Building Your Own Data Center in India: A Comprehensive Guide

Introduction and Cost Estimation

Introduction and Defining Objectives

In the digital age, data is often referred to as the new oil. Whether it’s a multinational corporation or a small startup, the need for data processing and storage is universal. While cloud solutions offer flexible and scalable options, some organizations prefer to have complete control over their data by building their own data centers. In this multi-part series, we’ll guide you through the intricate process of setting up a data center in India.

The path to creating a fully functional data center is not a simple one. It involves several stages, each with its unique requirements and challenges. It begins with defining your objectives and scope, progresses through the stages of site selection, design, and construction, and culminates in the procurement and installation of necessary hardware and software.

Before you start purchasing equipment or scouting locations, however, it’s essential to define what you want to achieve with your data center. The scale and purpose of your data center will significantly impact every subsequent decision you make.

Are you building a data center to host your organization’s data, offer hosting services to other companies, or a combination of both? How much data do you plan to handle, both now and in the future? These are questions that need clear answers before you move ahead.

It’s also vital to ascertain the level of redundancy and uptime your data center needs. The tier of your data center, as defined by the Uptime Institute, depends on these parameters. A Tier 1 data center offers 99.671% uptime with no redundancy, while a Tier 4 data center guarantees 99.995% uptime with full redundancy. Naturally, the costs associated with building and maintaining each tier vary drastically.

Once you’ve defined your data center’s objectives and scope, you can move on to estimating the associated costs and potential sites for construction. The subsequent parts of this series will dive deeper into these topics, offering insights into the myriad factors that can impact your data center build-out project.

Keep in mind that the costs involved in setting up a data center can be substantial, and the values mentioned in this series are rough estimates for educational purposes only. For precise cost information, it is recommended to consult with vendors or data center construction specialists in India.

Article Part 2: Budget and Site Selection

Introduction and Cost Estimation

As we delve further into the intricacies of building your data center, two key considerations are the budget and site selection. These two elements play a fundamental role in shaping the direction of your data center project.

Estimating the Budget

Your budget will be influenced by numerous factors, including the size of the data center, the equipment used, the level of redundancy, and operational costs. In general, setting up a small-to-midsize data center could cost anywhere between INR 14,000 to INR 36,000 per square foot. These figures are, however, broad estimates. The actual cost will depend on your specific needs and the prevailing market rates.

The budgeting process typically involves evaluating both capital expenditure (CapEx) and operational expenditure (OpEx).

CapEx refers to the initial costs involved in setting up the data center, including:

  • Land: Cost will vary greatly depending on location.
  • Construction: Depending on the size and specifications, this could run into several crores.
  • Equipment: This includes server hardware, storage devices, network infrastructure, power and cooling systems, and software licenses.

OpEx, on the other hand, includes ongoing costs such as:

  • Maintenance: Regular upkeep of hardware and software.
  • Staffing: Wages for IT staff, security personnel, and maintenance workers.
  • Utilities: Regular expenses for power and internet connectivity.

Selecting the Site

The location of your data center is another significant decision. Several factors need consideration, such as the cost of land, accessibility, risk of natural disasters, local regulations, and the availability of power and connectivity. Proximity to your business operations might also be a factor, especially if you require low latency or quick physical access to the data center.

Cities like Mumbai, Bangalore, and Chennai have become data center hubs due to their robust infrastructure and connectivity. However, land and construction costs in these areas can be high. Depending on your requirements, it may be worth considering locations outside of major metropolitan areas.

In our upcoming articles, we’ll delve into the design and construction phases, and look at the procurement and installation of necessary hardware and software for your data center.

Article Part 3: Design and Construction

Network Infrastructure

After defining your objectives, estimating the costs, and selecting an appropriate site, the next stages in building your data center are design and construction. These are critical phases where you transform your plans into reality, making choices that will determine the functionality and efficiency of your data center.

Designing the Data Center

A well-designed data center optimizes space utilization, power consumption, cooling efficiency, and network connectivity. The arrangement of servers, the airflow design, the layout of power and cooling systems, and the network architecture are all integral aspects of the design process.

