In today’s fast-paced and technology-driven business landscape, data centers play a vital role in ensuring the smooth operations of an organization. These data centers are responsible for storing, processing, and managing large amounts of data that are critical to business operations. However, maintaining a high level of responsiveness in managing data centers can be a complex and challenging task. This is where managed services come into play, offering businesses a valuable solution in assisting their data centers operations.
Managed services are an integral part of modern data center management. These services cover a wide range of tasks, from monitoring and maintenance to security and disaster recovery planning. These services are designed to take the burden of data center management off an organization’s IT department, allowing them to focus on strategic tasks instead of day-to-day operational issues. Let’s explore the key roles that managed services play in improving your business resilience:
Managed Service Providers (MSPs) use advanced tools to continuously monitor data center health. This proactive approach helps detect and address potential issues before they become critical, reducing the risk of unexpected downtime. For any enterprise, regardless of its industry, concentrating on core competencies is essential for maintaining a competitive edge. Managed services allow businesses to offload the time-consuming tasks of data center maintenance, monitoring and management to experts in the field. Outsourcing enables the organization’s IT personnel to concentrate on strategic initiatives, innovation and customer-centric endeavors that directly impact the business’s growth and differentiation.
Data security is a major concern for businesses of all sizes. Managed Service Providers (MSPs) can provide key insights to future-proof companies’ workload and minimize potential cybersecurity risks by evaluating their overall IT Infrastructure and Network architecture. MSPs have the knowledge and capabilities to build and oversee robust security measures, including firewalls, intrusion detection systems, and encryption, that effectively protect sensitive data from the ever-present threat of cyberattacks
Managed services provide businesses with the agility to fine-tune their data center resources in response to evolving demands, all without requiring large capital investments. This can enable enterprises to reduce the dedicated resources that they need to invest in managing day-to-day operations in the Data Center by outsourcing to MSPs with the additional flexibility to request more services whenever required.
Outsourcing data center management is a strategic move that can deliver significant benefits to your business. It allows organizations to lower total cost of ownership, avoiding investment in dedicated infrastructure, the hassle of hiring and training staff, and the financial burden associated with ongoing maintenance and upgrades.
Improving business resilience with the integration of managed services within your data center is a wise and strategic choice for today’s organizations. The potential consequences of data center downtime and data loss are significant, making it imperative to collaborate with an experienced managed service provider to mitigate these risks. By entrusting data center management to experienced experts, businesses can concentrate on their core competencies, increase their resilience, and remain agile in the ever-evolving technology landscape.
Read related article: 5 Characteristics of a Reliable Data Center for Businesses
Tencent Cloud today announced its collaboration with Digital Edge, a trusted and forward-looking data center platform company, to improve connectivity via integration with the Edge Peering Internet Exchange (EPIX) at EDGE1 data center in Jakarta, operated by PT Ekagrata Data Gemilang (“EDGE DC”). This strategic joint effort enables Tencent Cloud to directly access the EPIX platform, facilitating seamless and efficient data exchange. By joining forces with Digital Edge, Tencent Cloud demonstrates its commitment to fostering connectivity and strengthening digital infrastructure in emerging markets, including Indonesia.
Read more: Internet Exchange: Making Internet in Indonesia Faster
EPIX is an exceptional carrier-neutral Internet exchange that offers ultra-high-speed connectivity, powered by a robust, redundant network platform. It serves as a valuable tool for all peering participants, including Carriers, ISPs, Content Providers, and Enterprises, facilitating swift and cost-effective exchange of IP traffic. Whether the goal is to optimize network performance, enhance redundancy, or reduce operational costs, EPIX stands as the ideal platform to connect with the global network.
Tencent Cloud’s entry as one of the pioneering cloud service providers to join EPIX in Jakarta highlights its strong confidence in the Indonesian cloud market. With a robust global infrastructure network spanning 26 geographic areas and 70 availability zones, including two data centers in Jakarta, Indonesia, Tencent Cloud offers over 400 technologies and connectivity solutions to support enterprise-grade digital transformation. By establishing local data centers, Tencent Cloud brings its services closer to customers and users, reducing data access delays and accelerating digital transformation for businesses and organizations throughout the country, in compliance with regulatory requirements and provides additional disaster recovery options across the Asia-Pacific region.
