Category "Blog"

The conversation around networking solutions has reached a critical juncture, and software-defined wide area networks (SD-WAN) have become central to this discourse. The SD-WAN market is projected to reach USD 13.7 billion by 2027, growing at a compounded rate of 31.9% annually. As enterprises demand agile, built-for-purpose, future-ready, cost-effective, and secure networking solutions, SD-WAN represents a preferable alternative to the limitations of traditional networking solutions. This article delves into the transformative business benefits of SD-WAN, its advantages over traditional WAN technologies, and why enterprises must take immediate notice.

What is SD-WAN and how has it evolved?

Consider this scenario: A retail chain with stores in multiple cities, each running different promotions, handling distinct inventory, and serving diverse customer needs. How do they ensure that all of their branches communicate efficiently with the headquarters and with each other? How do they safeguard sensitive data that is exchanged over their network?

SD-WAN emerges as a game-changing solution in these contexts. It leverages software-defined networking (SDN) to establish a more agile and responsive network ecosystem. It dynamically optimizes WAN performance, delivering an exceptional user experience.

Traditional WAN vs. SD-WAN

Traditional WAN architectures offer robust stability, compatibility with legacy systems, and regulatory compliance. Through high-quality connections like MPLS, they guarantee performance where it is critical. Being a widely adopted technology, many organizations have the in-house expertise to manage them efficiently. On the other hand, they are known for their rigidity and inefficiency, often requiring a lot of manual configurations. The lack of centralized management is also a major drawback. All of this results in higher costs, poor performance and lack of scalability.

SD-WAN revolutionizes this space by offering significant WAN optimization. SD-WAN shines in its ability to offer agile, cost-effective, and scalable networking solutions with centralized management. Leveraging software-defined networking, it optimizes traffic routes, prioritizing essential applications for enhanced performance and reliability. Additionally, built-in security features, such as end-to-end encryption, fortify the network, making it an alternative to traditional WAN technologies.

Organizations adopting SD-WAN can expect to reduce networking costs while significantly improving their bandwidth. Its fast, reliable, and secure network can handle any unprecedented surge in users. Centralized management and better visibility keep diverse locations connected efficiently.

Sify’s Managed SD-WAN: Features and benefits

Sify, a recognized niche player in the Gartner Global Managed Services Magic Quadrant, offers a cutting-edge managed SD-WAN platform, developed in collaboration with top OEMs. Sify SD-WAN helps enterprises to meet the evolving network requirements with unmatched agility, security, and scale.

• Improved performance:
  

  Superior application steering, intelligent routing and application prioritization result in accelerated performance, reduced latency, and enhanced user experience.

• Cost savings:
  

  SD-WAN brings down hardware costs and optimizes bandwidth and network assets utilization, helping to derive the best long-term ROI.

• Simplified management:
  

  Centralized control, policy management and automation simplify network management, reducing manual configurations and enabling efficient scaling. Management dashboards offer granular views based on business intent.

• Enhanced security:
  

  SD-WAN security benefits include bolstered overall network security, encrypted traffic and secure connections for remote offices.

• Application awareness:
  

  SD-WAN excels in application-aware dynamic bandwidth allocation, particularly useful in high-demand scenarios. Pre-configured SD-WAN policies can immediately identify and prioritize latency-sensitive traffic to ensure there is no degradation in quality.

• Automatic failover:
  

  SD-WAN’s intelligent algorithms detect congestion or failure on the primary connection, and they automatically switch traffic to a secondary connection, ensuring uninterrupted user experience.

For more insights into a best-practices-driven SD-WAN implementation, click here to learn how Sify’s SD-WAN services combine robust performance with cost-effectiveness.

Emerging trends: The future of SD-WAN

SD-WAN as-a-Service: Managed SD-WAN deployments are growing rapidly, with more enterprises choosing to outsource WAN management to specialized service providers. By 2020, this number had risen to nearly 50%, from just 8% of deployments in 2017. There has been a noticeable shift towards offering SD-WAN as-a-service, with businesses able to adopt this technology without hefty upfront investments.

SD-WAN and Secure Access Service Edge (SASE): When integrated into a SASE framework, SD-WAN benefits from an additional layer of security, which makes policy-based, secure access to network resources efficient and highly secure. For example, SD-WAN enhances secure remote access by providing encrypted pathways between remote locations and central networks. To add to this point, the focus on zero-trust security models further boosts SD-WAN’s credentials as a secure networking solution, by ensuring that all traffic is verified before access to the network is granted.

SD-WAN and Cloud: Traditional WAN architectures often struggle to efficiently route cloud-bound traffic, leading to suboptimal performance and potential security risks. SD-WAN dynamically routes traffic based on application type, quality of service requirements, and network conditions. It can identify the most efficient path to a particular cloud service and optimize the route for performance, reliability, and security. Furthermore, SD-WAN solutions often have native integrations with major cloud service providers. Such “cloud on-ramp” capabilities empower SD-WAN for rapid and secure cloud access.

SD-WAN and AI: AI-driven automation is enhancing SD-WAN by enabling smarter traffic management and improved security through anomaly detection. By integrating AI and machine learning, SD-WAN becomes capable of intelligent network optimization and predictive analytics. A unified approach (often enabled by a single management console) consolidates heterogeneous networks and traffic onto a single platform for easier management and also serves as a rich source of network and security data.

SD-WAN and the Edge: SD-WAN enables near-real-time data processing and analysis at the source, reducing latency and boosting application performance. Its dynamic traffic routing capabilities also enhance efficient data handling at distributed edge locations, allowing organizations to deliver timely insights and actions.

Conclusion: Key considerations for implementing SD-WAN

SD-WAN will play a pivotal role in the next wave of digital transformation. Organizations that are considering the switch should begin by assessing their needs and choose an SD-WAN solution or a service provider who can offer the full suite of capabilities suited to these needs.

Sify delivers a managed SD-WAN platform that enables the network agility and security needed by the modern-day enterprise. Sify’s SD-WAN platform supports customers’ network needs across a multi-service provider and multi-media environment. Learn how you can empower your network with our SD-WAN services. Learn more

The Indian data center market has witnessed phenomenal growth in recent years, driven by the increasing adoption of digitalization, internet penetration, e-commerce and cloud computing. Due to accelerated adoption of public cloud and data sovereignty policies, major global players are investing heavily in hyper-scale facilities, turning the nation into a hyperscale data center hub to meet the increasing demand of cloud services.

According to a report, the data center industry in India to cross 1.3 GW capacity and grow 2.4x by 2024. The hyperscale market is expected to grow 20% from 2021 to 2026, with over 300 new hyperscale sites in development globally today, that number is expected to surpass 1,000 by end of 2024.

Hyperscale Data Center Colocation Providers in India are Revolutionizing Data Center Infrastructure:

Having a data center in India has its own benefits. Several prominent data center providers have already made significant investments in data centers that offer massive colocation facilities, capable of housing high-performing servers and storage systems, providing immense computing power, storage capacity, and scalability. These data centers cater to all the needs of Public Cloud providers, global Enterprises, and OTT players, who require massive infrastructure to support their digital services and handle the exponential growth of data.

