Category: Cloud Computing

In today’s swiftly evolving digital realm, the concept of “Cloud Computing” has gained remarkable prominence. Despite its established presence for nearly two decades and the clear indications of its potential to enhance business efficiencies, reduce costs, and confer competitive advantages, a significant portion of the business community has yet to fully embrace it. According to a survey conducted by the International Data Group, 69% of businesses are already leveraging cloud technology in some capacity, while an additional 18% express intentions to integrate cloud-computing solutions in the future. But what precisely does cloud computing entail, and why has it emerged as a transformative force for both enterprises and individuals? This blog post delves into the foundational aspects of cloud services, uncovering the core principles and advantages that have thrust cloud computing into the forefront of contemporary technology.

Cloud Computing: Revolutionising Data Management

In the dynamic digital era, the term “cloud computing” has surged in significance, revolutionising how essential computing services like storage, processing power, networking, and software are delivered through the internet, commonly referred to as “the cloud.” This transformative shift eradicates the need for physical on-site infrastructure, affording users the seamless convenience of remote access to and on-demand utilisation of resources. Effectively creating a virtual domain, the cloud hosts data and applications on remote servers, enabling access from virtually anywhere with an internet connection. Fueled by the escalating data demands of our digitally evolved society, the mainstream adoption of “cloud computing” has become inevitable. As businesses contend with the complexities of upkeeping crucial information, programs, and systems on local servers, the appeal of this solution becomes increasingly apparent. Despite its longstanding presence since the internet’s inception, the widespread integration of this concept within businesses has gained considerable momentum only in recent times.

Seamless Accessibility and Data Storage

Cloud computing functions similarly to web-based email clients, granting users unfettered access to system features and files without the need for local storage. Many individuals unknowingly engage with cloud computing through everyday applications like Gmail, Google Drive, and social media platforms like Facebook and Instagram, all operating on cloud-based frameworks. Users rely on cloud-hosted servers for data storage, ensuring secure accessibility. While advantageous for personal use, these services hold even greater value for businesses, facilitating secure, efficient access to extensive data volumes through online network connections. In a connectivity-driven world, cloud computing revolutionises data management, fundamentally transforming how both individuals and organisations interact with and harness their digital resources.

Benefits of Cloud Computing:

• Scalability and Flexibility: One of the primary advantages of cloud services is their scalability and flexibility. Businesses can easily adjust their computing resources up or down to match their requirements at any given time. This elasticity allows organisations to handle varying workloads and accommodate changes in demand without the need for significant upfront investments in hardware or infrastructure.
• Cost-Efficiency: Cloud computing eliminates the need for businesses to invest heavily in purchasing and maintaining physical hardware. Instead, they can opt for a pay-as-you-go model, where they only pay for the computing resources they actually use. This cost-effective approach is particularly beneficial for startups and small businesses with limited budgets, as well as larger enterprises seeking to optimise their IT expenditures.
• Accessibility: Cloud services provide the advantage of remote accessibility, enabling employees to access data, applications, and resources from virtually anywhere with an internet connection. This level of accessibility fosters collaboration among teams spread across different locations, leading to increased productivity and streamlined workflows.
• Reliability and Redundancy: Reputable cloud providers often offer robust infrastructure with redundant systems and backup capabilities. This redundancy ensures data integrity and minimises the risk of downtime due to hardware failures or other technical issues. Cloud services often include built-in data backup and disaster recovery options, providing businesses with peace of mind regarding the safety of their critical information.
• Innovation and Agility: Cloud computing empowers businesses to rapidly deploy new applications and services without the delays associated with procuring and setting up physical hardware. This agility allows organisations to seize market opportunities more quickly and experiment with new ideas, fostering innovation and a competitive edge. Moreover, the cloud’s infrastructure can support advanced technologies like artificial intelligence, machine learning, and big data analytics, enabling businesses to harness these tools without the need for extensive infrastructure investment.

To summarise, cloud computing has fundamentally transformed the way both businesses and individuals engage with technology, and Yotta proudly leads this groundbreaking technological shift. While cloud computing presents an array of advantages, Yotta prioritises the paramount task of addressing security apprehensions and fortifying data protection. Our robust security measures seamlessly complement the security protocols of businesses, ensuring an unparalleled level of safeguarding for sensitive information.

