of businesses across various sectors. In this article, let’s explore the current state of hyperscale data centers in Indonesia and what the future holds for this industry.
Hyperscale data centers are large-scale facilities designed to meet the massive data storage and processing demands of modern businesses. These data centers allow companies to scale their operations efficiently while maintaining high performance, far beyond the capabilities of traditional enterprise data centers.
The demand for hyperscale data centers has surged with the rise of major tech companies that rely on vast amounts of data to fuel their operations. Leading companies like Google, Amazon, and Microsoft continue to expand their data center networks to gain a competitive edge in the market.
Read more: Colocation Data Centers Evolution: Why They Matter
In Indonesia, hyperscale data centers are growing rapidly, with new facilities being built across key regions to meet the increasing demand for data storage and processing. The growth of artificial intelligence (AI) and automation also drives AI-ready data centers – opening more opportunities for hyperscale data centers. According to e-Conomy SEA 2024 research, data center energy capacity in the country has reached 200 megawatts (MW) and planned 270% additional capacity starting from this day. This surge in capacity demonstrates Indonesia’s tremendous potential as a hub for data center investment, positioning the country as one of the key players in the Southeast Asian digital economy.
The expansion of hyperscale data centers in Indonesia is also supported by the strategic location of these facilities. Many data centers are now being built in or near central business districts (CBDs), which helps businesses reduce latency, improve connectivity, and enhance overall performance. These data centers play a crucial role in supporting the growing digital infrastructure of Indonesia, offering solutions that address the data needs of enterprises across various industries, from finance and healthcare to e-commerce and government.
Despite the rapid growth, several challenges must be addressed in order for the hyperscale data center industry to continue its expansion. Industry leaders have raised concerns about the regulatory environment, including the need for more streamlined permit processes and clearer guidelines for data center construction. Water supply and energy infrastructure are also critical issues, as hyperscale data centers consume vast amounts of water for cooling and electricity for their operations.
Additionally, there is an increasing need for skilled labor to manage the growing complexity of hyperscale data centers, particularly with the rise of AI and machine learning technologies. Addressing these challenges will be key to ensuring that Indonesia’s hyperscale data center industry remains competitive on the global stage.
Read more: Data Center Trends (part 2) : Harnessing Power and Efficiency in Hyperscale Data Center
Looking ahead, the future of hyperscale data centers in Indonesia appears promising, with strong growth potential driven by ongoing digital transformation and increasing demand for data services. As businesses continue to adopt cloud computing, AI, and big data technologies, the need for high-performance, scalable data centers will only increase.
Recognizing the strategic importance of data centers and collaborating with related decision makers is crucial to foster a favorable environment for the industry’s growth. This includes efforts from each party to be aware of the benefits that data centers could offer and provide support from various aspects: law and regulations, infrastructure, and green technologies. With consistent support and continued private sector investment, Indonesia is well-positioned to become a leader in the Southeast Asian data center market.
From the explanation above, here are several key trends that are likely to shape the future of hyperscale data centers in Indonesia:
The demand for hyperscale data centers will continue to rise as businesses expand their digital infrastructure and migrate more services to the cloud. Indonesia’s growing tech ecosystem, along with the rapid adoption of e-commerce and fintech solutions, will drive the need for more robust data storage and processing capabilities.
As technology evolves, data centers are becoming more energy efficient, and rack power density is expected to increase. This trend will allow data centers to handle greater workloads without consuming additional space, optimizing both performance and cost-effectiveness.
Sustainability is becoming a key priority in the data center industry. As the environmental impact of energy-intensive data centers comes under scrutiny, there will be a growing focus on integrating renewable energy sources and energy-efficient technologies. Businesses and operators are expected to invest in green practices such as using solar power, advanced cooling technologies, and sustainable building materials to reduce their carbon footprint.
Read more: Driving the Future: Integrating Renewable Energy into Data Centers
The hyperscale data center industry in Indonesia is rapidly expanding, driven by the continued digital transformation and strong government support. As the adoption of AI, automation, and advanced technologies increases, the demand for hyperscale data centers will only continue to rise.
At EDGE DC, our latest facility, EDGE2 is designed to provide scalable solutions that not only boost business performance but also reduce environmental impact. Located in downtown Jakarta, our data centers offer state-of-the-art infrastructure to support your growth in a sustainable way.
Each hyperscale’s deployment is different depending on its size and the complexities it must accommodate. Interested in learning more about how we can help your business scale? Contact our team today for more information and to discuss your unique needs.
Colocation data centers Evolution have become increasingly vital in our data-driven modern world, serving as essential resources for organizations and businesses striving to protect their data from potential threats. With the rise of cyberattacks and the exponential growth of data, understanding how and when colocation data centers gained popularity is more important than ever. Did you know their rise coincided with significant advancements in technology? Keep reading below to find out.
A colocation data center evolution, often referred to as 2colo,2 is a facility where businesses can securely store their servers and data alongside other tenants. This shared environment offers dedicated racks, allowing organizations to run their servers without the worry of lag time, ultimately enhancing customer satisfaction.