“We are pleased to further establish ourselves as a major international cloud services provider, hand-in-hand with EPIX in Jakarta. This achievement is a testament to our 20+ years of experience in technological innovation and our robust infrastructure foundation. By establishing this connection, we are taking a significant step towards promoting connectivity in emerging markets and driving the advancement of digital infrastructure. We are genuinely excited about the vast opportunities this collaboration presents and remain fully committed to accelerating the digital transformation across diverse industries in Indonesia.”
“Digital Edge is committed to offering diverse connectivity options to our colocation customers, including providing internet exchanges to enable peering and foster a thriving digital ecosystem within our data centers. Through working with leading cloud services providers such as Tencent Cloud we are able to further our mission to bridge the digital divide and bolster digital infrastructure across Asia’s fast growing markets, including Indonesia.”
We all know that Data Centers and Cloud Computing are very important technologies for most businesses today. In the past, Data Centers and Cloud Computing were two distinct entities. However, now these two terms are beginning to merge, and the trend for on-premises data centers is rapidly being replaced by Cloud Data Centers.
If you see this trend, which technology is actually the right one to support your business?
In this article, we want to invite you to explore the role of Data Centers in Cloud Computing, and gain a better understanding of the synergy between Data Centers and Cloud Computing that has proven to enhance business growth.
For those who have been in the Data Center industry for a while, this technology is likely to be quite familiar. A Data Center is an IT infrastructure facility designed for hosting and managing data, which includes computing and storage resources. Data Centers consist of various components including networks, infrastructure and the storage media itself.
When we talk about Data Centers in Cloud Computing, the difference is not too far off. In this context, the term often refers to Cloud Computing as IaaS (Infrastructure-as-a-Service), PaaS (Platform-as-a-Service), and SaaS (Software-as-a-Service).
Read more about Types of Cloud Computing in Indonesia.
Data Centers in Cloud Computing also play important roles in a business, helping it run operations such as:
It’s important to note that when we refer to Data Centers here, we are talking about on-premises Data Centers, whereas Cloud Data Center refers to Cloud Computing. In simple terms, an on-premises Data Center is a data center that is built and managed by a company. This Data Center can also be used for Cloud Computing, known as private Cloud Computing, accessible from anywhere.
On the other hand, a Cloud Data Center is a third-party Cloud Computing service that can be rented and used by customers, and it can be tailored to their needs. Unlike on-premises Data Centers, Cloud Data Centers are resources dedicated to multiple customers. These services include Google Cloud, AWS, and Microsoft Azure, among others.
Although they can be used for similar purposes, on-premises Data Centers and Cloud-based Data Centers have their own advantages and disadvantages. To get a more comprehensive picture, let’s compare these two resources:
| Business Needs | On-premises Data Center | Cloud Data Center |
| Dedicated to 1 company | ✅ | ❌ |
| Customization of hardware and system | ✅ | ❌ |
| Security & data encryption | ✅ | ✅ |
| Easy scaling up and down | ❌ | ✅ |
| Requires maintenance cost | ✅ | ❌ |
| Cost based on usage | ❌ | ✅ |
| Full data control and monitoring | ✅ | ❌ |
| Nearly 0% downtime | ✅ | ✅ |
| Automatic data backup and recovery | ❌ | ✅ |
It is undeniable that the massive penetration of Cloud Computing has changed how companies see Data Centers. Not all types of business need on-premises Data Centers, which require significant investment, expensive high-tech hardware, and secure locations.
Many entities are now offering an easy deployment alternative, which is Cloud Computing-based Data Centers or what we know as hyperscale Data Centers.
Through this model, companies can still utilize all the Data Center facilities, but with significantly competitive advantages, ranging from cost efficiency, flexibility, to customized scalability adjustments.
For an organization with branch offices spread across various regions, a network that is interconnected, secure, and reliable is one of the challenges that must be overcome. To address this, Wide-Area Network (“WAN”) technology emerged with all its advantages and conveniences.
However, innovation doesn’t stop there. While most of us still use traditional WANs, it’s time we get acquainted with a new technology called Software-Defined Wide Area Network (SD-WAN), which offers significantly better performance and flexibility.
In this article, we will invite you to understand what SD-WAN is, how it works, its benefits for modern businesses, and its crucial role in optimizing connectivity to Data Centers.
What is SD-WAN? SD-WAN is a network architecture approach that intelligently optimizes and manages Wide Area Networks through software. This technology enables centralized and automated network control, replacing reliance on rigid conventional hardware.