Let’s explore the reasons why India is an attractive destination for hyperscale Data Centers

1. Vast market size and growing digital economy
   

   The proliferation of data generation at edge, vast market size with favorable business environment, and India’s rapidly expanding digital economy, fuelled by the government’s Digital India initiative is making India- one of the main data centers destinations in the world. Policies aimed at data localization and data sovereignty has incentivized both domestic and international CSPs to establish hyperscale data centers in India to comply with these regulations.

2. Increased adoption of cloud services in India
   

   The increase in cloud services adoption in India reflects a broader trend of digitalization and technology-driven innovation. As organizations continue to realize the benefits of cloud computing, India is poised to play a pivotal role in the global cloud services landscape.

   Cloud-born startups and automation-dependent businesses are defining the growth and scale of data center services. For instance, hybrid cloud adoption is enabling digital enterprises to leverage private infrastructure for compliance, sensitive workloads, greater control on the applications and environment, and tap into the high computing power of public clouds for bursting or scaling requirements, enabling digital innovation, and easier access to next-gen technologies like AI/ML, thus accommodating evolving business needs.

3. Scalable data center campuses with growth options for up to 10 years
   

   Scalability is one of the top challenges that hyperscalers and enterprises face as the demands on their technology systems increases. To help customers data processing seamlessly, hyperscale companies need exceptional storage, capacity, and flexibility to match their internal data processing requirements.

   Hyperscale-ready data centers facilities in India are designed to become agile to cater the growing demand and meet any load they service. By setting up new availability zones set up and built-to-suit capabilities, most data center providers offer growth options for up to 10 years, enabling faster time to market in a cost-effective manner.

   Sify’s data center in Rabale, Mumbai is an expandable mega data center campus designed for 10 towers, with 5 of them fully operational. The large campus has a 200 MW IT power capacity with up to 15,000+ racks. The remaining towers are in development and planning phase to favor hyperscale and retail clients’ dynamic workloads.

4. Dense interconnect networks
   

   The availability of dense interconnect networks has played a significant role in contributing to the growth of data centers in India. Hyperscale data center providers help businesses seamlessly connect to public clouds through high speed, low latency network while ensuring enhanced quality of services (QoS), secured information exchange, and guaranteed performance.

5. Ample Stable power
   

   The rapid growth of data center usage results in a growth of energy needs of the facility. Hyperscalers look for locations with access to stable and redundant power infrastructure, including multiple power grids, reliable electrical connections, and backup generators. India hosts several locations across its geographical reach that offers ample power and the capacity to scale up as hyperscalers’ operations expand. Data center providers assess the availability of power grids, transmission lines, and substations in the vicinity to attract and meet hyperscalers core requirements.

6. Abundant Renewable Energy Potential
   

   India offers substantial renewable energy potential, including solar and wind power. The country’s focus on renewable energy development aligns with the sustainability goals of hyperscale data center operators which is to make themselves carbon-neutral, making India an attractive choice for establishing environmentally friendly data centers. Most data center service providers in India are investing in green practices to meet the sustainability guidelines.

   Sify data centers are green and energy-efficient data centers with 200+ MW of renewable power contracted. Additional nation-wide Green power for upcoming Data Center facilities is underway. With a reduction in carbon footprint by 28% during 2021-22, Sify ensures implementation of innovative practices to achieve low PUE (ASHRAE guidelines) and low WUE (Green Grid guidelines). It is a significant commitment to dedicated solar and wind renewable investment.

7. Skilled Workforce and Technological Expertise
   

   India has a large pool of skilled Data Center professionals with deep Subject matter expertise in electrical, mechanical and Data Center design as well as operations. India has traditionally been strong in developing IT professionals, with a strong foundation in software development, network engineering, and data management. This talent pool is critical for operating and managing hyperscale data centers. The presence of a thriving IT services industry further contributes to the availability of skilled personnel with the necessary expertise.

8. Cost Advantages
   

   India offers several cost advantages in terms of real estate, labor, and operational expenses compared to other established data center destinations. Lower land and construction costs, competitive energy prices, and ease of business driven by government support and diverse favoring policies contribute to the cost-effectiveness of establishing hyperscale data centers in India.

9. Strategic Geographical Location
   

   India’s geographic location provides a strategic advantage for international organizations seeking to expand their data center footprint. Its proximity to emerging markets in the Asia-Pacific region, the Middle East, and Africa makes India an ideal hub for serving these markets with low-latency connectivity. Hyperscale computing companies in India can act as gateways to these regions, facilitating faster data transmission and ensuring enhanced user experience.

   The Mumbai subsea cable landing station serves as a key entry point for international internet traffic and facilitates high-speed connectivity to and from India. It supports global data communication and is vital for businesses and enterprises requiring robust international connectivity.

   Chennai’s location along the Bay of Bengal makes it an ideal location for subsea cable landing stations. It serves as a critical gateway for international data traffic, enabling data transfer between India and other parts of the world. This connectivity is crucial for businesses, content delivery networks, and cloud service providers operating in India.

   Sify data centers in Mumbai, Chennai, Noida (Delhi-NCR), Hyderabad, Kolkata, and Bangalore are strategically positioned to meet the unique needs of businesses and organizations in these expanding regions. They play a critical role in supporting government initiatives, digital transformation efforts, technological innovation, and data-driven operations.

Wrapping up!

India possesses numerous attributes that make it an attractive data center powerhouse. The country has witnessed massive infrastructure investments in the past years from International and domestic companies who recognized the potential of India as a strategic location to establish their hyperscale infrastructure. Keeping these investments and key factors in consideration, it can be assumed that in the future, the hyperscalers will invest more in India while focusing on the sustainability standards.

As India’s first commercial data center provider, Sify encompasses an extensive infrastructure with 11 DCs PAN India with 100 MW capacity. Additionally, with an aim to add 350 MW to their infrastructure by 2025, Sify will capture a large portion of the market hosting a mix of hyperscalers and retail clients.

Know more about Sify Hyperscale data centers here!!

Sify to invest Rs 3K crore in 5 years to boost data centre capacity.

The data center market is booming in India as enterprises migrate to the cloud. In this demand-driven market, Sify is all set to accelerate its capability with an investment of INR 3000 crores to expand its data center capacity across India over the next five years.

With 11 Data Centers PAN-India, Sify’s current DC capacity stand at over 100 MW and will go up to 350 MW in the coming years.

Three greenfield data centre projects are currently under construction with a design capacity of close to 200 MW. The first one with a capacity of about 38 MW, is expected to be operational at Mumbai in October 2023. The remaining two projects in Noida and Chennai, with a design capacity of 80 MW each, are expected to become online by the end of this financial year.

Data localisation and cost efficiency are among the key factors driving demand for data centres in India. “There is no point for content which is consumed in India to get hosted somewhere else where it goes all the way and comes back every time. The data should be localised.” said M P Vijay Kumar – Executive Director & Group CFO at Sify.

He also added how Sify has been driving a significant portion of data center consumption in the country, with two-thirds of its capacity serving hyper scalers, and the rest-hosting enterprises across segments like Government, BFSI, e-commerce, media & entertainment, manufacturing, and retail.

Check out the full news here.

