By Mr. Sudhir Kunder, CBO of DE-CIX India

The Power of AIoT in Smart Cities

Cities are undergoing a profound transformation through the convergence of Artificial Intelligence (AI) and the Internet of Things (IoT), known as AIoT. This integration is revolutionising urban landscapes, making them more intelligent, efficient, and responsive to citizens’ needs. With AI adoption in India growing by 60% in the past three years and IoT penetration expected to reach 80% by 2025, AIoT is poised to redefine urban living (Source: NASSCOM, IDC).

Transforming Urban Living with AIoT

Smarter Traffic Management

Traffic congestion remains a major challenge for urban infrastructure. AIoT-driven solutions leverage real-time data from traffic sensors, connected vehicles, and surveillance cameras to analyse traffic patterns and dynamically adjust signals. Cities like Singapore & Moscow have reported a 20% reduction in congestion with AI-based adaptive traffic lights (Source: World Economic Forum). Similar implementations in India’s metro cities could significantly enhance traffic flow and public transport efficiency.

Predictive Infrastructure Maintenance

Aging infrastructure demands proactive upkeep. AIoT sensors embedded in roads, bridges, and water pipelines detect wear-and-tear while AI predicts failures before they occur. This predictive maintenance model reduces costs by up to 30% and extends infrastructure life by 20% (Source: McKinsey & Company). Cities like Tokyo and Barcelona have successfully deployed AI-powered monitoring to prevent large-scale disruptions.

Smart Energy Management

Energy efficiency is key to sustainable urbanisation. AIoT-powered smart grids analyse real-time consumption, optimise distribution, and integrate renewable sources. By predicting peak usage, AIoT ensures efficient energy management. In India, over 50% of major power grids are deploying AI-driven solutions, supported by government-backed smart grid projects (Source: Ministry of Power, India).

Advanced Public Safety and Surveillance

AI-powered surveillance, integrated with IoT-enabled cameras and sensors, enhances urban security. Facial recognition and predictive analytics aid authorities in preventing crimes before they occur. China’s AI surveillance networks have led to a 30% decline in crime rates in monitored regions (Source: MIT Technology Review). In India, AI-driven public safety solutions are expected to scale with the expansion of 5G networks by Reliance Jio and Airtel.

Disaster Response & Environmental Monitoring

AIoT plays a crucial role in early disaster detection and environmental monitoring. Real-time data on air quality, weather conditions, and seismic activity helps authorities issue timely warnings and deploy emergency responses. AI-driven flood prediction models in the Netherlands have improved evacuation planning by 40%, setting a precedent for India’s flood-prone regions (Source: European Commission on Disaster Risk Reduction).

Challenges & Ethical Considerations

Despite its advantages, AIoT adoption faces hurdles like data privacy concerns, cybersecurity risks, and high deployment costs. With India drafting the Personal Data Protection Bill, it is crucial to strike a balance between innovation and responsible AIoT implementation.

Recent AI and IoT Developments in India

AI and IoT in Urban Infrastructure

India’s rapid urbanisation necessitates sustainable and efficient infrastructure. AI and IoT technologies are pivotal in realising the country’s ‘Viksit Bharat 2047’ vision for development. Government-backed smart city initiatives are driving digital transformation at scale.

Technological Showcases in Smart Cities

The Convergence India & Smart Cities India Expo 2025, themed ‘Imagining an AI-Driven Future Today,’ highlights India’s strides in AI and IoT. With over 1,00,000 participants, the expo showcases innovations that position India as a global leader in digital urban solutions.

AI in Public Safety at Mass Gatherings

The 2025 Maha Kumbh Mela in Prayagraj, dubbed the “Digital Maha Kumbh”, is set to use AI-driven facial recognition and crowd monitoring technologies. With an expected 400 million visitors over six weeks, AIoT solutions will enhance public safety, monitor crowd density, and prevent stampedes (Source: Uttar Pradesh Government Digital Initiative).

The Role of DE-CIX India in Enabling AIoT-Powered Smart Cities

As India’s leading Internet Exchange, DE-CIX India plays a vital role in AIoT integration by ensuring ultra-low latency, high-speed, and secure data exchange. AIoT applications depend on real-time data processing—from traffic management to predictive infrastructure maintenance—and DE-CIX India facilitates seamless interconnectivity. By strengthening digital infrastructure, DE-CIX accelerates smart city innovation and supports India’s transition to an interconnected urban ecosystem.

The Future of AIoT in Smart Cities

The adoption of AIoT is no longer a matter of ‘if’ but ‘how fast.’ Cities investing in AIoT-driven transformation will be better equipped to address challenges in urbanisation, sustainability, and resource optimisation. Collaboration between governments, enterprises, and technology leaders will be key to realising AIoT’s full potential in shaping the cities of tomorrow.

About Mr. Sudhir Kunder, CBO of DE-CIX India

Mr. Sudhir Kunder, Chief Business Officer at DE-CIX India, brings over 30+ years of expertise in telecommunications, FMCG, retail, and ICT. Specialising in Corporate Governance, Strategic Planning, and Service Management, he plays a pivotal role in shaping DE-CIX India’s vision. A strong advocate of situational leadership, he fosters collaboration, innovation, and strategic growth.

About DE-CIX India

DE-CIX India is a premier Interconnection Platform, facilitating seamless peering between major Indian and global networks. With presence in Mumbai, Delhi, Chennai, Kolkata, Bengaluru, and Hyderabad, DE-CIX enhances internet performance for ISPs, CDNs, OTT platforms, and enterprises, strengthening India’s digital economy.