The core of SD-WAN is the use of Software-Defined Networking (SDN), which allows for the abstraction of the control plane from the forwarding plane. This means SD-WAN can dynamically route data traffic across various connection types (MPLS, broadband internet, 4G/5G LTE, etc.) based on predefined policies.
Through SD-WAN, organizations can create a simpler, more automated network infrastructure, often supporting Zero-Touch Provisioning (ZTP), allowing device deployment at branch locations with minimal manual configuration.
In general, SD-WAN can be defined as a network technology that can be utilized to optimize and manage WAN by leveraging software to control data traffic in a simpler, more efficient, and effective way. This enables seamless integration of various network types, from public internet connections, wireless networks, to existing Multi-Protocol Label Switching (MPLS), tailored to the organization’s performance and cost needs.
The fundamental difference between what is SD-WAN and traditional WAN lies in their architectural approach. Traditional WANs are generally built on exclusive circuits and heavily rely on dedicated hardware at each location, requiring complex manual configuration and high operational complexity.
SD-WAN works in a much more flexible and intelligent way:
SD-WAN separates the network control function (the brain) from the data forwarding function (the path). This allows network management to be done centrally via a software-based controller.
SD-WAN leverages tunneling (e.g., IPsec VPN) over various existing network infrastructures. This means it can combine multiple connection paths (e.g., two broadband connections and one MPLS) into a single, more reliable, and high-performance logical link.
The SD-WAN controller continuously monitors the conditions of each connection path (latency, jitter, packet loss, bandwidth) and application characteristics. Based on defined policies (e.g., prioritize VoIP and video conferencing), it automatically directs application traffic to the best path in real-time.
Administrators can configure and manage the entire WAN from a single centralized interface, whether it’s on-premise or cloud-based. This includes defining data traffic rules, security policies, and Quality of Service (QoS).
The interconnected networks will then be identified and grouped into several segments, after which data exchange from each network can be monitored via a centralized control system. SD-WAN intelligently routes traffic to Software-as-a-Service (SaaS) or Infrastructure-as-a-Service (IaaS) in the cloud, as well as to the company’s Data Center (whether self-owned or a colocation service), ensuring optimal performance and security. SD-WAN can also monitor various aspects such as latency and network security proactively. Through this mechanism, SD-WAN can work automatically to determine the most effective path for data transmission, which ultimately affects speed and bandwidth consumption efficiency.
SD-WAN is a crucial technology whose application is highly relevant for organizations whose businesses heavily depend on network connectivity, especially those adopting cloud computing and Data Center infrastructure. Beyond fast access, SD-WAN also ensures secure network access with the lowest possible risk. Furthermore, here are some of its main benefits:
With centralized management and application-based routing, a network administrator can easily make changes or create network security rules that best suit needs in real-time. Zero-Touch Provisioning (ZTP) support allows SD-WAN devices to be deployed at branch locations automatically, reducing operational complexity and lowering administrative costs.
SD-WAN allows for the simultaneous use of multiple different ISPs, providing flexibility in choosing an internet provider based on cost, performance, or availability. You can even select different ISPs at each location. This significantly enhances network reliability; when one ISP connection fails, SD-WAN automatically switches to a backup path from another ISP, ensuring uninterrupted operations.
The freedom to create appropriate rules and an automated working system enables SD-WAN to maintain optimal performance for every application. This is crucial for real-time applications such as Voice over IP (VoIP) or video conferencing, or access to critical business applications hosted in the cloud or Data Center, ensuring that Service Level Agreements (SLAs) are met and the user experience remains optimal.
Because SD-WAN can intelligently integrate and leverage various network types (e.g., redirecting non-critical traffic from expensive MPLS to more affordable broadband internet), organizations can significantly reduce bandwidth costs. Furthermore, SD-WAN maintenance costs are also much lower compared to complex, hardware-based traditional WAN architectures.
SD-WAN is equipped with robust security systems, including end-to-end encryption, network segmentation, and integration with cloud security services. This authorized system ensures that only legitimate devices and users can access the network, helping protect against DDoS attacks, malware, hacking, and data theft. Many modern SD-WAN solutions also feature integrated firewalls and Unified Threat Management (UTM) functions, which are vital for protecting connectivity to your Data Center.
For organizations that rely on Data Centers—whether on-premise, colocation services, or private cloud—SD-WAN is a crucial solution.