 

Managing a hybrid cloud environment demands a holistic approach. In the rapidly evolving landscape of modern computing, data centers are burdened with the challenge to meet the ever-growing demands of enterprises, while remaining agile, cost-effective, and secure. One solution that has helped data centers immensely is the adoption of a hybrid cloud model, which is a computing environment that combines both public cloud capabilities and a private cloud infrastructure. By combining the strengths of public and private cloud environments, a hybrid cloud architecture offers enterprises a transformative approach to data center management.

The foundation of a successful hybrid cloud implementation lies in establishing a robust infrastructure that seamlessly connects private and public cloud resources. Data centers need to manage data movement, synchronization, and replication between their on-premises infrastructure and public cloud providers. This requires robust data management and integration capabilities within the data center.

Enterprises must invest in modernizing their networking and storage infrastructure, employing software-defined networking (SDN) and software-defined storage (SDS) technologies to enable efficient data movement and workload mobility across environments.

Potential of a hybrid cloud for data centers

Hybrid cloud networking is crucial for establishing seamless connectivity between data centers and public cloud providers. Implementing high-speed, low-latency connections, such as virtual private networks (VPNs) or dedicated links, ensures reliable and secure data transfer. Data centers must focus on network optimization, traffic routing, and intelligent load balancing to maximize performance in hybrid environments.

Enterprises must implement a unified hybrid cloud management platform which is capable of providing visibility, control, and automation across diverse cloud resources. This central management framework streamlines operations, ensuring consistent policies, security controls, and compliance across both – private and public clouds.

Working with a hybrid cloud services provider

A hybrid cloud services provider acts as a strategic partner that empowers enterprises to seamlessly integrate public and private cloud resources. By partnering with a reliable provider, data centers gain access to a comprehensive suite of tools, technologies, and expertise required to architect and manage hybrid cloud environments effectively.

Enterprises benefit from cloud adjacency or the close proximity of their data centers to hybrid cloud service providers’ points of presence or regional hubs. This arrangement offers several benefits, such as reduced latency, improved data transfer speeds, lower network costs, and better interconnectivity.

The provider of a hybrid cloud architecture offers unparalleled flexibility and scalability, allowing enterprises to optimize resource allocation, by leveraging private infrastructure for sensitive workloads, and tapping into the vast compute power of public clouds for bursting or scaling requirements. This dynamic approach enhances operational efficiency and cost-effectiveness, accommodating evolving business needs.

Adopting advanced technologies to automate and streamline multiple data center processes helps increase efficiency and reduce costs. Data center architects need to design data center infrastructures that can seamlessly integrate with public cloud providers, enabling the efficient movement of workloads between on-premise data centers and the public cloud. By adopting a hybrid cloud model, data centers can easily track and monitor their networks, applications, and user behaviour.

Benefits of adopting a hybrid cloud

The emergence of the hybrid cloud has significant implications for data centers. Here’s an overview of what hybrid clouds have in store for data centers:

1. Flexibility and Scalability: A hybrid cloud enables enterprises to scale their computing resources up or down based on demand. It enables data centers to accommodate the dynamic nature of workloads that may span across both private and public cloud environments. During peak periods or when facing sudden spikes in workload, the public cloud can provide additional capacity, ensuring smooth operations without compromising performance.
2. Connectivity and Network Setup: Hybrid cloud deployments offer strong connectivity between a private data center and a public cloud provider. They ensure reliable and low-latency connectivity. Hybrid cloud connectivity extends beyond the boundaries of the data center, encompassing various cloud services and endpoints. To fully harness the benefits of hybrid cloud, data centers should prioritize interconnectivity between on-premises infrastructure, public clouds, and other external services.
3. Data Center Modernization: To support hybrid cloud environments, data centers may need to modernize their infrastructure, adopting technologies such as software-defined networking (SDN), virtualization, and automation through AI/ML. These upgrades allow for better integration and management of workloads across between colocation, private cloud, and public cloud environment. By harnessing real-time monitoring, data visualization, and predictive analytics, organizations can optimize data center performance, enhance reliability, and proactively address potential issues. The benefits of data center monitoring analytics extend to improved resource utilization, reduced downtime, enhanced security, and better decision-making.
4. Security and Compliance: Data centers play a critical role in ensuring the security and compliance of data and workloads in a hybrid cloud environment. A robust hybrid cloud management platform offers a unified view of resources, facilitates workload placement decisions, automates provisioning and scaling, enforces security policies, and enables seamless workload migration between clouds in a secure manner. Enterprises need to implement robust security measures, access controls, encryption, and monitoring systems to protect their data in the hybrid cloud. Here are some common security practices that data centers must embrace:
   • Limiting physical access to authorized personnel through key cards, biometric authorization or other access control mechanisms.
   • Implementing perimeter security such as fencing, gates, and security patrols.
   • Deploying firewalls to control and monitor incoming and outgoing network traffic.
   • Installing Intrusion Detection/Prevention Systems to detect and prevent suspicious activities and potential attacks.
   • Encrypting sensitive data both at rest and during transmission using strong encryption algorithms (e.g., AES, RSA) to protect against unauthorized access.
   • Implementing SSL/TLS protocols to secure data transmission over networks and web applications.
   • Conducting regular vulnerability assessments to identify potential weaknesses and vulnerabilities in the data center infrastructure and applications.
   • Establishing a well-defined incident response plan to handle security breaches and incidents effectively and minimize their impact.
5. Data Placement and Workload Optimization: Enterprises are able to make intelligent decisions about where to place their workloads and data based on factors like performance, cost, compliance requirements, and data sovereignty regulations. This involves optimizing workload distribution between the private and public components of the hybrid environment. Doing this prevents bottlenecks and minimizes downtime. By analyzing sensor data and historical trends, data center service providers can improve equipment uptime by up to 20% with advanced predictive analytics.
6. Data Backup for Disaster Recovery and Business Continuity: Implementing a robust data backup strategy helps ensure data integrity and availability in the event of data loss or corruption. Data centers must also develop comprehensive disaster recovery plans to recover critical systems and data in case of a disaster or major outage.
7. Multi-cloud Strategy: A multi-cloud strategy empowers data centers with greater flexibility, resilience, and cost optimization. By diversifying their cloud resources across multiple providers, data centers can take advantage of the strengths of different vendors, optimize performance, and maintain operational efficiency even in the face of disruptions or changes in the cloud landscape. Additionally, a multi-cloud approach enables data centers to adapt to evolving business needs while maintaining control over their infrastructure and data.

Unlock the benefits of the hybrid cloud for your enterprise with Sify

With the right hybrid cloud services provider, robust infrastructure, streamlined connectivity, and effective management platform, data centers can unlock the full potential of hybrid cloud and position themselves at the forefront of digital transformation. A hybrid cloud can not only future-proof data centers but also enable enterprises to thrive in an increasingly competitive and dynamic business landscape.

At Sify Technologies, we understand the importance of hybrid cloud for data centers and how it revolutionizes the way enterprises utilize and leverage cloud services. We empower data centers to optimize resource utilization, improve operational efficiency, and enhance overall productivity and profitability.