Yotta’s Enterprise Cloud Services, hosted within the world’s second-largest Tier IV datacenter-Yotta NM1, located in Navi Mumbai and Yotta D1 data center in Greater Noida equips businesses with a resilient, secure, and exceptionally cost-effective range of cloud services encompassing compute, storage, connectivity, and business continuity. Enriched with a comprehensive suite of features, it is accompanied by an impressive infrastructure uptime SLA of 99.99%. Our self-service portal empowers you with complete control, and the optional managed cloud services ensure round-the-clock assistance from certified cloud professionals.

The transition from traditional on-premises infrastructure to cloud services heralds a realm of new possibilities, unlocking dimensions of scalability, efficiency, and innovation. As technology perpetually evolves, embracing cloud computing transcends mere choice—it evolves into a strategic necessity for maintaining a competitive edge within the dynamic landscape of today’s digital world.

The need for cloud computing became more evident than ever in recent times. In a way, the pandemic was a watershed moment for cloud as it formed the center of every organisation’s digital transformation journey. And, even as we seem to be approaching the endgame with the pandemic, the appetite for cloud adoption shows no signs of abating.

For years, cloud adoption was hampered by myths and falsely held notions, many of which continue to persist in 2022. As more and more IT professionals and developers consider a migration to the cloud, it is important that we address and root out such myths that stymie not just cloud adoption, but overall technological progress. Over the course of 2022, here are the pervasive myths that need debunking.

Cloud is less secure than on-premises: While there have been highly reported breaches into the public cloud, the myth that an on-premises setup always offers superior security is just not true. Over the past few years, all major service providers have invested significantly in their underlying security capabilities.

Billions have been poured into cloud security and in hiring top cybersecurity experts as a Cloud Service Provider’s (CSP) business model hinges on providing the best of security. CSPs have developed new tools and methods, from firewalls and intrusion prevention to data loss prevention and ML-based rootkit detection, to make the cloud secure.

Increasingly CSPs are requiring developers to take on the security responsibility. This is interesting because upon further digging it has been discovered that almost all cloud breaches are driven by an enterprise customer’s insecure configurations. In fact, Gartner says that through 2025, all security breaches in the cloud will be customer-driven.

Hence, developers must be retrained to follow carefully defined governance policies on how to configure the right security controls. Companies that define the correct policies adopt a secure DevSecOps operating model, and training or hiring the right talent can achieve safer operations in the cloud than on-premises.

Cloud networks are slower than on-premises setups: Some organisations fear that they will experience higher latency on a CSP’s network than on their own. Latency, however, is often the result of the IT department backhauling its data through in-house data centers. Backhauling, or routing of traffic through internal networks results in higher latency, more complexities, and poor user experience. IT departments that backhaul do so either because they do not trust the security offered by CSPs or they need to access critical data or applications that are on-premises.

For IT departments undertaking the former, it is vital they realize that CSPs now offer strong security options and that there is no need to tolerate latency for security. IT departments that are backhauling for the latter reason should prioritise creating a data lake with their CSP which moves the bulk of their data and analytics processing to the cloud. This will allow IT teams to unleash the power of cloud-enabled analytics while simultaneously solving latency issues.

Once companies stop backhauling, they are unlikely to experience greater latency on cloud, as there is no difference between a CSP’s IP circuits, pipes, and cables when compared to an on-premises data center. In fact, enterprises may even experience lower latency in the cloud, due to a CSPs advantages in content delivery owing to their diverse, extensive footprint of data centers and their heavy investment in content-delivery-network services, which an on-premises setup would be hard-pressed to achieve.

Direct connections to multiple clouds are tedious and expensive: Direct cloud connect refers to a private connection between an enterprise’s dedicated infrastructure and a public cloud provider, often as a cross connect within a colocation data center. We live in an era where latency is an important metric not just for entertainment and financial companies, but most enterprises. However, there is a widespread myth that given the significant costs of WAN and the public internet, companies that require private connections would be looking at a huge expense, also because it costs a lot of money to move big data.