The design process should consider:

  • Server Layout: Servers should be arranged in a manner that optimizes airflow and cooling. The hot aisle/cold aisle design is a common approach to achieve this.
  • Scalability: The design should accommodate future growth, whether it’s adding more servers or upgrading existing ones.
  • Security: Both physical and cybersecurity should be factored into the design from the start.
  • Redundancy: Backup systems for power and cooling, as well as network redundancy, should be designed to ensure high availability and uptime.

A data center design consultant can provide valuable input, helping to ensure that your data center meets industry standards and is optimized for your specific needs.


Once you have a detailed design, construction can begin. This phase involves not just the construction of the building itself, but also the installation of power and cooling infrastructure, network cabling, security systems, and more.

The construction process typically involves:

  • Building: This includes not just the server rooms but also office space, restrooms, loading docks, etc.
  • Power Infrastructure: Establishing a reliable connection to the power grid and installing backup power systems.
  • Cooling Systems: Installation of HVAC systems and other cooling equipment.
  • Network Infrastructure: Laying down the network cabling and setting up connectivity with ISPs.
  • Security Systems: Installation of access control systems, surveillance cameras, and fire suppression systems.

In the next part of our series, we will delve into the specifics of procuring and installing server hardware, storage, and software. Remember, the costs associated with these stages can vary greatly depending on a range of factors, so it’s important to obtain precise quotes from contractors and vendors.

Article Part 4: Procuring and Installing Hardware and Software

Server Hardware and Storage

With a solidly constructed building in place, it’s time to turn it into a functional data center by installing the necessary server hardware, storage, and software.

Server Hardware and Storage

The heart of your data center is the server hardware. This includes the servers themselves as well as the storage infrastructure.

Servers come in many forms and sizes, from standalone tower servers to rack servers and blade servers. The specific requirements of your data center, such as the amount of processing power and memory you need, will dictate your server choice. Server costs can vary widely, ranging from a few lakhs to several crores of INR.

Storage is another crucial aspect. You may opt for Direct-Attached Storage (DAS), Network-Attached Storage (NAS), or a Storage Area Network (SAN) depending on your needs.


The software you install on your servers is equally important. This includes the operating system, database software, network management software, security software, and more.

For the operating system, you have choices ranging from open-source options like Linux to commercial offerings like Windows Server. Similarly, database software can range from open-source options like MySQL to commercial solutions like Oracle Database. Virtualization software like VMware or open-source alternatives like KVM allows you to maximize server utilization.

Network Infrastructure

The networking equipment connects all your servers and storage devices together and to the outside world. This includes switches, routers, firewalls, and more. You’ll also need to establish a connection with an Internet Service Provider (ISP).

When selecting your network infrastructure, consider both your current needs and potential future expansion. Your network should be robust enough to handle your data traffic with room to grow.


Installation involves racking the servers, connecting the network cabling, setting up the power distribution, and getting the software up and running. This is a job for IT professionals, and you’ll want to ensure that everything is done correctly to avoid problems down the line.

In our upcoming articles, we’ll delve into the final considerations for building a data center, including staffing, security, and maintenance.

Article Part 5: Staffing, Security, and Maintenance


The construction and installation of equipment may signal the end of the physical building process, but your journey with your data center is far from over. Now, it’s about ensuring smooth operations, which is possible only with the right staff, stringent security measures, and regular maintenance.


The operation of a data center requires a diverse range of skills. You’ll need IT professionals to manage the servers and network, security personnel to handle physical security, and maintenance workers to deal with HVAC, power systems, and more.

Your staffing needs will depend on the size of your data center, but you should budget for at least a few full-time positions. Some roles may be outsourced if it’s more cost-effective.


Data center security involves both physical and cybersecurity.

Physical security can involve everything from access control systems and surveillance cameras to employing security guards. The level of physical security required will depend on the sensitivity of the data you’re handling.