Through the explanation of what SD-WAN is above, we now understand its significant potential to enhance and optimize the network performance of companies and their branch offices centrally, especially in ensuring efficient, secure, and reliable connectivity to your Data Center. By utilizing its advanced operational approach, SD-WAN proves to be far superior for application across various applications, locations, and particularly in integrating and optimizing access to Data Center infrastructure.
Ready to optimize your network and Data Center connectivity? Learn more or consult your needs by filling out the form below.
Smart Cities have been one of the long-standing focuses in several developing regions of Indonesia. A Smart City represents a modern urban environment where technology will be the key factor in realizing a sustainable and efficient community life. In most people’s minds, a Smart City is an urban ecosystem where the use of Artificial Intelligence (AI), Internet of Things (IoT) and Autonomous Vehicle powered by 5G infrastructure are common and accessible to all. A city like this does indeed sound very futuristic and ideal, but if we analyze further, the development of a Smart City requires collaboration from many fields. A crucial factor for a city to transform into a Smart City is to find ways to collect and utilize data to improve services and the quality of life for its residents. This means that advanced technologies such as Artificial Intelligence and Automation are not the only requirements to fulfill. Data Centers will also play a fundamentally important role in realizing the concept of a Smart City by storing and managing data as well as an interconnection hub to link these services to end users. In this article, we will take you on a journey to explore the role of Green Data Centers in building a safe and environmentally friendly Smart City.
If we were to draw an analogy, Data Centers are the backbone that will support every aspect of smart city management, especially for data storage and processing needs. For example, when a smart city project aims to implement autonomous vehicles or digitally-based healthcare services, this kind of project requires storage and processing of vast amounts of data with fast connectivity to ensure the real-time response required. This is where Data Centers can play a crucial role in providing the necessary infrastructure. In addition, the Data Center can also help other technologies that are currently developed in Indonesia such as 5G technology, to be utilized optimally, for mass usage in the country as an integral part of the vast population. Through integrated services, the government can benefit from this setup, starting with more effective data management, maximizing health services, Big Data analysis, monitoring education and other important public services. The challenge that needs to be solved in these services is also related to data management, which can reach terabytes by conservative estimate. In this critical area, interconnected data centers such as EDGE DC can help support integrated services through a low latency connectivity and highly scalable IT infrastructure. The data center will be a single platform that will store and process all the data collected. Meanwhile, 5G technology will help the public and related parties to have greater access to relevant data with faster speed, enabling a new generation of tech-driven services to benefit the public and reduced reliance on manual processes.
Environmental issues are becoming increasingly prominent, prompting the need for new breakthroughs to support carbon emissions reduction campaigns. It is impossible for the Data Center industry to ignore this issue as their operations require significant energy consumption, which contributes significantly to carbon emissions. According to data from the Climate Neutral Group, Data Centers around the world contribute to greenhouse gas emissions, accounting for at least 2% of the total global emissions. However, despite criticism regarding the substantial energy consumption of Data Centers, it cannot be denied that Data Centers also play a central and irreplaceable role to support the growth of the digital economy globally. In fact, there are steps that can be taken to help reduce energy consumption in Data Centers, one of which is the use of Green Data Centers. These infrastructure facilities are designed to minimize environmental impact, starting with selecting more environmentally friendly energy sources and using innovative technologies to optimize energy consumption. In other words, Green Data Centers can contribute to the realization of smart city projects that many people dream of, without disregarding environmental concerns. Through this simple explanation, we can understand that the advancement of the digital economy can go hand in hand with environmental issues.
In an effort to implement sustainable business practices and reduce their carbon footprint, companies are increasingly turning to renewable energy sources. One important area where this shift is taking place is in the operation of data centers, which are the backbone of the digital economy. The adoption of renewable energy in data centers is not only an environmentally responsible choice, but also a strategic move that can significantly impact business growth. In this article, we will explore the ways in which the adoption of renewable energy in data centers can positively contribute to business growth.
One of the most direct benefits of renewable energy adoption is overall cost reduction. With the advancement of technology, investment costs for infrastructure that extract Solar, Wind and other renewable energy such as Geothermal are getting lower. By partially or fully adopting these renewable energy, companies can reduce their long-term operational costs as they can tap into sustainable energy sources that generate electricity for a long period of time.
Renewable energy adoption often goes hand-in-hand with energy-efficient practices. Data centers that utilize renewable energy tend to implement technologies and designs that maximize energy efficiency with sustainability in mind. These include sustainable design, advanced cooling systems and automation, all of which contribute to lower energy consumption and operational costs.
