Content consumption has changed significantly. Audiences now want everything – news, entertainment, sports and so on – on their own terms. What does this mean for CIOs in media and entertainment? To find out, CIO Dimension spoke with Harmit Singh Malhotra, Chief Technology Officer of NDTV Profit and a tech veteran with over 20 years of experience in broadcasting. 

From leading projects in live news rooms and international sports events to driving advancements in OTT and remote production, Harmit has worked with some of the biggest names in the industry. In this interview, he shares key insights on the industry’s evolution and what lies ahead for CIOs.

You come with over two decades of experience in the broadcast media space, having worked with many of the top brands in the Media industry. Would you like to recall some key moments in this journey?

My journey in broadcast media began in 2003 with Network18, where I was fascinated by the unique opportunities this industry offers to tech leaders. From the very start, I realized there is never a dull moment in this space—it’s a field where creativity and technology converge to create impactful stories and experiences.

During my tenure at Network18, I contributed to several key projects, including the launch of CNBC-Awaaz, IBN-Lokmat, COLORS, and CNBC Bajar. Each of these ventures showcased the power of technology in shaping how audiences consume content.

One of the most exciting projects in my career came in 2013 while working with Star Sports, where we implemented India’s first-ever remote production for international sports events. We wanted to move away from the traditional model of deploying large production crews at global venues. So, we introduced a streamlined workflow: live feeds were transmitted from international venues to a central hub, where commentary was added, and localised broadcasts were produced. This project delivered significant cost savings and maintained the highest production standards, setting a new benchmark for the industry. 

Following this, I worked for leading media organisations such as Republic Media Network and Enterr10. A key achievement during this period was spearheading the launch of Dangal Play’s OTT platform, where I oversaw the entire Tech workflow—from content and delivery to user experience design. This project provided great insights into the world of streaming platforms. 

Currently, I spearhead the technology operations at NDTV Profit, managing all aspects of technical and delivery from our Mumbai hub. This role allows me to continue exploring the potential of technology in media while adapting to the industry’s changing demands.

Tell us a bit more about your role at NDTV Profit and how you navigated the acquisition of BQPrime and its merger with NDTV Profit. 

In my current role at NDTV Profit, I oversee Corporate IT, Broadcast Engineering, and Cybersecurity, ensuring seamless integration across these critical functions. I lead a team responsible for maintaining efficient workflows, real-time content production, and multi-platform content delivery—spanning satellite broadcasting and digital streaming.

A key aspect of my role is managing critical infrastructure, including network systems, security frameworks, and core IT operations, all within a single, integrated team. This ensures cross-functional collaboration, innovation, and agility, allowing us to adapt to evolving industry demands. 

During the acquisition, strategic foresight played a crucial role in guiding our technology choices, ensuring compatibility with NDTV’s existing systems. During our transition and expansion, we prioritized proactive planning and seamless system integration, minimizing disruptions and ensuring a smooth operational flow. Close collaboration between teams allowed us to overcome technological challenges, facilitating a smooth and efficient transition post-merger.

As we continue to evolve, our focus remains on leveraging technology, strengthening cybersecurity frameworks, and enhancing operational efficiencies to position NDTV Profit as a leader in business news broadcasting.

I’m really curious about how content consumption and viewing patterns are evolving, especially post-COVID. Digital has clearly become the go-to medium for many. How do you see these trends shaping up?

The COVID-19 pandemic has led to a big transformation in the way we consume media. Digital platforms emerged as the primary source of entertainment and information during this phase. But I think this shift stayed and paved the way for many key trends that continue to shape the media landscape. Here’re a few that I would like to highlight: 

Streaming services take centre stage: Channel streaming plays a big role in reaching a global audience. By leveraging the power of channel streaming, we can deliver excellent, personalised experiences to a diverse and expansive audience, ensuring our content remains relevant and impactful in the digital age.

The rise of short-form content: Short-form content has become increasingly popular, especially among younger audiences. Platforms like Instagram Reels and YouTube Shorts have revolutionised content consumption with their bite-sized, engaging videos. 

Personalized viewing experiences: Algorithms have become the backbone of personalized viewing experiences. Streaming services and social media platforms use sophisticated algorithms to recommend content based on user preferences. 