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The Frustration of Digital Lag

Imagine this:
You’re streaming the IPL final—last over, three balls to go—edge of your seat stuff. Suddenly… buffering. The screen freezes. You miss the winning shot. Rage.

Or it’s an e-commerce Big Billion Days—the deal you waited all year for just dropped. You rush to checkout… and the page takes forever to load. By the time it responds, sold out.

These aren’t just digital hiccups—they’re deal-breakers. Every millisecond delay in streaming or transactions isn’t just frustrating. It’s a lost user, a missed conversion, a broken experience.

In an era where immediacy is expected, digital experiences must be seamless, responsive, and localised.

That’s where DE-CIX steps in.

With its edge infrastructure, DE-CIX isn’t just enhancing bandwidth—it’s redefining how digital services are delivered at a hyperlocal level.
The result? Businesses and consumers enjoy low-latency, high-quality interactions—exactly when and where they need them most.

Because in today’s digital world, if your data can’t move fast, your customers will.

The “Hyperlocal Experience” Framework

Hyperlocal digital experiences go beyond just speed. They encompass personalisation, seamless interactivity, and real-time responsiveness, all enabled by efficient content localisation. DE-CIX’s edge infrastructure ensures data doesn’t have to travel long distances, reducing latency and optimising performance. But how does all this play out in everyday business scenarios? Let’s break it down by industry.

1. Local Media and Streaming Services

• Video buffering is the enemy of engagement. DE-CIX’s edge infrastructure addresses this challenge by enabling local content caching and rapid distribution, ensuring ultra-smooth streaming experiences. As a result, news websites and regional content providers can deliver location-specific content faster, boosting viewership and retention.
• DE-CIX India has also observed remarkable growth across multiple sectors. Online gaming surged by 2054%, OTT and VOD platforms rose by 1964%, and social and online media traffic grew by 1096%. ISPs saw a 929% increase, Content Delivery Networks expanded by 855%, and hosting services grew by 466%. These figures reflect a significant shift in how Indians consume digital content, marking a new era of hyperconnectivity and digital transformation. This evolution is driven by increased smartphone penetration, affordable data, and a rising demand for high-speed internet.

2. Regional E-Commerce Platforms

• Slow-loading product pages and laggy checkout experiences deter customers. DE-CIX’s infrastructure ensures that localised servers minimise delays, making online shopping more efficient.
• Payment gateways and inventory management systems gain from faster transaction processing times, improving reliability. Customers such as Visa have recognized the value of the advanced technologies implemented, leading to several other significant ongoing engagements.

3. Smart City Applications

• Real-time traffic monitoring, emergency response systems, and IoT-enabled urban infrastructure require instant data processing.
• DE-CIX’s edge capabilities allow municipalities to deploy smarter, more efficient services, improving urban living.

Future of Hyperlocal: What’s Next?

As digital demands grow, trends like 5G, IoT, and immersive AR/VR experiences will further drive the need for hyperlocal infrastructure. DE-CIX’s edge will play a pivotal role in:

• You’re watching the IPL final on your 5G phone—the match is intense, last over, and every second counts. But without fast, localized data offloading, your stream stutters just as the bowler runs in.This is where 5G + DE-CIX come in. With faster data offloading and edge-based interconnection, mobile networks can handle traffic locally, ensuring ultra-responsive, uninterrupted streaming—even during peak events like IPL.
• Now switch scenes—it’s a large e-commerce platform that runs Big Billion Days. You’re at a smart warehouse where IoT sensors manage inventory and logistics in real time. One glitch in connectivity, and the deal you just bought can’t be processed or shipped.Thanks to real-time IoT data exchange powered by DE-CIX, e-commerce platforms can ensure orders are processed, picked, and packed with precision—no delays, no losses.
• And let’s not forget the growing buzz around AR and VR. Imagine trying out a product virtually during the sale, or watching the IPL in a VR stadium with friends from different cities. One second of lag—and immersion is gone.That’s why low-latency interconnection is critical. DE-CIX enables the ultra-fast data transfer AR/VR apps need to feel real—turning what used to be futuristic into everyday experience.

Take the Hyperlocal Leap

Businesses that prioritise hyperlocal digital experiences will gain a competitive edge in user engagement and performance. Whether you operate in media, e-commerce, or smart technologies, leveraging DE-CIX’s edge services can transform how you deliver digital interactions.

Are you ready to move beyond bandwidth and embrace hyperlocal efficiency? Explore DE-CIX’s edge solutions today and craft the next generation of seamless digital experiences.

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If you’ve been in the technology sector, you’ve probably encountered the term multi-cloud. It sounds all techy, right? But let’s break it down—it’s just about using multiple cloud services from different providers instead of putting all your eggs in one basket. Imagine trying to pick the best playlist for a party; wouldn’t you want a mix of genres to keep things lively? That’s exactly what a multi-cloud strategy does for your business!

According to a report by IDC, the Indian cloud market is projected to reach $13.5 billion with a CAGR of 24.1%by 2026. it’s clear this approach is becoming a staple in digital infrastructure. Think of it as a way to tap into the best features from companies likeAmazon Web Services (AWS),Microsoft Azure, Oracle, and Google Cloud—while also keeping your options open.

But before you jump on board, it’s important to acknowledge the bumps on the road ahead. While multi-cloud offers fantastic benefits, it also comes with its own set of challenges, especially for your IT teams. With98% of enterprisesalready integrating multiple clouds, knowing how to connect and manage these services is crucial.

What Exactly is Multi-cloud?