Cybersecurity involves protecting your servers and network from digital threats. This includes installing firewalls, using secure network protocols, regularly updating and patching your software, and monitoring your network for any signs of intrusion.


Regular maintenance is crucial to ensure your data center continues to operate smoothly. This includes not just the servers and network equipment, but also the power systems, cooling systems, and even the building itself.

Some maintenance tasks can be performed by your own staff, but others may require specialist contractors. For example, HVAC systems often require regular servicing by qualified professionals to remain in optimal condition.

Given the vast scope and ever-changing nature of technology, providing precise costs for each individual component required in a data center setup can be challenging. The prices of these components vary significantly based on factors such as brand, capacity, performance, and the specific needs of the data center.

However, to provide you with a general sense of potential costs, we can outline some average price ranges for some of the major components. Remember, these are just estimated figures in INR and may not reflect the current market prices accurately:

Network Infrastructure

  1. Routers: High-end routers suitable for a data center environment might range between ₹1 lakh to ₹10 lakh each, depending on the brand, features, and capacity.
  2. Switches: Enterprise-level switches can range from ₹50,000 to ₹5 lakh each.
  3. Firewalls: Commercial-grade firewalls start from ₹50,000 and can go up to ₹20 lakh, depending on the protection level.
  4. DDoS Protection: Prices can vary significantly based on the scale of protection needed. DDoS protection services could cost anywhere from ₹1 lakh to ₹20 lakh annually.

Server Hardware and Storage

  1. Servers: Depending on the specifications, a server can range from ₹1 lakh to ₹10 lakh.
  2. Storage: Direct-attached storage (DAS) could cost ₹50,000 to ₹5 lakh, Network-attached storage (NAS) may range from ₹1 lakh to ₹10 lakh, and Storage Area Network (SAN) systems can range anywhere from ₹5 lakh to ₹50 lakh.


  1. Operating System: Linux distributions are generally free, while Windows Server licensing could cost anywhere from ₹20,000 to ₹1 lakh per server.
  2. Database Software: Open-source options like MySQL are free, while commercial solutions like Oracle Database can range from ₹1 lakh to ₹20 lakh depending on the scale.
  3. Virtualization Software: VMware pricing can vary significantly based on the specific products and scale, but may range from ₹1 lakh to ₹10 lakh.

Power Infrastructure

  1. Uninterruptible Power Supplies (UPS): These can range from ₹1 lakh to ₹10 lakh depending on capacity and features.
  2. Generators: Industrial generators suitable for a data center might range between ₹5 lakh to ₹50 lakh.

Cooling Infrastructure

  1. HVAC Systems: Commercial HVAC systems suitable for data centers can range anywhere from ₹5 lakh to ₹50 lakh, depending on the capacity and specific features.

This is a non-exhaustive list and there might be additional costs related to cabling, rack infrastructure, security systems (both physical and cybersecurity), and various other peripherals. Please consult with vendors or data center specialists for the most accurate pricing based on your specific needs.

Article Part 6: Delving Deeper into the Data Center Components

Power and Cooling Infrastructure

Building a data center involves an assortment of technologies and equipment. In this part, we’ll explore these components more closely, and discuss the prominent products or solutions available in the market. Remember, the aim here is to give you a sense of the possible options – the actual choice should be tailored to your specific needs.

Network Infrastructure

An efficient network infrastructure is crucial for the smooth operation of a data center. Here are a few commonly used components:

  1. Routers: Cisco’s ASR 1000 Series is an example of routers that offer industry-leading performance, instant-on service capabilities, and high availability.
  2. Switches: The Arista 7500R Series is a high-performance data center switch suitable for enterprises, which provides scalable L2 and L3 resources and high-density 100GbE.
  3. Firewalls: The Fortinet FortiGate series offers next-generation firewall solutions that provide proven protection with unmatched performance across the network.
  4. DDoS Protection: Services like Cloudflare or Akamai Prolexic provide comprehensive DDoS protection to ensure your data center’s network is secure from such attacks.