We also help data centers to adapt to evolving business needs, optimize resource utilization, and deliver exceptional performance. We have invested in more than 200 MW of green power because we are committed to reducing our global carbon footprint by promoting the usage of sustainable energy. Our green data centers are designed to help enterprises reduce energy costs by up to 40%.

A pioneer in the industry, Sify Technologies has been consistently helping enterprises with bespoke hybrid cloud management and data center services for several years. Our customers work with us because we:

• Conceptualize, architect and implement the most efficient hybrid cloud
• Provide a consistent user experience across clouds
• Automate the discovery and tagging of critical resources across cloud environments
• Offer AI-driven workload optimization for enhanced app performance
• Ensure detailed tracking of billing data

Learn how your enterprise can benefit from the Sify Data Center experience.

Credits: Published by our strategic partner Tenovos.

We live in a data-driven age, where information is the key to unlocking value.

To make decisions with data, we depend upon metrics. But metrics can be a double-edged sword: choose them wisely, and you can zoom in on growth-accelerating insights. All too often, though, we choose our metrics based on what we usually measure or can measure with our existing tools — not what we should be measuring, or would choose to measure in an ideal world.

One of the biggest offenders in the Digital Asset Management (DAM) universe? Return on Investment, or ROI.

How ROI Gets It Wrong

The theory goes like this: implementing a new DAM system costs time and money. Since your company is in the business of making more than it spends, it’s important to make projections of how much your DAM will save and how much additional revenue it can generate. So you make some educated guesses to sell stakeholders on a DAM project, and try to piece together what the DAM helped with later on.

It’s that last piece that often fails to hit the mark. While it’s easy to know what was spent on a DAM project, it’s a lot harder to find where and how it made a difference. Moreover, the ROI calculation can only prove one thing: whether the DAM project saved money or not. That’s a good start, but … what’s the real purpose of a DAM?

Return On Asset (ROA): A Smarter Metric for a Smarter Era

With Sify DAM platform, we’ve got an answer that goes beyond ROI, to give you more in-depth answers that help you determine strategies and understand your customers, all while illuminating the true value of our platform.

It’s called ROA: Return on Asset.

When you use the Tenovos platform to find the connective tissue that turns your assets into stories, each of those assets can be seen in a new, value-driven light. When you maximize the return on your assets, you maximize your return on investment, too — now with additional insights that enable your growth goals.

With Sify DAM, you can find underperforming and overperforming assets when they’re still in active use to tell stories better and achieve a higher ROA. Dig through the buried treasure of campaigns past with AI-augmented DAM to find what stories resonated with your buyer and how to make lightning strike twice.

Improve ROA for Storytelling Success

The story of digital assets in the 21st century has been one of meteoric growth. More assets are being produced than ever before, with ever-expanding file sizes and project costs. Video strategy is now mission-critical to digital marketing, but producing videos can cost far more per asset than photography or written work.

As budgets tighten and the world braces for more uncertainty, one thing is for sure: the era of throwing assets at the wall and seeing what sticks is over. It’s time to get smart. Enterprises need to know what’s likely to work (and what isn’t) before the project budget is spent and the campaign gets a postmortem.

As your teams all over the world create assets for their individual campaigns, the Tenovos platform illuminates what’s working, including suggestions that connect and unify your story across business units and geographies.

These kinds of connections — created using the same types of technology that power AI recommendation tools from heavy hitters like YouTube and Netflix — are the DAM and the missing link between your current asset management tactics and a unified storytelling strategy.

The Bottom Line: Getting the Return that Matters

The real mark of a good metric is that improving it has a “rising tide” effect: as it rises, it lifts up other metrics that are also good signifiers that your business is doing well.

When it comes to DAM implementations, ROI just isn’t enough. You can raise ROI on a DAM project by decreasing headcount, or by reusing assets, but those cost savings don’t necessarily translate into continued growth.

It’s a metric that is limited in value to ensure that you didn’t lose money — which is why, at the end of the day, most ROI is really all about CYA.

ROA goes further, without losing anything: you can still calculate the value of your DAM implementation, now with a granularity that allows you to iterate and improve on every aspect of your storytelling operation.

In today’s fast-paced and interconnected world, businesses rely heavily on their network infrastructure to ensure seamless communication, data transfer, and access to critical resources. From enabling seamless communication among employees to providing a platform for customer engagement, a strong and reliable Wi-Fi network acts as the backbone of any successful business.

According to a report, the global Wi-Fi market is expected to reach a market evaluation of $31.3 billion by 2027 at a CAGR of 20.4% for the forecasted period 2022-2027. However, as businesses continue to evolve, managing and maintaining Wi-Fi networks can become increasingly complex and time-consuming.

To bridge this gap and unlock the true potential of networking, Edge Connect, commonly known as Managed Wi-Fi services has emerged as a transformative solution. In this blog, we will explore the power of Managed Wi-Fi, how it is transforming business networks, and how Sify drives business success with advanced managed network solutions.

Understanding Managed Wi-Fi: A Paradigm Shift in Networking

Edge Connect, commonly known as Managed Wi-Fi represents a paradigm shift in networking, moving away from traditional centralized data centers to a decentralized, distributed architecture. At its core, Edge Connect leverages edge computing and networking principles to bring processing power and data storage closer to the end users and devices.

By reducing the distance between users and the network resources they need, Edge Connect minimizes latency, enhances performance, and improves overall network efficiency. Over the years, Managed Wi-Fi services have gained significant traction due to the increasing reliance on wireless connectivity in businesses of all sizes.

Currently, enterprises prefer to entrust the management of Wi-Fi infrastructure to professional providers like Sify, who offer end-to-end services, including installation, monitoring, troubleshooting, and security updates. By delegating these tasks to experts, businesses can focus on their core operations and enjoy the benefits of a robust and scalable Wi-Fi network.

Transformative Impact on Business Networks

1. Enhanced Network Performance

   Speed is of the essence! One of the primary advantages of Managed Wi-Fi services is the assurance of enhanced network performance. The service providers deploy state-of-the-art access points strategically to ensure optimal coverage throughout the business premises.

   It eliminates any dead zones and delivers a seamless Wi-Fi experience for employees and customers. Sify offers ubiquitous wireless coverage, actively monitors network traffic, and makes real-time adjustments to ensure optimal performance, low latency, and minimal delay in processing and delivery time.

2. Robust Network Security

   Network Security is of paramount importance for businesses operating in the digital realm. Managed Wi-Fi distributed architecture mitigates risks by keeping critical data close to the source. The Managed Wi-Fi service providers offer advanced security features to safeguard the network from potential breaches and threats.

   Sify implements robust encryption protocols, firewalls, and intrusion detection systems to protect sensitive data and prevent unauthorized access. Additionally, with regular audits and security upgrades, Sify is always one step ahead of potential vulnerabilities.

3. Scalability and Flexibility

   Businesses today need flexible and scalable solutions that can adapt to their dynamic requirements. Managed Wi-Fi services excel in this aspect by offering easy scalability features. Additional edge nodes can be seamlessly integrated wherever needed, expanding the network’s capacity without causing disruptions.

   Additionally, Managed Wi-Fi services are adaptable to different network configurations, enabling enterprises to tailor their networks to meet dynamic needs. Sify designs the best-fit solution based on the enterprise’s current architecture and future needs to accommodate fluctuations in network usage with dynamic seasonal demands or growth spurts.