OTT platforms and Smart TVs: The integration of internet connectivity into televisions has transformed traditional TV viewing. OTT platforms offer vast content that can be accessed directly through smart TVs. This evolution has blurred the lines between conventional TV and digital streaming.

Social Media as a news source: Social media platforms have become crucial news sources, especially for younger generations. Platforms like X, Facebook, etc make it ideal for staying updated on current events. However, this has also underscored the importance of authenticity and trust in news consumption, as misinformation can spread rapidly across these channels.

Interactive and immersive content: Today audiences want more engaging experiences. Interactive and immersive content has  thusgained traction. Virtual concerts, online gaming, and live-streaming events offer unique and participatory experiences. The growing popularity of virtual reality (VR) and augmented reality (AR) further enhances these interactive elements, creating a more dynamic media landscape.

That’s quite a lot on the plate for a CIO in the media and entertainment space! What are the opportunities and challenges that you see as a tech leader in this industry today? 

Speed and agility are paramount in the digital age. CIOs must prioritize digital-first strategies, ensuring rapid news dissemination across social media platforms. This requires a robust cloud infrastructure to enable real-time content delivery and personalized experiences based on audience preferences and location. Cloud technology, for example, is the cornerstone of our operations. Cloud platforms like AWS and Azure provide the foundation for our entire workflow, from content acquisition and processing to delivery and audience engagement.

One of the key challenges is the complexity of delivering content across multiple platforms and devices whilst maintaining quality and user experience. CIOs must prioritise building scalable infrastructure, including Content Delivery Networks (CDNs). As CDNs distribute content across a network of servers closer to users, it helps in minimizing latency and improving delivery times – making it crucial for modern media organisations.

You mentioned Cloud. Tell us how Cloud is driving some key business use cases for NDTV Profit. 

As a media organization, we are transitioning to a cloud-first approach, leveraging cloud platforms for content delivery, ad insertion, and audience targeting. This allows us to personalise content and ad experiences for viewers in different regions, enhancing the viewer experience and improving ad effectiveness.

We are also exploring edge computing, which brings processing power closer to the network’s edge. This enables faster response times and reduced latency, which is crucial for live streaming and interactive content. I believe cloud and edge computing will play an increasingly vital role in shaping the future of media delivery, enabling us to provide personalized content experiences to audiences worldwide.

What technological advancements do you foresee transforming newsrooms and studios in the coming years?

The media landscape is on the verge of a significant transformation. We are quickly moving away from traditional, cable-dependent workflows to IP-based production, which will efficiently transmit high-quality video signals over high-bandwidth networks. This shift will revolutionize our operations, enhancing flexibility and scalability.

AI is another technology that has the potential to change news production, even though concrete use cases are still emerging. From automated content creation and personalized recommendations to streamlining workflows and enhancing audience engagement, Generative AI will play a big role. I think, all these advancements in technology will help us build a more dynamic and responsive media industry.

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Businesses today face an overwhelming “data tsunami” — a surge of data that, while valuable, often hampers application performance and strains architectural scalability. The more data an organization manages, the more challenging these issues become. With AI workloads adding to data management complexities, enterprises are looking for ways to achieve scalability, maintain performance, and meet evolving data demands.

CIO Dimension spoke with Bhanu Jamwal, Head of Presales & Solution Engineering, APAC, TiDB, to explore how a modern and innovative approach to databases is helping businesses overcome these challenges and innovate. TiDB – an open source distributed SQL database developed by PingCAP – tries to provide some answers. 

How is PingCAP’s TiDB positioning itself in the competitive database market, particularly considering the rapid growth of digital native businesses in India?

We’ve witnessed a remarkable surge in digital native businesses across India, spanning e-commerce, logistics, fintech, gaming, SaaS, and more recently, the emerging healthcare and Gen AI sectors. This explosive growth, however, comes at a cost – a massive influx of data.

Their increasing reliance on data creates a greater demand for scalable and reliable data solutions. Traditional databases often struggle to scale to meet this kind of growth and volume. Imagine a scenario where an e-commerce platform, during a peak sales event experiencing a huge surge in transactions. Traditional databases, such as MySQL or PostgreSQL, may encounter performance bottlenecks under such pressure.