Server Hardware and Storage

Your choice of server hardware and storage solutions will significantly impact your data center’s performance:

  1. Servers: Dell PowerEdge servers offer a wide range of options in terms of power, size, and price. They’re known for their reliability and are widely used in data centers.
  2. Storage: The Dell EMC PowerVault series is a commonly used Direct Attached Storage (DAS) solution. For Network Attached Storage (NAS), you might consider the NetApp FAS series. For Storage Area Networks (SAN), the HPE 3PAR StoreServ could be a suitable high-performance option.


The choice of software can influence the efficiency, security, and manageability of your data center:

  1. Operating System: Linux distributions like Ubuntu Server, CentOS, or Red Hat Enterprise Linux are popular choices for server environments. Windows Server is also a robust choice, particularly for organizations heavily invested in the Microsoft ecosystem.
  2. Database Software: MySQL, PostgreSQL, and MongoDB are widely used open-source database systems. Oracle Database and Microsoft SQL Server are popular commercial options.
  3. Virtualization Software: VMware vSphere is an industry-leading virtualization platform. Alternatively, KVM (Kernel-based Virtual Machine) is a full virtualization solution for Linux on x86 hardware.

Power and Cooling Infrastructure

Power and cooling infrastructure are the backbone of a data center, ensuring its continuous operation:

  1. Power Supplies: APC’s Smart-UPS is a popular series that offers uninterruptible power supply. Generac and Cummins offer industrial generators that are well-suited for data center use.
  2. Cooling Systems: Companies like Vertiv (formerly Emerson Network Power) and Schneider Electric offer efficient cooling solutions designed for data centers.

Article Part 7: Importance of Security in Data Centers

Security in Data Centers

One can’t stress enough the significance of security, both physical and cyber, when it comes to data centers. It’s essential not only for the protection of expensive equipment but, most importantly, for safeguarding the valuable data the centers hold. Let’s delve into the different aspects of security you need to consider.

Physical Security

Physical security measures are vital to protect the data center from unauthorized access and potential harm. Here are some key elements:

  1. Access Control Systems: Biometric systems such as the Morpho Sigma Series provide advanced features like fingerprint and face recognition. Alternatively, card-based systems like HID’s ProxCard Plus offer secure access control with the convenience of a card.
  2. Surveillance Cameras: Companies like Hikvision and Bosch offer a wide range of surveillance cameras suitable for various environments and lighting conditions.
  3. Security Personnel: Hiring a security team can offer an additional layer of protection. Security agencies provide trained guards who can monitor access, respond to incidents, and patrol the data center facility.

Cyber Security

Given the surge in cyber threats, protecting your digital infrastructure is just as important as physical security.

  1. Firewalls: As discussed earlier, Fortinet’s FortiGate series offers robust firewall solutions. Alternatively, Cisco’s ASA with FirePOWER Services offers comprehensive protection from known and advanced threats.
  2. Intrusion Detection and Prevention Systems (IDPS): Solutions like Cisco’s FirePOWER NGIPS and Check Point’s IPS provide effective network security, identifying and preventing a wide range of threats.
  3. Security Information and Event Management (SIEM): Software like Splunk Enterprise Security and IBM’s QRadar provide real-time analysis of security alerts generated by applications and network hardware.
  4. Antivirus and Anti-malware Software: Solutions like Symantec Endpoint Protection and Kaspersky Endpoint Security for Business provide robust protection against a multitude of threats, including viruses, malware, ransomware, and zero-day exploits.
  5. Data Protection: Encryption tools like BitLocker for Windows and FileVault for Mac provide a means to protect data at rest. Data in transit can be secured using SSL/TLS encryption, which is built into most web servers and browsers.

Article Part 8: Maintenance and Management of a Data Center

Maintenance and Management

Once your data center is up and running, maintaining its efficiency and performance becomes paramount. Regular upkeep is required not only for the servers and network equipment, but also the power systems, cooling infrastructure, and the physical building itself. This includes both proactive maintenance and reactive repairs.