Colocation data centers also provide significant cost savings in the long run, reducing maintenance and operational expenditures associated with managing an in-house data center. By leveraging shared resources, companies can focus on their core business activities while ensuring reliable data storage.
Read more: Data Center Maintenance : Ways to Effectively Maintain a Data Center
From the 1960s to the 1970s, computers shrank dramatically, setting the stage for the rise of personal computers in the 1980s and 1990s. However, this rapid technological advancement often overlooked environmental considerations. As the internet emerged, the demand for physical servers surged, resulting in the widespread establishment of data centers that now form the backbone of our digital world.
By the 2000s, social media platforms like Facebook highlighted the urgent need for robust IT infrastructure capable of supporting millions of users. The virtualization of services further propelled companies like Amazon to innovate large-scale cloud solutions, known as hyperscalers. According to Gartner, by 2025, 85% of infrastructures will integrate on-premises, colocation, cloud, and edge delivery options, underscoring the critical role of modern data centers.
As we advance into the future, our lives are increasingly intertwined with technology. This digital transformation allows us to perform everyday tasks more efficiently and accessible through automation and innovative features. Yet, virtualization also presents potential risks, such as malware, cyberattacks, and lag.
In todays world, data and speed are invaluable assets, making colocation data centers essential for securing your data, minimizing latency, and enabling business growth. By leveraging colocation services, organizations can ensure reliable data storage and performance, safeguarding their operations against external threats.
Read more: Data Center vs Cloud: Which One is Better?
Colocation data centers have grown significantly and continue to evolve, paving the way for future advancements in sustainability and efficiency. To enhance connectivity and support Indonesia’s economic growth, our parent company, Indonet, partnered with Digital Edge in 2021. Together, we established two state-of-the-art data centers1 and EDGE21in downtown Jakarta.
With up to 23 MW IT load and future expansion, we prioritize exceptional service and sustainability in every aspect of our operations. Reach out to our team of experts and join us in empowering your business through a green data center solution!
Climate change has become a global priority, affecting industries worldwide—including technology. As temperatures rise and environmental challenges grow, renewable energy has emerged as a key solution. Companies, institutions, and individuals are increasingly transitioning from traditional energy sources to renewable ones to reduce their environmental footprint. One sector at the forefront of this transformation is the data center industry. In this article, we explore how renewable energy is shaping the future of data centers and driving sustainability.
Renewable energy refers to power generated from natural and sustainable sources, such as sunlight, wind, water, and geothermal heat. According to the International Energy Agency (IEA) Renewable Report 2024, renewable energy consumption across power, heat, and transportation sectors is projected to grow by over 60%. In the electricity sector, renewables are expected to rise from 30% of global power generation in 2023 to 46% by 2030.
This significant growth highlights an increasing awareness among businesses and institutions about the need to adopt environmentally responsible practices. For data centers—known for their high energy demands—this shift to renewable energy offers opportunities to reduce carbon emissions, lower operational costs, and align with sustainability goals.
Read more: Digital Edge’s Green Finance Framework 2024
Integrating renewable energy into data centers may seem daunting, especially when traditional energy sources dominate. However, the transition can be gradual, with several key strategies that allow data centers to move towards sustainability without disrupting their operations. Several strategies includes:
Investing in renewable energy technologies is a powerful first step. By incorporating sustainable energy assets, data centers can reduce operational costs while supporting green initiatives. For instance, using solar panels, wind turbines, and hydropower to generate electricity with large capacities.
Another effective strategy is to sign a long-term contract with energy suppliers to purchase renewable energy. These agreements come in various forms:
Each type of PPA offers distinct benefits depending on the data center’s needs and goals.
Renewable Energy Certificates (RECs) serve as proof that electricity has been generated from renewable sources. They help data centers track and verify their sustainability efforts while supporting the broader renewable energy market. By integrating these strategies, data centers can take meaningful steps toward sustainability, reduce their environmental impact, and build a more energy-efficient future.
Indonesia is emerging as a key player in the renewable energy movement. The national electricity provider, PLN, has introduced clean and reliable energy solutions to support the growth of the data center industry. The data center industry itself has the potential to unlock economic opportunities worth up to $3.37 billion USD, while accelerating digital transformation in the region.
One notable and latest example is EDGE DC’s newest facility, EDGE2, which has received a 100% Renewable Energy Certificate (REC) from PLN. This follows our EDGE1 data center’s first utilization of RECs back in 2022. This certification underscores our commitment to integrating sustainable practices into data center operations and contributing to Indonesia’s green energy goals. In addition, EDGE2 implemented Nortek’s StatePoint® liquid cooling technology. This cutting-edge system reduces the energy required for cooling, cutting down our carbon footprint and further enhancing energy efficiency.
Related article: EDGE DC Becomes the First Operator in Indonesia to Deploy 100% REC and StatePoint Liquid Cooling® Technology
The future of data centers lies in renewable energy. As global demand for sustainable solutions grows, integrating renewable energy into data center infrastructure is no longer optional—it’s essential. Our EDGE2 facility is leading the way by harnessing renewable energy to support green IT initiatives. Together, we can power a more sustainable future, reduce environmental impact, and drive innovation in the tech industry. Reach out to our team for more information and enquiries.