Businesses are therefore compelled to either implement workarounds or adopt modern database solutions that can address these challenges. And these challenges now go beyond just scale. High availability is paramount; downtime is simply not an option today. Real-time analytics is another critical factor businesses. For instance, a bank needs to be able to detect fraudulent transactions in real-time to safeguard customer funds. So, it needs, scalability, availability and analytics- all at the same time. AI introduces further complexities and challenges to this mix. 

Recognizing these evolving needs, TiDB was born in 2015. We strive to address these challenges with our distributed architecture, which allows businesses to scale as their data grows. Distributed SQL databases have in fact emerged as an effective answer to modern data challenges. This approach has been gaining traction, as evidenced by Amazon’s recent entry into the distributed SQL market, acknowledging the growing demand for such solutions. 

How do you view the SQL vs. NoSQL debate, and how does TiDB position itself in this context?

The SQL vs. NoSQL debate has been ongoing for some time with both playing pivotal roles in enterprise environments. While NoSQL databases offer flexibility for specific use cases, they often require significant development effort to maintain data structures. SQL, on the other hand, remains the de facto standard for data access, with a vast pool of skilled developers. 

It’s interesting how many NoSQL databases, which originally distanced themselves from SQL, are now adding SQL layers to their platforms. It shows that SQL remains a simple and effective way to access data. 

TiDB’s aim is to bring best of both by offering a distributed SQL solution. Our Hybrid Transactional/Analytical Processing (HTAP) capabilities are designed to bridge the gap between SQL and NoSQL databases and handle both transactional and analytical workloads. 

How is AI and ML, particularly the rise of LLMs, changing the game for distributed databases, and how is TiDB capitalizing on these trends?

The rise of vector database is a trend worth mentioning in this context. Vector is becoming a powerful engine for today’s AI workloads. Though it has been around for a while, the adoption has rapidly scaled in recent years. These databases are becoming increasingly crucial for storing and processing the data generated by AI/ML models. 

But, this also makes the environment quite complex for enterprises. They often manage multiple databases for different workloads—a transactional database, a separate one for analytics, and yet another for vector storage. Managing databases is a complex process. 

At TiDB, we see an opportunity to simplify this process by offering a unified solution. Our vision is to provide a single database that handles all these workloads, eliminating the need for multiple systems. TiDB supports vector as a form of storage with TiDB serverless, enabling organizations to store and process both traditional data and vector data within a unified platform. We believe the integration of vector search capabilities into a traditional database will be a game-changer for businesses looking to leverage the power of AI and ML. 

Can you share some successful case studies of TiDB implementations in India and globally?

Absolutely! We have a number of success stories across various industries. In India, a leading e-commerce giant was struggling to manage the increasing complexity of their database infrastructure as they scaled, relying on a multitude of single-node databases. By migrating to TiDB, they consolidated their infrastructure, significantly improved performance, and gained greater operational efficiency. 

Delhivery, a leading logistics company that delivers a million packages a day, migrated to TiDB to power their real-time analytics and data marts use case, enabling them to handle thousands of requests per second with less than 100ms latency. 

Pinterest is another flagship customer that leveraged TiDB to modernize their data architecture. Globally, we’ve seen tremendous success in the fintech sector. A major Japanese fintech company, for example, experienced a 10x increase in throughput and a 30% reduction in latency after adopting TiDB for their high-volume wallet application. 

We’re also seeing significant growth in the SaaS market, where TiDB helps companies manage the complexities of multi-tenant environments and scale their databases to support growing user bases.

What are the key market opportunities for TiDB in India?

India is a dynamic and rapidly growing market with a thriving startup ecosystem. We see immense potential here. The sheer volume of data generated by India’s digital-native businesses and startups, coupled with their ambitious growth plans, creates a strong demand for distributed database solutions. India’s thriving Web3 community, its vast base of skilled developers are all opportunities that TiDB will be actively tapping into. 

The post Why Distributed SQL is the answer to modern data challenges: Bhanu Jamwal, TiDB  appeared first on CIO Dimension.

By Saurabh Rai

Reflecting on 2024, the geospatial sector has witnessed transformative advancements, driven by innovations that integrate GIS, AI, and IoT into critical domains. The development of the Ayodhya Sustainability Index as a milestone in leveraging geospatial intelligence for sustainable urban planning, environmental conservation, and heritage preservation. This initiative has set a global benchmark, showcasing how technology can balance growth with cultural preservation. 