4. Improved Reliability and Optimized Content Delivery

   Content delivery is critical for digital businesses, especially for media streaming, e-commerce, and cloud-based applications. With Managed Wi-Fi services, businesses can achieve higher network reliability and uptime. Since data is processed and cached at the edge, users can continue accessing content and services even if there are disruptions in the centralized data centers or the internet backbone.

5. Enabling IoT and Industry 4.0

   The rise of the Internet of Things and Industry 4.0 has brought about a massive influx of connected smart devices and sensors. Managed Wi-Fi services play a pivotal role in handling the vast amounts of data generated by these devices, enabling real-time analysis, seamless communication, and data exchanges at the edge.

6. Guest Wi-Fi Management

   For businesses that welcome guests, providing a seamless and secure Wi-Fi experience is crucial. Managed Wi-Fi services offer guest WiFi management features, allowing businesses to create custom splash pages, set usage limits, and gather valuable data on customer behavior. This data can be leveraged to tailor marketing strategies and enhance customer engagement.

   Sify offers controlled internet access and OTP- based authentication to guests that can be categorized into different user sets. For instance, VIPs, guests, and doctors for an enterprise in the healthcare industry.

7. Cost Effectiveness

   Initially, investing in Managed Wi-Fi services might seem like an added expense to enterprises. However, in the long run, it can prove to be cost-effective. With experts managing the Wi-Fi structure, businesses can save on hiring dedicated IT personnel. Additionally, the near-zero downtime, improved productivity, and enhanced customer experience contribute to the overall cost savings.

   Sify’s service-based model with end-to-end ownership brings the entire platform as a service. A fully managed, secure wireless platform that integrates Integration Technology (IT), Operational Technology (OT), and People.

Applications Across Industries

Managed Wi-Fi Service’s transformative impact extends to a wide range of industries:

1. Healthcare: In telemedicine and remote patient monitoring, where real-time communication is crucial, Managed Wi-Fi ensures low-latency and reliable connections for seamless interactions between patients and healthcare professionals.
2. Retail: For e-commerce platforms, Managed Wi-Fi optimizes content delivery, ensuring faster loading times for product pages and reducing cart abandonment rates.
3. Manufacturing: In smart factories, Managed Wi-Fi supports real-time monitoring of machinery and equipment, enabling predictive maintenance and reducing downtime.
4. Transportation: In the automotive industry, Managed Wi-Fi facilitates vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication, enhancing road safety and enabling autonomous driving capabilities.
5. Gaming: For online gaming platforms, Managed Wi-Fi reduces latency, enabling a more immersive and responsive gaming experience for players worldwide.
6. Smart Cities: In the context of smart cities, Managed Wi-Fi supports various applications, such as smart traffic management, public safety monitoring, and efficient waste management.

Wrapping up!

Over the years, Managed Wi-Fi services have emerged as a game-changer in the world of business networking seeking to unlock new possibilities for enhanced performance, reliability, and scalability. As technologies and demand for secure network architecture continue to evolve, Managed Wi-Fi services are poised to shape the future of business networking and drive innovation across industries.

By entrusting Wi-Fi management to specialized providers like Sify, businesses can leverage the flexible and secure network infrastructure that is transforming the ways users interact with the digital world.

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The rapid growth of enterprise data centers in India has led to an increasing focus on the concept of green data centers. Many businesses are now opting for alternative energy solutions for their data centers, as they offer numerous benefits. One key advantage is energy savings, which leads to cost reductions for businesses. Green data centers also contribute to environmental sustainability by reducing carbon emissions and optimizing the use of natural resources.

Comparing India’s data statistics to global figures as of 2021, India represents 18% of the global population but has lower Internet penetration, e-commerce shopping, social media users, and mobile subscribers, all at 14%. However, India’s total mobile data traffic is significant at 113 EB, and total media traffic is 588 EB. Currently, there are 138 operational data centers in India, utilizing 737 MW power. Over the next 3-4 years, an additional 50 data centers are expected to be established, resulting in a power demand of 1050 MW. In the next 7 years, the data center consumption is projected to exceed 3000 MW of IT load demand.

This level of enormous upcoming “data center capacity” has resulted in a significant increase in the volume of energy consumption by data centers, which can have a lasting impact on the environment, and finally result in climate change.

To solve this issue, the concept of sustainable data centers has come out to reduce the environmental impact of data centers while still meeting the growing demand for digital services. As per the Green Data Center Global Market Report 2023, the global green data center market is expected to grow to $139.93 billion in 2027 at a CAGR of 19.6% for the forecasted period 2023-2027.

With this, let’s deep dive into understanding sustainable data centers, advantages of green data centers, and how to build sustainable data centers.

What Are Sustainable Data Centers?

Simply put, a sustainable data center or a green energy data center is designed and operated with a focus on environmental and social sustainability.

• Sustainability in data centers involves the implementation of a variety of practices, such as the use of renewable sources of energy like solar or wind power.
• Green data centers also help optimize energy use through efficient cooling and lighting systems, reducing water usage, and utilizing eco-friendly building materials and technologies. Green data centers also help in promoting responsible waste management practices.

Sustainable data centers strive to balance their operational needs with environmental responsibility, making significant efforts to reduce energy consumption, greenhouse gas emissions, and water usage while promoting the adoption of renewable energy sources.

Advantages of Green Data Centers

Eco-friendly data centers are crucial for reducing the environmental impact of the IT industry in India. Building sustainable data centers demonstrates a company’s commitment to sustainability and corporate social responsibility. Here are a few benefits of Green Data Centers:

• Energy Efficiency: Green data centers employ various technologies and practices to optimize energy usage. They use energy-efficient servers, cooling systems, and power distribution mechanisms, reducing overall electricity consumption and carbon emissions.
• Reduced Carbon Footprint: Green data centers emit fewer greenhouse gases compared to traditional data centers. By adopting sustainable practices, they help combat climate change and contribute to global efforts to reduce carbon emissions.
• Renewable Energy Integration: Many green data centers rely on renewable energy sources such as solar, wind, hydroelectric, or geothermal power. By harnessing clean energy, these centers decrease their reliance on fossil fuels and contribute to a lower carbon footprint.
• Compliance With Environmental Regulations: Green data center solutions help companies comply with stringent government regulations aimed at reducing carbon emissions and promoting sustainability.
• Cost Savings: Green energy data centers offer economic advantages by reducing energy costs and improving overall efficiency. Through energy efficiency and the use of renewable energy sources, green data centers can significantly lower operational costs. Over time, these savings can be substantial and may offset the initial investment in green technologies.
• Enhanced Corporate Social Responsibility (CSR): Companies that invest in green data centers demonstrate their commitment to sustainability and environmental responsibility. This can boost their reputation and appeal to environmentally conscious customers and partners.
• Longer Equipment Lifespan: Green data centers often prioritize the use of high-quality, energy-efficient hardware. This can lead to longer lifespans for servers and other equipment, reducing electronic waste and the need for frequent replacements.
• Resilience and Disaster Recovery: Most green data centers are built with redundancy and resilience in mind, reducing the risk of data loss during power outages or other emergencies. This ensures critical data remains accessible and secure.
• Leadership and Competitive Advantage: By adopting green practices, companies can position themselves as industry leaders in sustainability. This can lead to a competitive advantage as customers and investors increasingly prioritize environmentally responsible organizations.