At its core, Multi-cloud is all about using cloud services from different providers instead of sticking to just one. It’s like having a backup plan for your backup plan! – Think Amazon Web Services (AWS), Microsoft Azure, Oracle, or Google Cloud—businesses are spreading their wings and utilising several cloud platforms. This approach not only enhances flexibility but also optimises performance for various workloads.
needing a secure private cloud for sensitive data while utilising a cost-effective public cloud for heavy media files is a necessity. That’s the power of multi-cloud! You get to mix and match to create the perfect environment for your needs.

Why Go Multi-cloud? The Perks You Can’t Ignore

The multi-cloud approach isn’t just about having options; it’s about empowering your business with some serious advantages:

1. Disaster Recovery and Redundancy

Picture this: one of your cloud providers goes down. Yikes, right? With a multi-cloud setup, you can quickly failover to another cloud, keeping your data safe and minimising downtime. Less downtime means more productivity—win-win!

2. Enhanced Security and Compliance

In a world where data breaches are all too common, multi-cloud can bolster your security. By choosing cloud providers that meet specific regulatory requirements, you can ensure that your sensitive information stays protected, especially in industries like finance and government.

3. Lower Latency and Improved Performance

With your data spread across different clouds, you can serve it from the region closest to your users. This means faster load times and a smoother experience. Tools like Megaport Cloud Router (MCR) can help you optimise connectivity, making it a breeze for businesses with multiple locations.

4. Avoid Vendor Lock-In

Sticking to one cloud provider can lead to headaches—think cost issues and restrictive contracts. A multi-cloud strategy keeps you flexible, allowing you to switch providers or combine services without being tied down.

5. Innovation at Your Fingertips

With the rapid evolution of technology, multi-cloud lets you tap into the latest features and tools from various providers, including AI and machine learning. Stay ahead of the curve and keep your business competitive!

Best Practices for Secure Multi-cloud Connectivity

Now that you’re all hyped about multi-cloud, let’s talk about keeping it secure. With workloads spread across multiple clouds and on-premises data centers, network engineers have their work cut out for them.

Application Awareness: Not all applications are created equal. Prioritise your security policies based on the importance of each application to your business. This tailored approach is far more effective than a one-size-fits-all solution.

Dynamic Security Policies:Implement dynamic, rules-based security policies that adapt to your applications rather than the underlying infrastructure. This flexibility is crucial in today’s fast-paced digital landscape.

Leverage New Technologies:Tools like SD-WAN, SASE, and Security Services Edge (SSE) can help orchestrate secure multi-cloud connectivity. These technologies provide centralised control and visibility over your applications, making management a breeze.

Conclusion:

Multi-cloud is becoming not just a nice-to-have but an essential part of any organisation’s strategy. By embracing multi-cloud, businesses can enhance their flexibility, security, and performance while avoiding vendor lock-in.
So, are you ready to dive into the multi-cloud revolution?
Let’s make sure your cloud journey is as smooth as possible! If you have any questions or need more insights on multi-cloud strategies, feel free to check out our De-Cix’s Whitepapers on Multi-Cloud Strategies.

https://www.de-cix.net/en/resources/articles/one-cloud-is-never-enough-why-a-resilient-multi-cloud-scenario-is-essential

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The IoT scene is buzzing, and it’s all about staying in the loop with the latest tech trends. Think about it: sensors, smart devices, better connectivity, and AI are totally changing the game across industries and in our everyday lives.

If you want your organisation to be a leader in this IoT revolution, now’s the time to dive in. Whether you’re in healthcare, manufacturing, or urban planning, the opportunities for boosting efficiency and sparking innovation are huge. As IoT keeps growing at lightning speed, being able to tap into its potential is going to set you apart from the crowd.

The Massive Growth of the Internet of Things Market

The Indian Internet of Things (IoT) market is expected to reach $15.35 billion by 2029, with a compound annual growth rate (CAGR) of 21.20% from 2024.

Several factors are propelling this remarkable growth:

Device innovation: Original Device Manufacturers (QRMs)and chipmakers are focusing on power-efficient designs and edge computing capabilities

Connectivity improvements: The rollout of 5G networks and low-power protocols like NB-IoT are boosting connectivity and energy efficiency.

IoT platform evolution: Major players such as AWS IoT and Microsoft Azure are enhancing their offerings with advanced analytics and Al integration

Impact Across Industrie

Supply chain management: Real-time tracking and predictive maintenance is optimising logistics operations.

Healthcare: Remote patient monitoring

Smart cities: IoT-enabled infrastructure is enhancing urban living through improved traffic management, energy efficiency, and public safety

Key Drivers Powering loT Expansion

Enhanced Connectivity

The rollout of 5G infrastructure and the development of low-power long-range protocols like NB-loI are revolutionising loT connectivity. These improvements are not only boosting data transfer speeds but also extending battery life and expanding network coverage. As a result, lot devices can now operate more efficiently in remote locations and challenging
environments.

Al Integration and Platform Evolution

Artificial Intelligence is becoming increasingly intertwined with IoT allowing for intelligent automation and data-driven decision-making. Major IoT platforms like AWS IoT and Microsoft Azure IoT are advancing their services, focusing on seamless device management, advanced analytics, and Al

Consumer-Centric Approaches

The IoT industry is witnessing a shift towards more user-friendly interfaces across mobile, hybrid, and desktop platforms. This trend is facilitating wider adoption of IT applications in daily life, with growing popularity in wearables, voice-controlled devices, and augmented reality experiences . As IoT becomes more accessible and intuitive, it’s transforming how we interact with our environment and manage our daily tasks

For instance,

Chitale Bhandu has effectively integrated IoT technology with DirectCLOUD service from DE-CIX India to improve operational efficiency and customer satisfaction. For instance, by deploying IoT sensors in the supply chain, the company can monitor the temperature and humidity of stored and transported products in real-time, ensuring the quality of sweets and snacks is maintained. Data collected from these IoT devices is securely stored and analysed through cloud services, enhancing inventory management and enabling quick responses to issues, such as a malfunctioning cooling system.