The year also saw India embracing national initiatives like Naksha, Bhuvan, and SVAMITVA, which propelled sustainable development, urban planning, and disaster management using geospatial solutions. These programs reflect the sector’s growing influence in addressing complex challenges.

Looking ahead to 2025, the integration of geospatial technologies with AI, IoT, and big data is poised to transform industries such as agriculture, logistics, and renewable energy. 

The focus will be on leveraging these technologies to tackle global issues like climate change, rapid urbanization, and resource management. With data-driven tools at the core, the industry aims to drive impactful and sustainable change, fostering innovation and supporting national priorities. 

With precise data-driven insights, industries can make informed decisions, optimise resource allocation and implement sustainable practices.

In agriculture, for instance, geospatial tools combined with AI can enhance crop monitoring, predict yield and manage water resources effectively. In logistics, they streamline operations by providing real-time data on traffic, weather and optimal routes. Renewable energy sectors can benefit by identifying ideal locations for solar and wind energy projects, thus accelerating India’s transition to cleaner energy sources.

The integration of geospatial technologies aligns with India’s national priorities, such as building resilient infrastructure and achieving sustainable development goals. 

As geospatial intelligence continues to evolve, it promises to play a critical role in shaping a more sustainable, resilient, and technologically empowered future.

Saurabh Rai is the CEO of Arahas, a provider of Geospatial, AI, and Sustainability Technology services. The opinions expressed by the author do not necessarily reflect the views of CIO Dimension.

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By Ankit Kumar

2024 has been transformative for India’s drone industry, showcasing Bharat’s immense potential as a land of opportunities. Drones are rapidly transitioning from niche applications to becoming an integral part of mainstream operations in India. With remarkable advancements in policy, innovation, and sector-wide adoption, the industry has grown exponentially, impacting logistics, agriculture, healthcare, and infrastructure. 

There are many examples of how India is leading the trend. In a groundbreaking development, Gurugram became the first metropolitan in the world to adopt drone-based delivery in daily life, enabling residents to receive anything and everything within minutes. As one of the fastest hyperlocal delivery services, Skye Air completed over 1.5 lakh deliveries in the city during December alone. 

Milestones like drone-based mail delivery in Arunachal Pradesh, Himachal Pradesh, and AIIMS medical supply chains further highlight the sector’s ability to enhance accessibility and efficiency.

As we move into 2025, the momentum will only grow stronger, with drones becoming increasingly integrated into mainstream operations. The focus on scaling networks, boosting payload capacities, and driving cost efficiencies will unlock new opportunities in quick-commerce, urban air mobility, and sustainability. 

The government’s proactive measures, such as the PM GatiShakti National Master Plan, have laid a robust foundation for the drone ecosystem. This ambitious initiative integrates various economic zones and infrastructure projects, enabling seamless logistics and enhancing operational efficiencies.

Initiatives like this, coupled with continued investments in R&D and skill development will further solidify India’s ambition to become a global drone hub by 2030. 

The future holds incredible promise. Drones are proving to be indispensable in addressing real-world challenges. They are reducing urban congestion by offering alternative delivery solutions, minimizing carbon footprints through energy-efficient logistics, and facilitating disaster management and agricultural monitoring. These advancements will propel “Bharat toward a technology-driven, sustainable tomorrow.

Ankit Kumar is the CEO of Sky Air. The opinions expressed by the author do not necessarily reflect the views of CIO Dimension

The post How the Drone industry in India is set to transform in 2025 appeared first on CIO Dimension.

Harness, an AI-native software delivery platform company, has appointed Prashant Verma as the Head of R&D, India Center. 

An IIT Delhi alumnus, Prashant comes with over 24 years of engineering leadership and is renowned for building high-performing engineering teams. He has previously contributed to leading enterprise and consumer product organizations such as i2, Informatica, Goldman Sachs, LinkedIn, Flipkart, Zoomcar, and Traveloka.

In his new role, Prashant will focus on establishing Harness India as a global innovation hub, building a world-class R&D center with top-tier talent, and fostering a tech-first culture where engineers drive innovation and take ownership. He will also enhance collaboration with global teams across the US, Europe, and other regions, while positioning Harness India as a thriving workplace and employer of choice.

Jyoti Bansal, Co-founder and CEO, Harness, “We are thrilled to welcome Prashant Verma as Head of R&D, India. His proven expertise in building and scaling high-performing teams aligns perfectly with our vision for Harness India. Under his leadership, the India Center will play a pivotal role in driving impactful innovation and contributing to our global growth strategy.”