How to Build Sustainable Data Centers?

To build sustainable data centers, companies must adopt a range of proven strategies and technologies that minimize their IT infrastructure’s environmental impact, maximize energy efficiency, and reduce carbon emissions.

1. Upgrade to New Equipment: While regular maintenance and repairs can improve equipment functionality, over time, equipment becomes less reliable and more expensive to maintain. Hence, data center companies must invest in good-quality, cost-friendly data center equipment, procured from a reputed vendor. It is more advantageous in the long run to avoid the costly risk of data center downtime caused by aging and faulty equipment.
2. Optimize Energy Efficiency: The first step in optimizing energy efficiency is to choose energy-efficient hardware. Proper hardware and software configuration, such as implementing power management features, is also essential for optimizing energy efficiency. Data centers must accurately measure the consumption of energy in real time and create timely alerts to keep a check on energy usage, in order to optimize energy efficiency. Identifying alternate sources of energy also helps in optimizing energy efficiency.
3. Intelligent Power Management: Managing power prudently can help optimize power usage and increase energy efficiency. Through intelligent power management, predictive analytics, and efficient data center infrastructure management, a data center can maximize resource utilization, minimize energy waste, and enhance overall sustainability. Intelligent monitoring, control, and allocation of power resources within a data center infrastructure can help boost the recovery time of devices that are managed remotely.
4. Virtualization: Virtualization allows multiple virtual servers to run on a single physical server in a data center, which helps to optimize energy efficiency and reduce the environmental impact of multiple physical data centers. This not only improves data center resiliency but also makes a data center more sustainable.
5. Using Renewable Energy Sources: Another way to reduce carbon emissions and improve sustainability is incorporating renewable energy sources into data center operations. It can involve various mechanisms like installing solar panels, wind turbines, or hydroelectric generators. Data centers can also invest in off-site renewable energy projects, such as wind or solar farms, that can offset their energy consumption.
6. Modern Cooling Systems: Several strategies to improve cooling efficiency include using free cooling systems that use outside air to cool a data center instead of traditional air conditioning. Another option is liquid cooling, which uses a liquid coolant to directly cool server components. Installing efficient airflow management mechanisms improves the effectiveness of cooling systems and reduce energy usage. Optimizing airflow is a great way to ensure sustainability and reduce operational costs in data centers.
7. Implementing Automation: Automated power management tools can optimize system settings for maximum energy efficiency. Several practices, such as turning off unused devices or putting servers into low-power states during periods of low usage, can improve energy efficiency. Sustainable data centers use software-based smart design principles to optimize energy efficiency and reduce environmental impact.
8. Conduct Regular Energy Audits: Regularly monitoring and assessing energy usage and carbon emissions is essential for identifying areas for improvement and ensuring data centers remain as energy efficient as possible. Conducting energy audits can provide deeper insights into energy usage patterns, identify areas for improvement, and help prioritize energy-saving initiatives.

Meeting Data Center Sustainability KPIs

Measuring and monitoring sustainability performance through Key Performance Indicators (KPIs) is essential for data centers to assess their environmental impact, measure progress, and undergo continuous improvement. Some of these KPIs include:

• Power Usage Effectiveness (PUE)
• Water Usage Effectiveness (WUE)
• Carbon Usage Effectiveness (CUE)
• Server Utilization
• Recycling and Waste Management
• Greenhouse Gas Emissions
• Compliance with Sustainability Standards

Going Green With Sify Data Centers

With over two decades of thought leadership in IT infrastructure, Sify has been delivering transformative business value to enterprises across the globe. Sify provides carbon-neutral and energy-efficient data centers by incorporating renewable energy sources, optimizing power utilization, offsetting carbon emissions, and automation through AI/ML. While ensuring sustainability, we offer high-efficiency equipment that complies with green practices like adhering to ASHRAE guidelines, implementing a carbon abatement policy, and ISO 14001 Environmental Certification.

In 2022, Sify Technologies made a commitment to renewable energy for its data center business in India. We have made power purchase agreements (PPAs) with Vibrant Energy Holdings, a majority-owned subsidiary of Blue Leaf Energy Asia Pte. Ltd. Having contracted over 230 MW of green power, Sify is successfully making progress in reducing its customers Power Usage Effectiveness (PUE) and Water Usage Effectiveness (WUE)

Wrapping up!

To build a zero-carbon data center, one must follow a holistic approach that considers the entire lifecycle of the data center, right from the design and construction to ongoing operations and maintenance. By implementing a range of strategies and technologies that optimize energy efficiency and reduce carbon emissions, data center operators can build green IT infrastructures that are environmentally friendly and economically sustainable.

Learn more about Sify green data centers now!

In the current digital landscape, enterprises are battling with a plethora of challenges posed by explosive growth of data and the need for real-time responsiveness at edge. Traditional cloud computing architectures are struggling to keep up with the demands of modern businesses. It has pushed enterprises to constantly lookout for innovative solutions that can help enhance their operations and gain a competitive edge.

This has led to the rise of Edge Computing, a paradigm that brings computation and datastorage closer to the source of data generation, enabling processing at faster speed and higher volumes. By decentralizing processing power and reducing latency, edge computing addresses several critical challenges faced by enterprises today. As per Statista, the global edge computing market is expected to reach 12 billion US dollars by 2028 at a CAGR of 23.97% from 2020-2028.

In this blog, we will delve into the 5 fundamental challenges that it solves for enterprises, helps revolutionize their capabilities, and how it paves the way for an efficient and agile future.

5 problems Edge Computing can solve for Enterprises.