IoT also facilitates smart inventory systems that automate stock tracking, relaying this information to cloud-based applications for real-time decision-making. This combination of technologies optimises production and logistics while also improving customer experiences through connected applications that offer personalised product recommendations and notifications about new offerings.
This synergy of IoT and cloud computing leads to greater efficiency, improved product quality, and more effective customer engagement, positioning the company strongly in the competitive food industry.

Conclusion

The projected growth of the IoT market to $15.35 billion by 2029highlights the transformative impact of technological advancements such as enhanced devices, 5G connectivity, and AI integration. This evolution is not only driving efficiency and innovation across various sectors but also enabling real-time applications like supply chain tracking, remote healthcare monitoring, and intelligent urban management. As industries continue to embrace IoT solutions, we can expect significant improvements in operational effectiveness, resource management, and overall quality of life, paving the way for a more connected and efficient future.

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When you hear the term Data Center Interconnection (DCI), the idea of connectivity is likely the first thing that comes to mind. Simply put, DCI enables the linking of data centers for smooth data exchange and communication. In today’s interconnected world, this connectivity is essential; without it, the conveniences we enjoy would simply not exist. Just think back to the era of jotting down phone numbers, relying on landlines, and spending hours in libraries to find information. The Internet has revolutionised our access to connectivity, becoming integral to our everyday lives.

What is Data Center Interconnect (DCI)?

Data Center Interconnect (DCI) is a service of connecting data centers enabling seamless communication and data transfer. In the era of cloud computing, big data, and digital transformation, DCI addresses the challenges posed by increasing data volumes and the need for robust disaster recovery and business continuity plans. DE-CIX India, a leading Interconnection Platform, is pivotal in facilitating DCI by providing a neutral and scalable interconnection platform for local and international networks.

The service employed in DCI are designed to ensure high-speed, secure, and reliable connections. Different methods can be implemented based on factors such as required data transfer speeds, security considerations, and the physical distance between data centers.

The primary objective of DCI is to enable efficient communication and data transfer between distributed data centers. Key objectives include:

DCI services allow businesses to easily scale their infrastructure by connecting to multiple data centers, ensuring they can handle growing data demands and avoid capacity limitations.

Allows organisations to connect to a wide range of network providers, offering flexibility and avoiding vendor lock-in.

Providing better access to regional networks and internet exchange points, benefiting end users.

DCI provides various connection types, such as Point-to-Point (P2P), Point-to-Multipoint, or Any-to-Any connections, allowing businesses to choose the best topology for their needs.

Reduces the need for dedicated physical infrastructure between data centers by leveraging shared networks and resources, helping businesses lower operational costs.

How is DCI Used?

DCI services facilitate the seamless movement of content to, from, and between data centers, playing a critical role across various industries. In healthcare, DCI enable hospitals to address stringent business and clinical demands while preparing for future growth. In the fintech sector, DCI provides the robust networking infrastructure required by banks to manage traffic for digital products, including digital money transfers, real-time payments, and open banking via APIs.

Moreover, DCI is essential for enabling data sharing with third-party providers and financial exchanges, integral to a bank’s digital services ecosystem. As enterprises gradually migrate their IT resources to multi-tenant and public clouds, the demand for DCI connectivity from enterprise data centers and between cloud data centers is poised to grow in parallel with this trend.

The Importance of DCI for Businesses and Organisations

DCI is critically important for businesses and organisations, primarily because it ensures operational efficiency and reliability. Here are a few reasons why DCI is essential:

DCI services allow businesses to easily scale their infrastructure by connecting to multiple data centers, ensuring they can handle growing data demands and avoid capacity limitations.

Elastic capacity options help organisations scale up or down based on their needs, optimising costs.

Allows organisations to connect to a wide range of network providers, offering flexibility and avoiding vendor lock-in.

Carrier-neutral environments ensure better redundancy and performance optimisation through multiple network paths.

It also enables virtual connections that allow fast provisioning without the need for additional physical infrastructure.

Pay-as-you-go models or other flexible pricing structures enable businesses to optimise costs based on their usage.

Example:

A telecom provider uses Data Center Interconnect (DCI) to link data centers, ensuring seamless traffic management during high-demand events like holidays or sports broadcasts. DCI also supports 5G rollout by integrating edge data centers with core networks, reducing latency and enhancing user experience while maintaining reliable, high-speed connectivity.

Conclusion

Data Center Interconnects (DCIs) are indispensable in ensuring reliable, high-performing, and seamless data center operations across industries. By facilitating smooth communication and workload distribution, DCIs enhance the efficiency of interconnected ecosystems. Their categorisation into intra-data center, campus, and metro interconnects highlights their adaptability to diverse communication needs, making them a cornerstone of modern data infrastructure.

The rise of edge data centers, driven by advancements in 5G, IoT, CDNs, SDNs, NFV, and AR/VR technologies, further underscores the evolution of DCIs. Positioned strategically at aggregation points, edge data centers provide low-latency computing resources, optimize bandwidth, and bridge the gap between raw data generation and traditional data center capacities. As organisations continue to navigate a data-intensive world, the synergy between DCIs and edge data centers remains critical in enabling efficient, scalable, and future-ready distributed computing ecosystems.