Prashant Verma, Head of R&D India, Harness, said “I am honored to join Harness and lead the R&D India Center. Harness India will be a core driver of the company’s global growth and innovation journey. My vision is to build a world-class R&D hub that empowers engineers to solve complex problems, deliver transformative solutions, and contribute to impactful success.”

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As we step into 2025, Securonix offers key predictions on the evolving cybersecurity landscape. Reflecting on 2024, we saw a surge in cloud intrusions, malware-free attacks, and escalating breach costs, underscoring the urgent need for advanced defenses. With innovations like AI-powered insider threat detection and behavioral analytics leading the charge, the future holds transformative potential.

In 2025, Securonix foresees AI revolutionizing SOCs, quantum-safe algorithms addressing encryption risks, and greater collaboration through shared threat intelligence. MSSPs and advanced data management solutions like Cyber Data Fabric will play pivotal roles in shaping efficient, proactive cybersecurity strategies for the challenges ahead.

Here’s a glimpse into 2024 and crystal ball view into 2025 from Securonix. 

2024: Year in Review

●      Rise in Threat Activity: Threat activity surged with cloud intrusions rising by 75% as organizations increasingly adopted cloud solutions

●      Shift in Attack Strategies: Malware-free attacks grew, leveraging legitimate tools within environments instead of external malware

●      Escalating Costs: The mean cost of a data breach had reached $4.88 million, thereby pointing to the severe need for advanced cybersecurity measures

●      AI Integration: Securonix unveiled Eon, which integrated such innovation as insider threat detection through psycholinguistics, a clear example of how the industry was now turning to AI

●      Insider Threats: Studies indicated that 60% of breaches occur through insider threats, making advanced behavioral analytics crucial

2025: Prepping for the Future

●      AI in Cybersecurity: AI will make the SOCs more efficient, reducing the workload of analysts and making responses more efficient

●      Quantum Computing and Encryption: The risks associated with emerging Quantum technologies have threatened encryption protocols, leading to the need for quantum-safe algorithms

●      Insider Threats on Rise: The push for return-to-office poses insider risks with employees and hence the need for behavioral analytics is key

●      Collaboration Among Organizations: Shared threat intelligence will increase, allowing organizations to identify and fight threats together

●      Data Pipeline Management: Solutions for effective data routing, such as Securonix’s Cyber Data Fabric, will be critical in managing SIEM costs and optimizing analytics

●      Expansion of MSSPs: MSSPs will become more prominent, supporting hybrid SOC models and handling advanced threat responses

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By Ashish Sahay

As we step into 2025, the IoT ecosystem in India is witnessing exponential growth, fueled by the country’s ambition to become a $1 trillion digital economy by 2026. With over 2 billion IoT-connected devices projected to be deployed in India by 2025, the need for scalable, resilient, and cost-effective connectivity solutions has never been more pressing.

At Wirepas, we see this as a pivotal moment to drive innovation and adoption of decentralized mesh technology that addresses India’s unique challenges. Our technology already enables connectivity for over 4 million smart meters under the Advanced Metering Initiative (AMI), contributing significantly to India’s energy transition goals and ensuring accurate, uninterrupted data collection even in remote rural areas.

The Indian smart metering market alone is expected to grow at a CAGR of 10.2%, with over 250 million smart meters targeted for deployment by 2030. This presents a tremendous opportunity for solutions like ours, which are designed to be highly scalable, reliable, and adaptable to diverse environments.

Furthermore, as India invests heavily in its smart cities mission—set to reach $28.7 billion by 2027—IoT solutions are becoming the backbone of initiatives aimed at improving urban infrastructure, energy management, and logistics. Technologies like Wirepas Mesh and NR+ will be instrumental in supporting these projects by delivering decentralized, energy-efficient, and cost-effective connectivity at scale.

The convergence of IoT, AI, and big data analytics is also unlocking immense possibilities in predictive decision-making, particularly in energy management. For example, smarter insights into consumption patterns can help utilities reduce distribution losses, a critical issue for India, which currently sees an average of 20% loss in electricity distribution.