However, data center and cloud companies are increasingly allowing customers to reach global cloud providers like Microsoft Azure, AWS, Google Cloud, Oracle Cloud and others through a single point which helps to eliminate direct connection costs. This allows enterprises to establish high-bandwidth connections to a vast number of local carriers, ISPs and content providers, without the hassles and costs of multiple, separate connections.

The bottom line is that a cross-connect fee is far lower than the cost for redundant WAN connections or the scaling of an ISP to support connectivity requirements, making direct connections more cost-effective than what is popularly believed.

On-premises is more cost-effective than cloud computing: The truth of the matter is that costs are entirely dependent on an enterprise’s starting point and its ability to manage and optimise cloud consumption once there. Besides the starting-point, the maturity of an enterprise’s on-premises setup, license commitments and types of workloads are the other factors that influence the cost of cloud computing.

For instance, if an enterprise needs large data-center upgrades, it will find cloud adoption attractive as it can avoid large capital expenditures and depreciation on assets it may not fully utilise. However, if a company has recently invested in a new data center, moving to the cloud would duplicate infrastructure costs. Also, some companies might have licensing agreements that are hard to get out of while some might face just limited penalties for initiating a transition to the cloud. Finally, storage-intensive workloads are often less costly in the cloud than those requiring lots of network bandwidth, as cloud service providers (CSPs) charge by the unit for network access.

Starting point aside, enterprises have experienced cost benefits from the cloud’s shared-resource model and autoscaling. Companies find it financially wiser to pay service providers for CPU as and when they need it, rather than owning an on-premises cluster and paying for around-the-clock access.

These are the three most prevalent misconceptions about the cloud-based on stories of adoptions gone wrong or maybe the fear of change. It is crucial to dispel these myths as they thwart the myriad business, operational, and economic impacts of the cloud and prevent an organisation from harnessing the cloud’s full potential.

Cloud is not just a lever for controlling costs, but also a huge catalyst or transformational agent for being the foundation for enabling quick adoption of emerging technologies such as AI and Blockchain.

India is an aspiring and incomparable nation when it comes to digital ambitions and scale. Landmark projects like Aadhaar, the Aarogya Setu app, or DigiLocker, are just some of the examples of India’s digital prowess.

Given the scale at which government departments operate, cloud is the perfect platform for accelerating e-governance initiatives. From a policy point of view, already a series of initiatives have been taken to ensure that India has a strategic advantage concerning the cloud.

The Government of India has announced GI Cloud (now called ‘Meghraj’) – an initiative to ensure optimum usage of IT spending by the government while simultaneously giving the impetus to improve the adoption of e-governance initiatives using the cloud. The Ministry of Electronics and Information Technology (MeitY) has created a reference architecture to guide government departments to build their cloud deployment architecture with recommended components and activities.

The National Digital Communications Policy 2018 envisions establishing India as a global hub for cloud computing, content hosting and delivery, and data communication systems and services. It aims to do this by enabling regulatory frameworks and incentives for promoting the establishment of international data centers, content delivery networks, and interconnect exchanges in India.

Similarly, the National Data Center Policy, which aims at making India a Global Data Center hub, promotes investment in the sector, propels digital economy growth, and enables provisioning of trusted hosting infrastructure to fulfil the growing demand.

The potential of the cloud

In India, cloud computing has ensured the success of national initiatives and schemes such as Swachh Bharat Mission, e-Hospital, National Scholarship, My-Gov and e-Transport. One of India’s most landmark initiatives, the Government e-Marketplace (GeM) uses a multi-cloud architecture to ensure scalability. Today, the GeM serves over 50,000 buyer organisations and has a listing of over 19 lakh products and more than 80,000 services.

NIC’s SaaS-based service, S3WaaS, has empowered district administrators to create, configure and deploy scalable and accessible websites without much effort and technical knowledge. Another successful example is DigiLocker, a cloud-based platform for the issuance, sharing, and verification of critical lifelong documents or certificates. With more than 57.13 million users and 4.27 billion issued documents, DigiLocker has proved to be one of the biggest success stories of cloud in the government.

Last year, understanding the critical importance of the cloud in providing the foundation for enabling the growth of emerging technologies such as AI, India’s national policy think-tank organisation, NITI Aayog, suggested the creation of an AI-based cloud computing platform called AIRAWAT (AI Research, Analytics and Knowledge Assimilation).