Proactive Maintenance

This involves routine inspections, cleaning, testing, and minor repairs to prevent breakdowns. Here are some key considerations:

  1. Hardware Maintenance: Regular inspections of servers, storage devices, and network equipment are crucial. You can use predictive monitoring tools like Dell’s iDRAC (Integrated Dell Remote Access Controller) or HPE’s iLO (Integrated Lights-Out) to identify potential hardware issues before they result in failures.
  2. Software Updates: Regular updates and patches are needed for your operating system, database software, virtualization software, and security tools. Tools like IBM BigFix or ManageEngine Patch Manager Plus can help automate this process.
  3. Power and Cooling Systems Maintenance: Regular servicing of UPS systems, generators, and HVAC systems is essential. Most manufacturers offer annual maintenance contracts (AMCs) for their products.

Reactive Repairs

Despite the best proactive measures, occasional breakdowns are inevitable. Having a plan for rapid and effective response to hardware failures, power outages, cooling system breakdowns, or security incidents is crucial.

Vendor Support

A key part of your maintenance plan will involve support contracts with your equipment vendors. Most hardware vendors offer warranties and support contracts that can provide rapid repair or replacement of faulty equipment.

For example, Dell’s ProSupport suite offers 24×7 hardware and software support. Similarly, HPE’s Pointnext services offer a variety of support options to keep your data center running smoothly.

Third-Party Maintenance

In addition to vendor support, you might also consider third-party maintenance providers. These companies can often provide maintenance services for a variety of equipment, often at a lower cost than vendor contracts. Companies like Park Place Technologies and Curvature offer global third-party maintenance services.

Article Part 9: Scaling Data Center Operations

One of the key factors to consider when building a data center is future growth. Whether it’s increased network traffic, the need for additional storage, or accommodating new technologies, your data center should be scalable to meet growing demands. Here’s how you can achieve scalability in different components of a data center:

Scalable Network Infrastructure

As your organization grows, so will the volume of network traffic. To accommodate this, consider the following:

  1. Modular Network Equipment: Choose networking hardware that can be easily expanded or upgraded as your needs increase. For example, modular switches allow you to add more ports as required.
  2. Software-Defined Networking (SDN): SDN offers flexibility in managing and adjusting network traffic. SDN controllers like Cisco’s Application Policy Infrastructure Controller (APIC) allow for dynamic responses to changes in network demand.

Scalable Server Hardware and Storage

Your data storage needs are likely to increase over time. Here are some options to ensure scalability:

  1. Scalable Servers: Servers like the Dell PowerEdge series allow for easy expansion of RAM and storage.
  2. Cloud Storage and Hybrid Solutions: As your data grows, maintaining all of it on-premises might not be feasible. Cloud storage solutions offer virtually unlimited scalability. Hybrid storage solutions, such as Dell EMC’s Unity XT series, combine the benefits of on-premises and cloud storage.

Scalable Power and Cooling Infrastructure

As you add more hardware, power and cooling requirements will also grow:

  1. Modular UPS: UPS systems like the APC Symmetra PX series are modular, allowing you to add more units as your power needs increase.
  2. Scalable Cooling Solutions: Modern data center cooling solutions can be scaled to match growth. Products like Vertiv’s Liebert CRV Self-Contained Row-Based Cooling unit can be added as needed to match your hardware growth.

Scalable Software Infrastructure

Finally, your software infrastructure must also be prepared for increased demand:

  1. Virtualization: Virtualization allows for the easy addition of new virtual servers without the need for additional hardware.
  2. Containerization: Container technologies like Docker can help manage and scale applications across your infrastructure.

Article Part 10: Implementing DDoS Protection Solutions

In today’s interconnected digital landscape, Distributed Denial of Service (DDoS) attacks have become a common threat to businesses worldwide. These attacks attempt to render your services unavailable by overwhelming them with traffic from multiple sources. Therefore, implementing DDoS protection has become an indispensable aspect of any data center setup. In this segment, we’ll provide a roadmap to help you navigate DDoS protection implementation.