Read more about energy efficiency news here.
With sustainability in mind, governments around the world are implementing stricter environmental regulations. Companies that purely rely on fossil fuels may face increased compliance costs and penalties. The Indonesian government itself is strongly committed to achieving its target of 23% renewable energy utilization by 2025. Adopting renewable energy can help businesses stay ahead of these regulatory changes and demonstrate a commitment to sustainability.
More about our data center compliance here.
Lastly, consumers are increasingly conscious and concerned with the environmental impact and sustainability efforts of companies. Business that adopt renewable energy and have shown commitment to reducing their carbon footprint can enhance their brand image and appeal to environmentally conscious customers. This can lead to increased customer loyalty, higher sales, and a competitive edge in the market.
With Indonesia’s naturally abundant renewable power sources, including solar, wind and geothermal power, data centers are increasingly utilizing clean energy to power their operations. This green approach not only reduces carbon emissions, but also positions Indonesia as a key player in global efforts to combat climate change while meeting the growing demand for digital services in the region. One of the data centers in Indonesia that has started to use 100% renewable energy is EDGE DC for its first data center EDGE1 Jakarta. This makes EDGE DC a pioneer for its business standards.
Adopting renewable energy in data centers is a strategic choice with huge growth potential in today’s environmentally conscious world. Amidst the global push to address climate change and sustainability, renewable energy investments can reduce environmental impact and ensure long-term success for businesses in the digital age.
EDGE DC is your trusted partner in utilizing renewable energy for data centers in Indonesia. Contact our dedicated team to reap the benefits of renewable energy for your business today, and be a part of the green revolution shaping the data center landscape in Indonesia.
When it comes to interconnectivity between networks, efficiency and performance are two very important factors. To optimize the efficiency and performance of a network, we must find the right method to manage them. Network Peering itself is one of the many methods commonly used to manage data traffic to achieve those two factors.
Network peering is sometimes also known as IP Peering, or even just Peering, and so far this network management method is often compared to IP Transit. In this article, we want to take you through getting to know more about Network Peering, starting from the definition, types, and benefits.
IP Peering is a method for two or more computer networks (operated by an ISP or Network Service Providers) to connect and exchange data directly, without having to pass through the services of a third party.
IP Peering is often chosen for its ability to improve connectivity without having to rely on many other network services, which makes the process and path of data exchange more efficient.
The name “Peering” itself actually refers to an agreement between two parties (ISP or Company) willing to exchange traffic that is mutually beneficial for both parties.
The ultimate goal of network peering is that each party is able to optimize the utilization of network resources while also able to reduce costs for network usage.
For more detailed information about types of network peering, read this article here.
Since it is an agreement, network peering can take several different forms. So far, there are 3 types of peering that we most often encounter, namely:
Private Peering is the simplest and most common type of peering whereby two peering partners interconnect via a dedicated IP connection. Private Peering is usually used in Colocation Data Centers through cross-connect service but can also be achieved through virtual connection via Cloud.
The second type of peering is Public Peering, where two or more internet service providers are connected through Internet Exchange Point (“IXP”). Through a neutral IXP, peering partners who are open for multilateral peering are able to exchange data without having to cooperate privately. This type of peering is usually free with several providers and content sharing non-dedicated capacity at a neutral interchange (“IX”).
The last type is Paid Peering whereby two networks exchange traffic with an underlying payment to provide direct access to each other’s customers. Paid peering ensures that a dedicated capacity is allocated to the paying party so as to improve customer experience. This type of peering is common between large Internet Service Providers (ISPs) and content providers who require large amounts of traffic sent to their customers.
Above we have explained what Network Peering is complete with its types. Then what benefits will we get if we utilize this Network Peering?
For ISPs or network infrastructure companies, Peering can help them to create more effective and efficient network routes. Through peering, dependence on IP transit which can cause route inefficiencies can be reduced.
In Network Peering, data exchange routes will be optimized so that ISPs do not need third-party IP Transit when accessing data or content. With Network peering, ISPs can operate at a more affordable cost and reduce prices for network access.
Through peering, ISPs in general are able to reduce the number of hops used to send data to the end destination. This process will allow data to be sent directly without having to go through transit, resulting in shorter distances, and ultimately achieving lower latency and improving access speed.