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Enterprises are increasingly faced with the need for secure and high-performance cloud connectivity. The DE-CIX Cloud ROUTER is an innovative solution that enables direct and private data exchange between cloud environments. This technology helps organsations optimise their cloud infrastructure, improving application performance and enhancing security against cyber threats. By leveraging DE-CIX’s robust platform, users can efficiently route traffic between public and private clouds, cutting out unnecessary data trips and reducing costs.

What is the DE-CIX Cloud ROUTER?

The DE-CIX Cloud ROUTER is a cutting-edge solution that revolutionises cloud interconnectivity, offering secure and high-performance data exchange between various cloud environments. This innovative technology allows enterprises to efficiently route traffic directly between public and private clouds, resulting in enhanced application performance and bolstered security against cyber threats.

Key Features and Benefits

The Cloud ROUTER leverages DE-CIX’s private, resilient, carrier-grade platform to deliver exceptional performance. It offers flexible bandwidths ranging from 100 Mbps to 400 Gbps, catering to diverse business needs. One of its primary advantages is the elimination of multiple data trips between data center locations and the cloud, leading to more efficient routing and reduced latency.

Enhanced Security and Simplified Management

Security is a paramount concern in today’s digital landscape, and the DE-CIX Cloud ROUTER addresses this by providing improved protection against cyber-attacks through direct routing within DE-CIX’s platform.

Robust Security and Redundancy

Security is paramount in today’s digital landscape. The DE-CIX Cloud ROUTER provides increased protection against cyber-attacks through direct routing within DE-CIX’s private, resilient, carrier-grade platform. This approach not only enhances security but also ensures redundancy by design, minimising downtime and maintaining business continuity.

Cost-Effective and User-Friendly

Implementing the DE-CIX Cloud ROUTER is a cost-effective solution for cloud services. Furthermore, the platform offers reduced cloud egress costs, making it an economically attractive option for businesses of all sizes.

How the DE-CIX Cloud ROUTER Enables Multi-Cloud and Hybrid-Cloud Connectivity?

The DE-CIX Cloud ROUTER serves as a powerful tool for businesses seeking to optimise their cloud infrastructure. This innovative solution facilitates seamless connectivity between various cloud environments, enabling both multi-cloud and hybrid-cloud architectures.

Multi-Cloud Connectivity

The DE-CIX Cloud ROUTER allows enterprises to connect effortlessly to multiple cloud service providers. This multi-cloud approach offers several advantages:

Flexibility in choosing the best services from different providers

Reduced vendor lock-in

Enhanced disaster recovery capabilities

By leveraging the DE-CIX platform, organisations can establish direct, high-performance connections between different cloud environments, ensuring optimal data exchange and application performance.

Hybrid-Cloud Integration

For businesses maintaining on-premise equipment alongside cloud services, the DE-CIX Cloud ROUTER provides a robust solution for hybrid-cloud connectivity. This integration offers:

Seamless data flow between on-premise and cloud environments

Improved security through private, direct connections

Enhanced control over sensitive data

The Cloud ROUTER flexible bandwidth options, ranging from 100 Mbps to 400 Gbps, allow organisations to scale their connectivity as needed, ensuring optimal performance for mission-critical applications in both on-premise and cloud environments.

Conclusion

The DE-CIX Cloud ROUTER represents a significant advancement in cloud interconnectivity, offering enterprises and Internet Service Providers a secure, high-performance solution for direct data exchange between cloud environments.

By leveraging DE-CIX’s robust platform, organisations can optimise their network architecture, enhance application performance, and bolster cybersecurity measures. The Cloud ROUTER’s flexible bandwidth options, simple setup process, and cost-effective design make it an attractive option for businesses seeking to streamline their multi-cloud and hybrid-cloud strategies. As cloud adoption continues to accelerate, solutions like the DE-CIX Cloud ROUTER will play a crucial role in enabling efficient, secure, and scalable cloud interconnectivity for organisations across industries.

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What is Microsoft Azure Peering Service?

Optimizing Cloud Connectivity

Microsoft Azure Peering Service is a networking solution that enhances connectivity to Microsoft’s cloud services, including Microsoft 365, Dynamics 365, and Azure. This service optimises public internet routing, providing customers with reliable and high-performing connectivity to the Microsoft network. By partnering with internet service providers (ISPs), internet exchange partners (IXPs), and software-defined cloud interconnect (SDCI) providers, Microsoft ensures optimal routing from the customer to its cloud services.

Key Benefits and Features

The Microsoft Azure Peering Service offers several advantages for enterprises and service providers:

• Best public routing over the internet for optimal performance and reliability
• Traffic insights, including latency reporting and prefix monitoring
• Optimum network hops from the Microsoft cloud
• Route analytics and statistics, including BGP route anomalies detection

According to Microsoft, the service uses redundancy at both local and geo-levels to ensure robust and reliable connectivity.

How Azure Peering Service Works?

Direct and Optimised Connectivity

The Azure Peering Service provides a direct, private connection between your network and Microsoft’s cloud services, bypassing the public internet. This dedicated pathway offers highly reliable and optimised internet connectivity to Microsoft’s SaaS services like Microsoft 365 and Dynamics 365. By leveraging this service, you can experience improved network performance, enhanced security, and simplified network management.