Step 1: Assessment

Begin with a thorough understanding of your current infrastructure, its weak points, and the potential impact of a DDoS attack on your operations. Recognize the critical services that need to remain active and consider the repercussions of their downtime on your business.

Step 2: DDoS Response Plan

Create a detailed DDoS response plan. This plan should encompass communication procedures, technical response steps, and recovery actions. Ensure it is easily accessible and understood by all members of your organization.

Step 3: Selection of DDoS Protection Solutions

Choosing the right DDoS protection solution is pivotal. You have several options:

  • On-Premise DDoS Protection: Devices installed within your network, such as firewalls, routers, and switches. Dedicated DDoS protection solutions like Fortinet FortiDDoS fall under this category.
  • Cloud-Based DDoS Protection: Cloud-based services can distribute the onslaught of traffic across a vast network of servers, thereby absorbing a DDoS attack’s impact. Examples include services like Cloudflare, AWS Shield, and Akamai Prolexic.
  • Hybrid DDoS Protection: A combination of both on-premise and cloud-based solutions provides the immediate response of on-premise solutions and the high-capacity handling of cloud-based solutions.

In addition, let’s discuss a couple of key players in the DDoS protection market:

  • Arbor Networks: Offers solutions like Arbor Edge Defense (AED) for on-premise protection, Arbor Cloud for cloud-based DDoS protection, and Arbor Sightline with Insight for a unified view of the threat landscape.
  • Juniper Networks: Provides solutions like Juniper Connected Security, Juniper MX Series Routers with DDoS Secure software, and Juniper SRX Series Gateways for a comprehensive security suite, including DDoS protection.

Here’s a brief overview of what these companies offer:

Arbor Networks

Arbor Networks, a subsidiary of NETSCOUT, offers an extensive suite of DDoS protection services. They have a comprehensive approach that involves detection, mitigation, and reporting on DDoS attacks.

  • Arbor Edge Defense (AED): This is an on-premise, always-on, automated solution that is positioned at the network edge. AED can detect and mitigate both inbound DDoS threats and outbound malicious communication, effectively acting as the first and last line of defense for an organization.
  • Arbor Cloud: A fully managed, cloud-based DDoS protection service that defends against volumetric DDoS attacks that might overwhelm internet connectivity.
  • Arbor Sightline with Insight: This solution provides a unified view of the threat landscape using advanced traffic analytics, and it helps organizations detect threats before they impact business services and infrastructure.

Juniper Networks

Juniper Networks provides high-performance network solutions. Their DDoS protection comes as part of their broader security suite, leveraging their robust networking hardware.

  • Juniper Connected Security: Juniper’s approach integrates security with all points of connection across the network – from client to cloud. This allows the network to actively detect and enforce security policies, including DDoS prevention, throughout the network.
  • Juniper MX Series Routers: These routers can be equipped with Juniper’s DDoS Secure software, which uses advanced machine learning algorithms to identify and block DDoS attacks.
  • Juniper SRX Series Gateways: These devices provide advanced threat mitigation services, including DDoS protection, for large enterprises and service providers. They combine security, routing, switching, and WAN connectivity in a single platform.

Step 4: Implement the Protection Solutions

Deploy your selected DDoS protection solutions as per the vendor’s instructions. Ensure your network architecture, routing policies, and firewall rules are configured correctly to support these solutions.

Step 5: Regular Testing

Perform regular tests of your DDoS response plan to identify any potential gaps in your defenses and to make sure your team knows what to do in the event of an attack.

Step 6: Monitor and Update

Maintain a continuous monitoring system to identify unusual network traffic patterns that may indicate a DDoS attack. Keep your DDoS protection solutions updated to handle the latest types of DDoS attacks.

Step 7: Training

Training your team to understand DDoS attacks and your organization’s response plan can help reduce the impact of an attack on your operations.

Implementing DDoS protection is not a one-time task; it demands ongoing attention to keep up with the evolving threat landscape. It’s advisable to work with cybersecurity consultants or directly with vendors to ensure you have the most suitable approach for your specific needs. These guidelines should be seen as the starting point, and you should adapt these as per your unique requirements.