1. Latency and real time processing
   In the era of immediate access to information, reducing latency and achieving real-time responsiveness has become paramount for businesses. In traditional cloud architectures, data must travel from the edge devices to the centralized cloud servers, causing delays in processing and response times. Edge computing addresses this challenge by moving computational resources closer to the edge devices, thereby minimizing latency. By processing data locally at the edge, businesses can achieve near real-time analysis and decision-making, enabling time-sensitive applications like IoT, industrial automation systems to operate with lightning-fast speed and minimal delay.
   For instance, retail environments with video surveillance of the showroom floor can be combined with actual sales data to discover consumer demands or most desirable product configurations. Similarly, in the healthcare sector, IoT devices enable healthcare professionals to be more watchful and connect with patients proactively. By sharing real-time data collected from IoT devices, physicians can help analyze and identify patients’ health issues.
2. Bandwidth optimization with Edge analytics
   With the explosion of connected devices and the exponential growth of data generation, bandwidth has become a valuable and often limited resource. Transmitting all data to the cloud for processing and analysis can strain network infrastructure, result in increased costs, and lead to suboptimal network performance. Edge computing offers a solution by performing data processing and filtering at the edge devices themselves.
   By deploying servers and storage at the source of data generation, edge computing makes latency and congestion virtually non-existent as storage collects and processes the raw data, while local servers implement edge analytics to pre-process it before sending to the cloud. So, instead of sending raw data to the cloud, only relevant information or actionable insights are transmitted, significantly reducing bandwidth consumption. This optimization not only saves costs but also enhances overall network efficiency, allowing enterprises to make the most of their available resources.
3. Enhanced Data security
   Security and privacy are critical concerns for enterprises, especially when dealing with sensitive data. Centralized cloud architectures present potential vulnerabilities, as data must traverse the network, making it susceptible to interception or attacks. Edge computing, on the other hand, distributes data processing and storage closer to the source, reducing the attack surface. By processing data locally, sensitive information can be kept within the enterprise’s network perimeter, minimizing the risk of unauthorized access and data breaches.
   Any data traversing the network back to the data center or cloud can be secured using encryption techniques. This decentralized approach enhances security and provides enterprises with greater control over data privacy, mitigating potential risks associated with storing and transmitting sensitive information. Additionally, it improves reliability and protects users’ privacy as well.
4. Scalability and cost efficiency
   Edge computing minimizes the capital outlay and operating expenses. Centralized cloud architectures often face limitations when it comes scaling resources to meet evolving requirements. With edge computing, scalability is inherently built into modern architecture. The distributed infrastructure allows enterprises to easily scale their computing power by adding or removing edge devices as needed. Whether it’s adding new edge servers, edge nodes, or gateways, enterprises can dynamically scale their computing resources and distribute the computational load across a network of edge devices to handle increasing workloads or accommodate fluctuations in demand.
   Edge computing offers several cost-saving benefits. First, by reducing the amount of data required to be transmitted to cloud servers. Second, by minimizing data storage costs as it’s stored and processed locally. Additionally, edge computing reduces the need for extensive network infrastructure upgrades as enterprises can make use of existing local network connections. Lastly, by offloading processing tasks to edge devices, enterprises can minimize their dependency on high-cost centralized cloud resources. This enables them to allocate resources more efficiently and avoid the need for overprovisioning, leading to cost savings.
5. Governance and Compliance
   Enterprises operating in heavily regulated industries, such as healthcare and finance, face stringent compliance requirements regarding data storage and processing. Storing and processing sensitive data in public cloud environments can raise concerns about compliance with data protection regulations. For instance, data sovereignty law such as European Union’s GDPR defines how data should be stored, processed, and exposed.
   Edge computing offers a viable solution by allowing enterprises to process sensitive data locally. By keeping critical data within their own infrastructure, organizations can ensure compliance with regulatory requirements and maintain better control over their data. This level of control and adherence to regulatory standards helps mitigate compliance risks, enabling enterprises to navigate complex legal frameworks more effectively.

Wrapping up!

As users continue to generate an ocean of data, edge computing works as a most efficient solution for enterprises. By embracing edge computing, enterprises have the opportunity to optimize resource allocation, improve system performance, and unlock new opportunities for innovation, efficiency, and competitive advantage in the ever-evolving digital landscape. However, when searching for the right partner, make sure to engage with a trusted partner like Sify with deep industry expertise, proven hybrid/multi cloud platform, automation capabilities through AI/ML, and a comprehensive portfolio of services designed to accelerate performance, increase scalability, and strengthen security in your edge deployments.

Data centers have evolved into becoming a crucial component of the digital IT infrastructure of many global enterprises today. The demand for data center services in India is experiencing remarkable growth as enterprises aim to deliver superior customer experience, accelerate innovation, and become digitally enabled.

According to 6Wresearch, the data center market in India is expected to grow at a CAGR of 10.7% during 2021-2027. This growth can be attributed to key drivers such as the Indian government’s push towards digitalization, increasing Internet penetration, data sovereignty, accelerated cloud adoption, increasing usage of IoT, and the rollout of 5G. Similarly, according to GlobeNewswire, the value of the data center market in India is expected to rise to $10.09 billion by 2027 at a (CAGR) of 15.07% in the period of 2022 to 2027.

Managing a data center in India is getting more intricate by the day in today’s digital landscape. Enterprises find managing data centers to be complex and time-consuming. They need professional expertise, substantial budgets, and excellence in IT infrastructure execution to manage data centers. To meet the evolving digital demands and ensure business continuity, enterprises are now resorting to colocation, i.e. outsourcing of data center management to professional service providers. This delivers cost savings and a range of benefits, including access to subject matter experts, improved operational efficiency, agility, scalability, risk mitigation, enhanced security, and compliance with industry regulations.

To know more about Sify’s colocation data center services read here: Colocation data centre

Advantages of colocation of data center management

Here are a few advantages of colocation of data center management for enterprises:

1. Cost Savings: Building and maintaining a data center requires significant capital investment and operational expenses. By leveraging the model of colocation of data center management, enterprises can transfer these costs to a service provider that has already invested in infrastructure, equipment, and personnel. This empowers enterprises to free up capital that can be redirected toward other strategic initiatives. Additionally, it can help businesses avoid losses incurred from downtime and data breaches in the long run. Moreover, colocation positively impacts Water Usage Effectiveness (WUE) and Power Usage Effectiveness (PUE) by promoting improved energy efficiency. Utilizing the capabilities of Artificial Intelligence and Machine Learning, data centers can experience savings of up to 8% to 10% on PUE. This not only contributes to environmental sustainability but also helps enterprises meet their energy efficiency goals, while maintaining optimal performance and increased savings.
2. On-demand Scalability: When a business grows, its IT requirements change significantly and may require additional space, computing power, and capacity. Colocation enables enterprises to easily scale up or down as per requirement without incurring additional capital expenses or disrupting their business operations. Data Center service providers can quickly deploy new servers, storage, and network infrastructure or adjust existing configurations to meet changing business needs.
3. Automation and AI/ML: Implementation of AI/ML requires careful consideration across multiple parameters. Providers of colocation data center management services can handle large volumes of data, integrate with existing solutions, and enable predictive maintenance, which ultimately helps enterprises gain deeper insights for faster decision-making, automating processes, and delivering increased efficiency & security.
4. Access to Subject Matter Experts (SMEs): Colocation of data center management gives enterprises access to subject matter experts who possess specialized knowledge and experience in data center operations. They come with skills, guidance, solutions, and recommendations that can help enterprises optimize performance and minimize risks as well as free up internal resources for performing core business operations.
5. Enhanced Data Security: Data security has always been a major priority for enterprises. With data dispersed across multiple touchpoints in a hybrid work model, enterprises need a multi-layer security framework. Service providers ensure comprehensive security measures across the physical security of a DC and the data hosted across on-premise, colocation, or edge to cloud. Specialized service providers come with the expertise and systems to meet industry regulations, protect sensitive data, and minimize compliance risks. Enterprises must make sure that service providers offer:
   • A designated Security Operation Center (SOC) to ensure robust and resilient security
   • Faster intrusion detection and prevention through multiple protocols
   • Data backup and recovery in different seismic zones
   • Compliance with the latest data privacy regulations and industry standards
6. Adherence to Service-Level Agreements (SLAs): By adhering to the pre-defined SLAs, enterprises can enjoy benefits such as improving operational excellence, accountability, performance monitoring, risk mitigation, and cost optimization. SLAs also ensure service providers deliver the expected quality of service, provide regular reports and establish procedures for addressing issues and non-compliance penalties, which benefit enterprises.
7. Improved Reliability and Business Continuity: Colocation enables enterprises to improve reliability and business continuity through specialized expertise, scalability, planning, and improved security measures. Enterprises can leverage the experience of service providers, scale resources efficiently, and solve issues proactively. This ensures there are no disruptions in business operations.
8. Constant Technological Advancement: The colocation of data center management provides enterprises with constant technological advancement, including cloud on ramp capabilities. Service providers offer expertise in emerging technologies, regular infrastructure upgrades, access to cutting-edge technology, flexibility, and smooth integration through private direct connections to the cloud. It allows enterprises to be resilient and future-ready without compromising on technology and connecting their on-premises infrastructure to cloud computing systems.