Wirepas remains deeply committed to India’s vision of a sustainable, interconnected future. By delivering innovative solutions that enable industries to optimize their operations, reduce costs, and achieve sustainability goals, we aim to play a key role in shaping India’s IoT revolution. As 2025 unfolds, we look forward to continuing our partnership with Indian enterprises and contributing to the country’s journey toward becoming a global leader in IoT adoption.

Ashish Sahay is the Country Manager & Sales Director for SEA at Wirepas. The opinions expressed by the author do not necessarily reflect the views of CIO Dimension

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Pure Storage recently achieved a significant design win with one of the top four hyperscalers. According to a company press release, this industry-first milestone marks the expansion of Pure Storage’s DirectFlash technology into large-scale environments currently dominated by hard disks.

Pure Storage describes this as the ‘beginning of a transformative shift in the industry’. Historically, hyperscalers have relied on commodity disk storage, representing nearly 70% of global hard disk drive purchases—an estimated 700 exabytes per year.

“This is the first-ever design win to provide flash for standard hyperscaler storage and it is the vanguard for flash storage providing all online storage in major hyperscale environments in the future. For reference, the hyperscale market is responsible today for 60% to 70% of all Hard Disk Drives purchased globally,” Pure Storage CEO Charlie Giancarlo said while announcing the hyperscaler win on the company’s third quarter FY25 earnings call. 

Pure Storage has been contending that by 2028, practically no new all-HDD storage systems will be sold for data center computing. In fact, HDD shipments have seen a sharp decline over the past decade. From a peak of over 651 million units in 2010, shipments dropped by nearly 71%, reaching 166 million in 2022, according to Statista.

The India Story

Ramanujam Komanduri, Country Manager for Pure Storage India, emphasized how the hyperscaler win is driving the transition to flash storage.

“Hyperscalers are possibly the largest data consumers, and they have been using commodity disk storage simply because there hasn’t been an alternative that offers comparable economics—until now. Recent improvements in flash media density, its ability to scale higher and lower power consumption have been game-changers in recent years. Our design win signals that hypercalers can manage extremely large data footprints with high-capacity flash storage at economics similar to what they have been used to in the past.”

He emphasized that the design win will add to the momentum for the replacement of hard disk drives (HDDs) in the market.  

India accounts for a significant share of the market, generating nearly one-fifth of the world’s data. “Flash storage is a more sustainable way for hyperscalers to store the growing volumes of data. With Pure’s Direct-to-Flash technology, we can provide hyperscalers better performance, reliability, and significant power and space savings compared to hard disks, all at a comparable or lower total cost of ownership,” Ramanujam maintains. 

The post The Disk-to-Flash transition: Pure Storage bets on a new era for Hyperscalers appeared first on CIO Dimension.

Moving to the cloud can greatly improve your organization’s flexibility, scalability, and cost-efficiency. However, achieving a successful migration demands meticulous planning and execution. Here is an in-depth step-by-step guide to assist you in navigating the cloud migration process efficiently.

Step 1: Evaluation and Preparation

Start by evaluating your existing IT infrastructure, applications, and data. This stage is essential for gaining insight into your current assets and their interdependencies. Identify the motivations driving your migration—whether it’s to reduce costs, enhance performance, or access advanced features. Set specific objectives and deadlines to ensure the project stays on course.

Identify Existing Resources: Assess your current systems and applications.

Establish Migration Goals: Identify the outcomes you intend to accomplish through the migration process.

Select a Cloud Provider: Investigate various cloud platforms, such as AWS, Azure, and Google Cloud, to identify the one that best suits your requirements.

Step 2: Migrating the Data

After establishing a clear plan, concentrate on migrating your data by transferring it from your current environment to the cloud platform.

Choose a Migration Approach:

Real-Time Data Transfer with Online Migration: Seamless Continuous Replication

Offline Migration: Transferring large datasets using physical storage devices in bulk.

Keep in mind factors such as data volume, transfer costs, and bandwidth limitations when selecting your method.

Step 3: Migrating the Application

Subsequently, transition your applications in line with the selected cloud strategy. You can choose from several approaches:

Lift and Shift: Transfer applications without making changes.

Replatforming: Implement small modifications to enhance cloud optimization.

Refactoring: Transform applications to take full advantage of cloud features.

Update configurations and dependencies to ensure compatibility with the target cloud environment.