Collaboration with Internet Exchange Providers

Microsoft collaborates with leading internet exchange operators like DE-CIX to expand the reach of Azure Peering Service. For instance, DE-CIX now offers this service through its Mumbai and Chennai platforms, enabling SMEs, enterprises, telcos, and ISPs to benefit from enterprise-class interconnection services. This collaboration ensures that you can access Microsoft’s cloud services with low latency and high bandwidth, closer to your location.

Flexible Connectivity Options

To utilise the Azure Peering Service, you can connect your on-premises network to a Microsoft edge location through a supported internet service provider or exchange provider. The service supports both Layer 2 and Layer 3 connections, offering flexibility in how you establish your connection. Once connected, you can easily provision and manage your Azure Peering Service connections through the Azure portal or API, streamlining your cloud connectivity management process.

Benefits of Azure Peering for Providers

Enhanced Performance and Reliability

Azure Peering Service offers providers a unique opportunity to deliver superior connectivity to Microsoft cloud services.

By optimising routing on the Microsoft network, the service ensures high availability and predictable performance. This optimisation allows providers to offer their customers a more reliable and efficient connection to critical services like Microsoft 365 and Dynamics 365.

Improved Customer Satisfaction

Providers can significantly enhance their value proposition by offering Azure Peering Service. The service’s ability to provide consistent, predictable performance with a service level agreement (SLA) means providers can guarantee a superior user experience. This leads to increased customer satisfaction and potentially higher retention rates, as businesses rely more heavily on cloud-based applications.

Advanced Monitoring and Insights

Azure Peering Service equips providers with powerful tools for network management. The service offers traffic insights such as latency reporting and prefix monitoring, enabling providers to proactively address issues and optimise their networks. Additionally, route analytics and statistics, including detection of BGP route anomalies, allow providers to maintain optimal routing and quickly resolve any connectivity problems.

Competitive Advantage

By partnering with Microsoft for Azure Peering Service, providers can differentiate themselves in a crowded market. The ability to offer optimised public connectivity and local internet breakouts positions providers as premium partners for businesses heavily reliant on Microsoft cloud services. This competitive edge can lead to increased market share and revenue growth opportunities.

USED CASES:

HOCHTIEF AND Microsoft Azure Peering Service (MAPS)

HOCHTIEF, the world’s 5th largest construction company, faced challenges with latency and connectivity between their infrastructure and Microsoft’s servers. By utilising Microsoft Azure Peering Service (MAPS) through DE-CIX, they experienced a remarkable transformation. The number of hops between their infrastructure and Microsoft’s servers drastically decreased, leading to a significant reduction in latency by 90% and consistently leading to a 50% reduction in trouble tickets. Specifically, HOCHTIEF’s Multi-Cloud-Connect Service by ecotel , powered by MAPS, brought down the connection time to Microsoft Teams from their headquarters from 53 milliseconds to just 5 milliseconds. This drastic improvement revolutionised their communication and collaboration capabilities, enabling faster and more efficient employee interactions, and ultimately boosting productivity and operational efficiency.

Conclusion

As a provider, leveraging the Microsoft Azure Peering Service through DE-CIX India offers significant advantages for your enterprise customers. By optimising routing and reducing latency, you can deliver an enhanced user experience for Microsoft 365 and other Azure-based applications. The service’s built-in redundancy and direct connectivity ensure reliable performance, even during network disruptions. As cloud adoption continues to accelerate, offering Azure Peering Service positions you as a forward-thinking partner equipped to meet evolving business needs. By embracing this solution, you’ll strengthen your competitive edge and provide added value to your customers. Consider exploring Azure Peering Service through DE-CIX India to elevate your service offerings and drive customer satisfaction

News piece of DE-CIX Microsoft Azure Peering Service services impact on HOITCHEF

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What is Cloud Computing?

The cloud consists of software and services that stay and operate on the Internet instead of having any physical elements like a local computer or on premise network servers. Cloud Adoption is a structured shift by organizations of minimizing expenditure, lowering risk and attaining scalability of database capabilities. Cloud adoption may be of various types in an organization, depending on the depth of adoption.

Benefits of Cloud Computing:

• Cost Reduction: The cloud does not require the company to invest in new hardware, storage infrastructure and maintaining an in-house IT infrastructure (variable expenses). In the cloud, assets are made accessible on-demand and excessive resources can be returned/replaced, thus cutting costs. Likewise, the company may not splurge money on appointing IT staff to supervise the infrastructure.
• Flexibility: Cloud computing offers more flexibility to businesses. Employees can obtain files using web-enabled devices such as smartphones, laptops, and notebooks. Sharing documents over the internet around the clock and to work online at any place has helped in internal and external collaborations of the business.
• Scalability: Cloud enables users the ability to upscale or downscale infrastructure as and when required with ease, which results in optimal usage of resources. Companies can have high-performance resources available at the fingertips with professional clarifications without any up-front investment.
• Mobility: Corporate data in the cloud can be easily saved, recovered, or organized with just a couple of clicks on their smartphones and other devices to keep up with clients and colleagues. Users get access to their works, 24/7, via any devices of their choice. This saves the IT team workload and results in customer satisfaction.
• Agility: In Cloud computing, new IT resources are only a click away, which means that companies reduce the time spent to make those resources available to you just in minutes. These resources can then be more seamlessly and efficiently. This results in quick development of businesses’ market.
• Disaster Recovery: There is no way one can prevent or control natural disasters which can cause great damage to the organization. But through cloud computing, the data can be stored in the cloud which guarantees that data will always available, even if your equipment like laptops or PCs, is damaged.