We have mentioned above that with peering, the access speed will become faster and tend to be more stable due to reduction in the distance that Data must be traveled. In the end, this will create better customer experience through lower risk of access failure and improved service quality.
Not only can the peering method solve various problems with the network and operational costs, but this cooperation model can also promote greater collaboration between ISPs and bring various innovations to create a much better internet service.
As a Cloud, Carrier, and IX Neutral Data Center, EDGE DC offers Edge Peering Internet Exchange (EPIX) as a primary peering solution that can be tailored to your business needs. By leveraging EPIX, EDGE DC helps ensure connectivity performance and reliability, supporting your business for smoother and greater success. For more information on available peering options, please visit our PeeringDB for EPIX, and contact our team to initiate peering through EDGE DC.
Indonesia, a country with the 4th largest population in the world and a burgeoning digital landscape, is in the midst of a technological transformation. The catalyst to this is the rapid deployment of 5G technology, which promises to revolutionize not only the way businesses operate but also the sustainability of data centers. In this article, we will explore the profound impact of 5G on data centers and business operations in Indonesia, ultimately pointing towards a reliable partner for your business growth.
In the past decade, Indonesia’s digital economy has experienced rapid growth, but issues related to inadequate infrastructure and internet speed remain a barrier to further development. The introduction of 5G technology will revolutionize the digital landscape by offering greater accessibility, enhanced speed of data transfer but also increase the urgency for reliable data centers. In a world that is becoming increasingly interconnected, this acceleration is of paramount importance, especially for industries that heavily rely on low latency and real-time data processing.
With the advent of 5G, data centers in Indonesia will need to support the capacity to swiftly process and transmit immense data volumes to end users. This is to enable greater user experience and empower new generations of technology, positioning Indonesia favorably in the era of digital transformation.
The integration of 5G will elevate the data centers specification to unprecedented levels due to the need to support higher power, greater connectivity and scalability. A pivotal aspect of 5G technology, edge computing, has emerged as a foundation, facilitating data processing in proximity to its source. This approach minimizes latency, empowers real-time decision-making and leverage real-time data analysis for predictive maintenance, optimization of supply chains, and the enhancement of overall efficiency.
The growth of 5G extends beyond speed and emphasizes overall efficiency as well. Environmental sustainability is one of the most important priorities for the Data Center and efforts are being made toward a greener future. Innovations in 5G infrastructure, like network slicing, enables greater efficiency as operators can optimize network performance and resource allocation, resulting in a substantial decrease in energy usage. This energy efficiency aligns with the global commitment for sustainable development, benefiting businesses by cutting operational costs and promoting an eco-friendly future.
Read more about Green Data Centers here.
5G represents more than just a technological advancement, it serves as a key enabler for new industries and products by interconnecting devices and end users. Driven by 5G9s capabilities in delivering low latency and high bandwidth, businesses can fully tap the potential of innovations such as Augmented Reality/Virtual Reality, automation, artificial intelligence and the Internet of Things (IoT). This proliferation of digital innovation, empowered by 5G, is expected to fuel substantial business growth through greater speed and efficiency.
Indonesia is on the brink of a digital transformation powered by 5G technology. As data centers become faster, smarter and greener, businesses stand to benefit from unprecedented opportunities for growth and efficiency. EDGE DC stands out as a reliable and strategic partner for businesses seeking to harness the power of 5G with state-of-the-art infrastructure, cutting-edge technology, and a commitment to sustainability. Reach out to our dedicated team to discover the advantages of 5G Technology for the enhancement of your business now.
In today’s digital age, data centers serve as the heart of modern businesses, powering various online services and applications. However, the ever-increasing demand for data storage and processing capabilities has raised concerns about the environmental impact of these facilities. Environmental Health and Safety (EHS) in data centers is a critical aspect that seeks to strike a balance between operational efficiency and sustainability. This article explores the importance of EHS in data centers, potential environmental challenges, and the best practices for creating eco-friendly and safe data center environments.
Data centers consume an enormous amount of energy to power their servers, cooling systems, and other supporting infrastructure. As a result, they contribute significantly to greenhouse gas emissions and environmental pollution. To address this, data center operators are increasingly investing in energy-efficient technologies, such as advanced cooling systems, server virtualization, and renewable energy sources. By reducing their carbon footprint, data centers are not only becoming more environmentally responsible but also reducing overall operational costs.
Read more about the advanced cooling system in the data center.