Evaluate your data center needs to make the right choice

When an enterprise identifies a service provider for data center management services, it must evaluate its options based on its unique business objectives and digital priorities. Enterprises must go beyond the basic minimum criteria and focus on key differentiating factors. They must choose a service provider that focuses on:

• Cloud vision and strategy
• Hyperscale partnerships
• End-to-end managed services across multi/hybrid cloud environments
• Interconnect services to other sites and partner ecosystems

Colocation of data center management can be a valuable strategy for enterprises looking to maximize their IT resources and stay competitive in today’s rapidly-advancing digital landscape.

Sify Technologies has been providing reliable and robust data center services for the last 22 years, with a razor-sharp focus on innovation and new technologies. With the objective of delivering delightful experiences, enhanced efficiency, and desired outcomes to our customers, we have equipped all our data centers in India with automation through AI/ML capabilities. This has resulted in creating a sustainable ecosystem of connected data centers. We offer enterprises benefits such as zero downtime, reduced capital expenditure and operational expenditure, and around-the-clock support through our bankable digital data center infrastructure. Our efforts have delivered up to 20% improvement in the turnaround time to deliver critical projects.

What’s more! We also help enterprises realize up to 300 person-hour savings every month by automating customer billing. Our predictive approach to maintenance helps enterprises realize up to 20% reduction in MTBF, up to 10% improved MTTR, and up to 10% reduction in potential downtime. We comply with all the global standards and policies to prevent enterprises from penalties due to non-compliance.

Learn how our state-of-the-art data centers enable enterprises to achieve their desired business goals.

In the rapidly evolving landscape of the Internet of Things (IoT) and smart devices, reliable and efficient connectivity is paramount. Managed Wi-Fi services play a crucial role in enabling seamless communication and data exchange between IoT devices. The explosion of mobility & BYOD, enterprise virtualized applications moving to the cloud, increased use of multimedia-rich applications within the enterprise, and infrastructure modernization are a few of the core business drivers for increased adoption of enterprise managed Wi-Fi services.

With unprecedented advancements in IoT, data modeling, and AI/ML, there is a consistently growing focus on edge computing and its benefits. Enterprises are accelerating efforts to move to the cloud for on-demand computing, capacity, scale, better reach, scalability, and higher availability. Additionally, the managed Wifi services eliminate the traditional Wi-Fi challenges like lack of uniform access policy, no visibility into the wireless network, inadequate protection against wireless threats, complex or tedious onboarding process, and lack of visibility on user groups.

According to Marketsandmarkets, the global edge computing market size as per revenue surpassed $44.7 billion in 2022 and can rise to $101.3 billion by 2027 at a CAGR of 17.8% for the forecasted period (2022-2027).

This blog explores the significance of Enterprise Managed Wi-Fi services in supporting the proliferation of IoT and smart devices, the challenges they address, and the benefits they bring to businesses and consumers.

1. Connectivity and device management
   Managed Wi-Fi services offer a fully managed, secure wireless platform integrating Information Technology (IT), Operation Technology (OT), and people. It provides a robust infrastructure for connecting and managing a multitude of IoT devices. It offers a cloud-based centralized management platform with control and monitoring capabilities enabling enterprises to configure and manage their IoT devices efficiently. From provisioning and onboarding to security protocols and firmware updates, these services streamline the device lifecycle, reducing operational complexities and enhancing overall device management.
2. Security and data protection
   Managed Wi-Fi services enable a security posture which is crucial in the IoT landscape. The managed Wi-Fi services offer robust security features to protect IoT devices and the data they generate. By processing sensitive data locally or within a private network using network segmentation, edge devices can minimize data exposure to potential cyber threats as they’re isolated from other network resources. Managed Wi-Fi services also enable regular security updates and patches to address emerging threats, enhancing the overall security posture of IoT deployments.
3. Bandwidth management
   With the growing adoption of connected devices, scalability becomes a critical factor as transmitting a large amount of data to the cloud for processing can strain network bandwidth and incur significant costs. Enterprise Managed Wi-Fi services are designed to handle large-scale deployments enabling enterprises to seamlessly scale their IoT networks. Enterprises can prioritize critical applications and optimize network resources using advanced bandwidth management techniques to ensure IoT devices receive the optimal bandwidth for their operations, preventing congestion, maintaining smooth communication between devices, and more efficient network utilization.
4. Reliability and performance
   IoT applications and Smart devices often require real-time data exchange and low-latency connectivity. Managed Wi-Fi ensures high reliability and performance for IoT devices by optimizing network configurations and minimizing interference. They employ techniques like load balancing, channel selection, and Quality of Service (QoS) prioritization to maintain a stable and responsive Wi-Fi network. Edge computing reduces the latency required for sending data to a remote cloud server for processing. By processing data at the edge of the network, closer to the devices generating the data, response times can be significantly reduced. It is important for applications that require real-time or near-real-time processing, such as industrial automation and remote monitoring.
5. Analytics and insights
   Enterprise Managed Wi-Fi enables real-time analytics into network performance and device behavior, giving enterprises decision-making capabilities at the network edge. They collect and analyze data on network traffic, device connectivity, and usage patterns, offering actionable intelligence to optimize network resources and improve overall IoT operations. These insights can help identify potential bottlenecks, optimize device placement, and enhance user experiences. Additionally, analytics-driven predictive maintenance can proactively detect and address anomalies, reducing downtime and increasing the lifespan of IoT devices.
6. Scalability and cost-efficiency
   Edge computing allows for distributed computing resources, enabling scalability and cost-efficiency. Instead of relying solely on centralized cloud infrastructure, edge devices can share the computational load and distribute the processing tasks. It can result in reduced network congestion, lower costs associated with cloud resources, and improved scalability to accommodate the increasing number of IoT devices and data volumes.

Wrapping up!

With the growing digital landscape and IoT integration across enterprises, the need to deliver secure, seamless customer and employee experiences become a top priority. Enterprise Managed Wi-Fi services provide a reliable and secure connectivity infrastructure to deliver seamless device management, ensure scalability, optimize network resources, quick & accurate decision making, enhanced production planning, logistics, complete mobility for your workforce, and lower IT support costs.

As the IoT landscape continues to expand, Managed Wi-Fi services will remain crucial in delivering seamless and efficient connectivity for a wide range of applications, enhancing productivity, efficiency, and user experiences.