Types of Cloud Computing:

Types of Cloud Computing Services:

Platform-as-a-service (PaaS) refers to the supply on-demand software for developing, examining, delivering and managing applications.

Software-as-a-service (SaaS) is a method for delivering applications-as-a-service over the Interne (cloud computing) as per the demand and on a subscription basis.

Infrastructure as a Service (IaaS) is the most basic category of cloud computing services that allows you rent IT infrastructure: physical or virtual servers, storage and networking from a cloud provider on a pay-as-you-go basis.

Who uses Cloud Computing & Why?

Every type of companies use cloud computing irrespective of size, industry, It is used for a wide variety of cases, such as data backup, disaster recovery, email, virtual desktops, software development, etc. Even healthcare companies are using the cloud to create treatments for individual patients. Bank and financial sector companies are using the cloud to detect real-time fraud and its prevention. And video game makers are using the cloud to deliver online games to players around the world. One of the major use case is, running on premise data center is not simple, so the industry chose to use cloud computing. When it’s about scalability, cloud computing lays out a very resilient solution.

Security Concerns of Cloud Computing:

1. Data Infringement: Data leakage can have grievous impact on company, its brand and reputation, employee, and customers’ hope and belief. Loss of vital intellectual property could have competitive and financial indications also.
2. Seizing of Accounts: Attackers can hijack the account and use your credentials to remotely enter the data saved. They can counterfeit and tamper the data.
3. Malware Injection: Cloud computing can be injected with malware scripts and codes which run as SaaS to cloud servers, through this the attackers can snoop in all the important information.
4. Insufficient Training & Knowledge: Proper knowledge of cloud services should be provided to employees that manage database of the company. Deficiency of this may impact decisions relevant to privacy.
5. Mutual Liability: Cloud surveillance is a common burden for the clients and service provider. This partnership between client and provider requires the client to take preventative actions to protect their data.
6. Data Loss: Data on cloud services can be lost through a malicious attack, natural disaster, or a data wipe by the service provider. Losing essential facts and figures can be harmful to businesses that don’t have a recuperation plan.

Limitations of Cloud Computing:

1. Internet Connection: In order to enjoy the features of cloud computing, your organization should always have an internet connection.
2. Data confidentiality: Data & cloud protection must be powerful because then it won’t be perilous for data confidentiality.
3. Downtime: Cloud computing systems are internet-situated, service outages are always an unfortunate possibility.
4. Technical Issues: For technical issues, one has no choice but to call your hosted provider’s technical support.
5. Vulnerable to attacks: Saving data in the cloud may cause consequential challenges of information heist since in the cloud every data of a company is online.

Some of the leading cloud providers like Amazon Web Services, Google Cloud, Microsoft Azure, etc are on the list of 50 connected cloud providers at DE-CIX Frankfurt.

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From storage evolution to digital revolution

“Internet Exchange Points,” comments  Gabriel Willigens, Head of the Business Unit DataLogistIX at Itenos, “live in data centers.” There’s a good reason for this: that’s where data lives. Today, data centers are the warehouses of the digital economy, providing a home not only for the data itself, but also for the platforms and applications that have become so ubiquitous in the modern world. And central to the seamless functioning of these applications and delivery of content is interconnection – which is why IXs like DE-CIX also make themselves at home in highly interconnected data centers in order to nurture digital ecosystems there.

But clearly, it hasn’t always been like that. Prehistoric data centers (those that existed long before anyone even thought of coining terms like “digital native”) were computer rooms located in company office space, housing – seen in retrospect – massively oversized and underpowered computers, and connected to nobody and nothing outside of the premises. It was a combination of the evolution of computing technology (not only miniaturization and transistor density, but also the capacity for computer resources to be shared amongst multiple users) and the increasing desire to connect networks with each other which together spawned the commercial Internet. With this, a new type of dedicated data center facility developed, along with new business cases for their operators. And so began the business of colocation – without which the Internet as it is could never have developed.

The co-dependent development of the Internet and data centers

To gain access to the Internet – today, as it was back then – connectivity is an essential precondition. In the mid-90s, with the advent of the World Wide Web, networks outside of the USA still needed to connect directly with the American backbone in order to access the new-fangled Internet. “An e-mail from one ISP to the other went to Washington and came back on the same line to be delivered to the provider next door. This was of course very expensive – a 2-Mbit direct route to US was a big thing. It was a privilege to have such a line, but costs were too high,” Harald A. Summa reminisces about the early days.

When DE-CIX first connected networks in Germany back in 1995, the first data center where the networks housed their networking equipment was a computer room in a disused post office in Frankfurt. But while connecting the first three German networks could be handled in such a space, it became necessary for the fledgling Internet Exchange to move to a dedicated colocation facility, as more and more networks wanted to connect their servers locally as well – so in 1999, DE-CIX moved to Interxion’s first Frankfurt data center, FRA 1. This was the beginning of a strong and mutually beneficial friendship, without which the Internet would not be what it is today.

The pioneering spirit of interconnection – no limits

Coming up to the turn of the millennium was a time of enormous growth in the market of data center services – companies that wanted to connect to the Internet but did not want to invest in their own in-house infrastructure began placing their servers in already functioning data centers, where the facilities could be shared between all tenants. The more companies and networks that accumulated within these data centers, the more attractive they became for other companies and networks to interconnect with. Digital ecosystems began to evolve, and the colocation market boomed. As Gerd Simon, at the time the Managing Director of Interxion in Germany, explains, “The mood was very energetic back then, there was a pioneering spirit – everything was possible. There were no limits. Everyone was looking for possibilities to develop their business, and looking for conversation and business partners in order to do that.”