One of the major challenges in data centers is managing the heat generated by thousands of servers. Inefficient cooling systems can lead to excessive water consumption and increase the strain on local water resources. To combat this, data centers are adopting innovative cooling technologies, such as liquid cooling and hot/cold aisle containment. Additionally, they are implementing water recycling and reclamation programs to minimize water usage and waste.
Data centers house a myriad of electronic components that contain hazardous materials, such as lead, mercury, and cadmium. When improperly disposed of or mishandled, these materials can pose serious health risks to both employees and nearby communities. To ensure proper hazardous waste management, data centers adhere to strict regulations and guidelines, including the safe disposal and recycling of electronic waste.
Data centers store critical data, making fire safety a paramount concern. Adequate fire suppression systems, early detection mechanisms, and emergency response plans are crucial to safeguard data centers against potential disasters. Additionally, disaster recovery plans must be in place to ensure data continuity in the event of natural calamities or other emergencies.
Efficient data center functioning hinges significantly on capable and devoted staff. Hence, prioritizing workplace safety and enhancing employee welfare is paramount. Data centers enforce stringent safety training initiatives, uphold rigorous equipment handling protocols, and furnish employees with suitable personal protective equipment (PPE). These measures collectively will help mitigate the potential for accidents and occupational risks.
As society’s dependence on data centers for the storage and processing of extensive information continues to grow in line with greater digital adoption, the need to consider Environmental Health and Safety (EHS) issues becomes more critical than before.
In EDGE DC, we offer secure and sustainable digital infrastructure for your future business. Reach out to our dedicated team to discover the benefits of eco-friendly and secure data center environments now.
We are now in an era where digitalization is inevitable and the same applies for the financial service industry ( 2FSI 3) which has reduced reliance on physical processes and shifted towards digital adoption. Furthermore, technology has also created greater efficiency for the FSI, such as utilizing big data analytics for predictive modeling.
In order for such workloads to run smoothly, the Data Center is one of the things that many companies in the financial sector are starting to look at. But what kind of data center is suitable for the financial services sector? Here are several criterias to consider.
Organizations utilize Data Center for various purposes, ranging from centralized data storage, business information process, to improve their interconnectivity requirements. To ensure that the Data Center facility provides numerous benefits to the organization, the selection of a Data Center should also consider these following criterias:
Although servers, files, or anything stored in a Data Center can be accessed remotely via the internet, Data Center location still plays a crucial role. Ideally, organizations should choose a Data Center located not too far away from their office and in a non disaster-prone area.
Proximity to end-users ensures smooth and fast access to information or data stored in Data Centers. Choosing an area that is not prone to disasters can minimize any unforeseen risks.
A Data Center located in the downtown area such as Jakarta is an ideal choice, besides being close to the office area, organizations can also benefit from reliable power supply and the presence of multiple internet service providers.
In addition to being safe from disaster-prone areas as we have mentioned above, Data Center security should also be a key consideration in the Data Center selection process. This is important to ensure that stored data, or anything within the Data Center can only be accessed by authorized parties.
Related to this, you can choose a Data Center with highly secured infrastructure, including multi layer security measures with access controls.
For those who might not be familiar, interconnectivity in Data Centers refers to a private pathway or connection that enables businesses to exchange data with improved quality, both virtually and through physical media.
In Data Centers, ease of interconnectivity can overcome two main aspects: enhancing network latency and cost-saving on private connections. At EDGE DC, this is achieved exceptionally well, as EDGE DC colocation is connected to various Internet Exchanges and internet service providers in Indonesia.
Similar to other fields, Data Centers also possess several certifications or qualifications awarded by professional organizations to Data Center providers, to show that it can meet specific standards, for example ISO 270001.
Choosing Data Center services from a certified provider ensures that they have been assessed properly and received recognition from authorized certification bodies.
Another crucial consideration is a Data Center9s ability to scale its capacity according to business needs. As volume of data increases in line with business growth, an organization’s demand for storage capacity will rise accordingly.
Moreover, unexpected spikes in workload due to increased demand might require scaling up the infrastructure. Therefore, choosing a Data Center with the capability to scale according to business needs is a must to ensure operational continuity in the future.
Those are the top 5 criteria that can be utilized by Financial Services sectors to define the best Data Center services.
If you9re interested in using a Colocation Data Centers but unsure where to start and what to look for, you can directly inquire with the EDGE DC team directly by filling out the form below.