Similarly, the National Highway Authority of India (NHAI), announced last year that it had gone fully digital with the launch of a unique cloud-based and AI-powered big analytics platform. All project documents and correspondences related to NHAI will be stored in a cloud-based data lake, which is linked with GIS tagging and a unique project ID, so that project data can be retrieved easily from any location.

The Indian Railways has given the responsibility of deploying open source Hospital Management Information System (HMIS), an integrated clinical information system, for its 125 health facilities and 650 polyclinics across the country for improved hospital administration and patient healthcare, using a cloud platform.

Emerging use cases of cloud

With the cost of providing compute and storage capabilities coming down drastically, it makes much more sense for government departments to leverage the cloud. The other big reason is the quick pace of adoption for emerging technologies such as AI, ML, Big Data Analytics, or IoT.

In India, many states have proactively taken several pro-cloud initiatives. For example, the Government of Maharashtra in 2018, became the first state to unveil a public cloud policy. Looking at the benefits of cloud-based storage, the Government of Maharashtra mandated its departments to shift their data storage requirements to the cloud.

Similarly, in October 2020, the Government of Telangana announced that it was making it mandatory for all its departments to deploy their existingor new applications on the cloud except for those applications that contained sensitive or confidential data.

Another classic example is Smart Cities, wherein various state governments are leveraging cloud and other digital technologies to provide next generation services to citizens. Madhya Pradesh was the first state to launch India’s first cloud-based Common Integrated Data Centre, Disaster Recovery Centre and Integrated Control and Command Centre (ICCC).

The ICCC is enabling the Madhya Pradesh state administration to monitor and administer multiple city civic utilities and citizen services across seven cities in the state through a central cloud. Now, other states like Gujarat, Rajasthan, Andhra Pradesh, Telanagana, Tamil Nadu, Karnataka, and Uttar Pradesh are following the suit.

These examples highlight why the move to the cloud is now essential or critical for government departments. Due to the capacity constraints, there are instances where the state data center has faced challenges in scaling up and meeting the requirements in a time-bound manner, which has led to poor application downtime and poor user experience.

Key trends that government departments should look out for

Today, the Covid-19 pandemic has made it imperative for accelerating digital delivery of public services. This has put immense pressure on government departments to quickly roll out new platforms or initiatives. With support for emerging technologies such as AI, ML or Blockchain, the cloud is the perfect platform for testing out new innovations.

The cloud is also a proven platform for automation – a critical need in government departments today, as they grapple with challenges related to skilled manpower and scaling up to meet public demand for services. For example, AI-powered chatbots can answer common queries easily, while RPA can be used to automate routine tasks.

The pandemic has also made remote working a reality now. This is applicable to the government sector too, as it also needs to give government employees the same flexibility as given to employees from the private sector. The cloud is perfect for giving employees secure and reliable access to government applications and data.

The cloud allows government departments to acquire resources based on actual requirements, with the capability to increase or decrease computing resources as per demand. Globally, and in India too, government departments are increasingly feeling challenged in containing costs and providing the required infrastructure.

For instance, the state-owned Bank of Baroda has become the first public sector bank to consider Work from Home policy for a section of its employees. For Bank of Baroda to leverage staff resources better, the cloud will prove to be an excellent platform for creating flexibility without significant corresponding investments.

This flexibility opens up several possibilities – one can think of organisations such as Income Tax which receives huge load for filing returns in the last few days of the deadline given by the government. There are many such examples of departments across the government, which receive seasonal demand spikes. Another notable example is the dedicated web portal called Co-WIN (COVID -19 Vaccine Intelligence Network) which has been launched recently.

This is a complete cloud-based IT solution for planning, implementation, monitoring, and evaluation of the Covid-19 vaccination program in the country. While we keep hearing about technical glitches in the Co-WIN platform or the portal getting crashed (when millions of people recently rushed to register for the COVID vaccination), one cannot deny the fact that without the cloud, an initiative of this scale and size would be unimaginable.

As the above examples show, the cloud today is not just a lever for controlling costs, but also a huge catalyst or transformational agent for being the foundation for enabling quick adoption of emerging technologies such as AI and Blockchain. Today, the question for government departments is not why you should adopt the cloud, but when and how fast you can use the cloud to your advantage.