Remember, the costs mentioned in this series are rough estimates for learning and informational purposes only. For precise cost information and specific solutions, please consult vendors or data center construction specialists in India.

Implementing DDoS Protection Solutions – Costs & Estimates

This segment provides a roadmap for DDoS protection implementation, including cost estimates.

Step 1: Assessment

A comprehensive understanding of your current infrastructure, vulnerabilities, and potential DDoS impact is the starting point. This step may require consultation with cybersecurity experts. Costs can vary based on the complexity of your network but expect to spend approximately INR 2,00,000 to INR 5,00,000 for professional services.

Step 2: DDoS Response Plan

Developing a DDoS response plan involves defining communication procedures, technical responses, and recovery steps. If done internally, the cost is the time invested by your team. Otherwise, cybersecurity consultant services may range from INR 1,00,000 to INR 3,00,000.

Step 3: Selection of DDoS Protection Solutions

Here, we delve into actual DDoS protection solutions and their costs:

  • On-Premise DDoS Protection: Devices like Fortinet FortiDDoS may cost anywhere from INR 5,00,000 to INR 20,00,000 depending on the model and capacity.
  • Cloud-Based DDoS Protection: Services like Cloudflare offer packages starting from $20 (around INR 1,500) per month for small businesses and go up to enterprise-level packages that may cost thousands of dollars per month. AWS Shield provides free basic protection and advanced protection for $3,000 (around INR 2,24,000) per month.
  • Hybrid DDoS Protection: Combining on-premise and cloud-based solutions can range from INR 10,00,000 to INR 30,00,000, depending on the specific solutions chosen.

Two key players in DDoS protection are Arbor Networks and Juniper Networks. Arbor’s solutions vary in cost based on the exact product and scale, but expect costs to start from INR 10,00,000 and go up based on your requirements. Juniper’s solutions also vary widely, but hardware like Juniper MX Series Routers can range from INR 2,00,000 to INR 20,00,000, again based on specific models and requirements.

Step 4: Implement the Protection Solutions

Ensure correct configuration of your network architecture, routing policies, and firewall rules. The implementation cost could be included with your solution purchase or could require additional investment.

Step 5: Regular Testing

Regular testing is essential. The cost here mainly involves the time commitment of your staff, but tools to simulate DDoS attacks for testing purposes may cost around INR 1,00,000 to INR 2,00,000.

Step 6: Monitor and Update

Continuous monitoring is necessary for early detection of attacks. Software for this purpose can range from free open-source solutions to premium services costing up to INR 5,00,000 annually.

Step 7: Training

Investing in training your team on DDoS attacks can help reduce the attack’s impact. Training costs can vary but expect to spend around INR 50,000 to INR 1,00,000 per person for professional training services.


Building a data center is no small feat. It involves careful planning, substantial financial investment, and a dedicated team of professionals. However, with the right approach and careful attention to detail, you can create a data center that meets your needs and serves as a vital asset for your organization.

Remember that all costs and considerations mentioned in this series are rough estimates for the purpose of understanding and learning. Precise cost information and specific solutions should be obtained from vendors or data center construction specialists in India based on your specific needs.

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I'm Suresh Kumar, Director of DOMAIN REGISTRATION INDIA PRIVATE LIMITED – one of India's premier Domain Registration and Web Hosting Companies. With over 17 years of experience as a Linux Server Administrator, I have profound expertise in virtualization and control panel software, including WHM/cPanel, Plesk, and Direct Admin. Beyond server administration, I am a seasoned Full Stack Developer, specializing in the LAMP stack (Linux, Apache, MySQL, PHP). Additionally, I'm adept at web development with HTML, CSS, and JavaScript. As a WHMCS expert, I've also ventured into the dynamic world of digital marketing. My skills span On-Page SEO, comprehensive site audits, pay-per-click campaigns, content marketing, and both blog and article writing. For insights and articles, you can check out my blog at I'm always open to networking and collaborations. Feel free to reach out to learn how my company and I can cater to your digital requirements.

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