Using DE-CIX as a way of then interconnecting networks not only within a building, but also between data centers, became a success story for the digital hub of Frankfurt – which has developed into one of the areas with the largest data center density anywhere in Europe.

Getting closer to the edge and increasingly interconnected

Certainly, the development of the colocation business model was not without its hiccups. With the bursting of the dotcom bubble in the early 2000s, these once flourishing colocation facilities emptied – the yawning white space in limbo as it waited for the hoped-for recovery. And bounce back it did; slowly at first, but with the emergence of the iPhone in 2007, a new form of Internet access demanded increasing infrastructure to feed a new generation of services to a willing world. Offering services for an increasingly mobile end user meant that networks needed to get closer to the user. This meant that networks needed to be connected with more data centers, and data centers needed to be connected with each other – and this needed to be done on both a global and a local scale.

The Internet was, after all, a global phenomenon. Local connectivity became the enabler for access to the world. Connecting to an Internet Exchange like DE-CIX functioned as a portal to the entire globe – it brought businesses to users, but it also brought users to these businesses.

From a refurbished office space to virtual infrastructure

From a couple of servers in a stand-alone rack, to containers for building modular data centers, through to purpose-built data centers offering managed IT services to SMEs, on to large colocation facilities with around 10,000 square meters of white space (equivalent of nearly 2 football fields filled with racks of servers); and onwards and upwards to major data center campuses and hyperscaler data centers offering upwards of a million square meters of computing space (in which, for example, the major platform providers and cloud service providers run their services). The variety of sizes, designs, and purposes that all fall under the term “data center” almost belies definition.

And going beyond these, data centers are taking on new conceptual forms. On the one hand, there are several initiatives seeking to federate a wide variety of data centers and services to create a virtual, open, neutral, and distributed cross-border infrastructure. In so doing, quality assurance and compliance requirements are being addressed, to enable customers simplified and secure control over their processes and their own data in the cloud, as well as data governance and interoperability, to gain the necessary flexibility for emerging digital services like AI. One example of such an initiative is the European project GAIA-X.

On the other hand, we see the emergence of edge data centers – highly localized, miniaturized processing capabilities to provide almost real-time responses and so enabling scenarios like autonomous transportation. Thus, the concept of the data center has always evolved alongside its potential to be used for the coming generations of digital services and digital business.

In the evolution of the data center as a building – from an office space in the early days, to refurbished commercial space, to purpose-built buildings, to modular containers on the one hand and hyperscalers on the other, and through to the minimalistic concepts now evolving in the edge data center space – land has also played a key role. Property owners and developers even in the late 1990s began to realize that a building with connectivity was more valuable for companies wanting to get online. Connectivity started to become a defining element of commercial property, and with this, digital had begun to have a real and lasting impact on the analog world.

The data center as mission-critical for companies, the cloud, and the Internet

By the second decade of the digital millennium, demand for data center space had developed radically, and data center operators realized that refurbished standard buildings no longer offered them what they needed to provide a modern service. Concepts like security, accessibility, and reliability were becoming business critical for their customers – from startups to global enterprises – and therefore also for the data centers themselves. So a new industry developed in the design and construction of new, purpose-built data centers.

In the early 2010s, the data center industry began a process of professionalization. Designs began to offer fail-safes against potential down-time and single points of failure, and classification systems began to offer potential customers a rating system on which to base their IT outsourcing decisions. Designs ensured redundancy in terms of connectivity and power. Sites were chosen for their proximity to other networks, to fiber, to power stations, and for their distance from geographical, environmental, and structural dangers.

This last point hinges on the fact that the analog world can also have a significant impact on the digital world. Jens Prautzsch, Managing Director of Interxion in Germany, describes it thus: “If you enter a data center, go past the security, into the data rooms, you feel the heat, you feel the noise, and you think, wow, what is in there? And then if you have in mind all the services, the customers that are in there, the systems and platforms that are running there, you feel the responsibility. You understand how important it is that we do a great job.”

Exploring the edges

The more interconnected data centers operating within close proximity to one another, the greater the interconnectivity gravity becomes, attracting more and more data center operators to build nearby, bringing more and more networks that want to access and participate in the increasingly dense ecosystems of digital hubs. The mushrooming interconnectivity in Frankfurt, for example, nicely illustrates the profound effect that digitalization has been having on our world for the last two decades. Without these ecosystems of data centers, the networks connected to them, and Internet Exchanges like those from DE-CIX interconnecting them, the Internet would not, and could not, have developed as it has.

The data center landscape of the future

So, where is the data center heading now? Well, probably in as many different directions as there are data center concepts today. The edge is a whole new territory to be explored, to be populated with sensors and processors and connected to fog and cloud computing solutions for further processing and storage. Looking in another direction, data center designers and hardware manufacturers have been engaged in an ongoing process of increasing energy efficiency – a trend which is set to continue well into the new decade. Here, not only is the infrastructure being designed to consume less power, and the heat generated in the data centers is being redirected into local heating networks, but data centers are being designed to operate in climatically opportune, but thoroughly unexpected places. Take, for example, mines, churches, or even underwater locations.

Whatever the future of data centers and the Internet as a whole may bring, DE-CIX will be there, together with our many data center and connectivity partners all over the world, providing the portal to the next generations of interconnection. Without these valued data center and connectivity partners – providing access to DE-CIX in more than 500 data centers, in over 80 countries, across four continents – without you, DE-CIX would not have a story to tell.

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