Step 4: Establishing Network and Connectivity

Set up secure network configurations in the cloud environment to mirror your current setup. This entails:

Establish Secure Connections: Utilize VPNs or Direct Connect to ensure secure communication between your on-premises infrastructure and the cloud.

DNS Management: Modify DNS records and oversee IP assignments to ensure smooth connectivity.

Step 5: Ensuring Security and Compliance

Ensuring security during migration is crucial. Assess and apply security protocols specifically designed for the cloud environment:

Identity and Access Management (IAM): Establish rules to manage user access.

Data Encryption: To maintain confidentiality, ensure that data is encrypted both during transit and while at rest.

Perform a compliance evaluation to ensure adherence to applicable regulations throughout the process.

Step 6: Conduct Testing and Validation

Ensure you comprehensively test all migrated components before launching.

Application Testing: Ensure that applications operate correctly in the new environment.

Checking for performance issues or bottlenecks: Monitor and evaluate system efficiency.

Perform security testing to detect any vulnerabilities that may have emerged during the migration process.

Step 7: Launching Live

After completing testing, you can move forward with going live.

Last Data Synchronization: Conduct a final data sync before transitioning.

Track Performance: Once the application is live, diligently observe its performance and gather user feedback.

To conclude

Transitioning to the cloud is a transformative process that demands careful planning and execution. To ensure a seamless migration, follow these steps: assessment, data migration, application transition, network configuration, security measures implementation, testing phase, and launch. Embrace this opportunity to boost your business operations by achieving greater flexibility and efficiency in today’s digital environment.

The post How to Migrate to the Cloud: A Step-by-Step Guide appeared first on CIO Dimension.

Examine the impact of emerging technologies on transforming business operations.

Emerging technologies are transforming business operations across numerous sectors by boosting efficiency, improving customer experiences, and fostering innovative solutions. Looking ahead to 2025, several pivotal technologies are expected to have a substantial impact.

Cloud-Based Computing

Cloud computing remains transformative for businesses, offering scalable resources that boost flexibility and lower expenses. By utilizing cloud services, companies can tap into powerful computing capabilities without requiring significant on-premises infrastructure. This transition enables organizations to concentrate on their core strengths while enhancing operational efficiency. The global public cloud market is expected to grow to around $679 billion by 2024, highlighting a strong trend toward cloud adoption likely extending into 2025.

IoT, or the Internet of Things

The Internet of Things (IoT) is transforming business operations by linking devices and facilitating real-time data sharing. This technology offers insightful analysis of operational procedures, supporting predictive maintenance and optimizing supply chain management. A PwC survey reveals that 35% of businesses have acquired new capabilities from IoT integration, while another 34% experienced increased operational efficiency.

As IoT technology continues to develop, it will play an increasingly vital role in shaping business strategy.

AI (Artificial Intelligence)

AI is leading the way in revolutionizing business operations by automating repetitive tasks and delivering insights based on data analysis. The range of applications includes AI-driven chatbots that improve customer support, as well as machine learning algorithms that enhance inventory management efficiency. Additionally, AI systems are advancing demand forecasting and tailoring marketing strategies to personalize them, helping businesses more effectively satisfy customer requirements.

Integrating AI into decision-making processes is anticipated to speed up innovation and enhance competitiveness.

VR/AR (Virtual and Augmented Reality)

Virtual and augmented reality technologies are transforming approaches to training and customer engagement. Virtual reality (VR) allows for the simulation of real-world scenarios in employee training, minimizing downtime typically linked to conventional methods. At the same time, augmented reality (AR) elevates customer experiences by overlaying digital information on physical products, enabling interactive demonstrations.

These immersive technologies enhance operational efficiency while also providing distinctive marketing opportunities.

Fifth-Generation Technology

The introduction of 5G technology promises to enhance connectivity and enable faster data transfer between devices. This progress will support the extensive implementation of IoT devices and facilitate real-time analytics, greatly boosting operational capabilities.

Thanks to its capacity to bolster remote work and improve communication, 5G will enable businesses to function with greater flexibility and efficiency. In summary, as emerging technologies like cloud computing, IoT, AI, VR/AR, and 5G advance further, they are set to significantly transform business operations. Companies that adopt these innovations will not only boost their operational effectiveness but also establish themselves as frontrunners in a highly competitive market. Embracing these technological advancements will be essential for ensuring ongoing growth and success in the digital era.

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