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  • Syntel by Arvind Partners with Avaya to shape the future of enterprise communications – CRN

    Syntel by Arvind Partners with Avaya to shape the future of enterprise communications – CRN

    Syntel by Arvind, in collaboration with Avaya, hosted an exclusive panel discussion on “The Future of Enterprise Communications – AI, Automation & Beyond” on March 21, 2025, at Shangri-La Eros, Connaught Place, New Delhi. During the event, the two companies also announced a strategic partnership aimed at transforming enterprise communications.

    Through this partnership, Syntel by Arvind will gain access to Avaya’s comprehensive portfolio of solutions, including Unified communications and collaboration tools which enable seamless communication and collaboration across teams and departments, enhancing productivity and agility. By combining Syntel’s market presence and service excellence with Avaya’s technological innovation, Syntel by Arvind can offer an unmatched blend of local expertise and global technology to ensure that customers get future-ready communication solutions tailored to their business needs.

    “We are thrilled to partner with Avaya to deliver best-in-class customer experience solutions to our clients,” said Paresh Shetty, CEO Syntel by Arvind. “By combining our expertise with Avaya’s innovative technology, we will empower businesses to build stronger customer relationships and achieve greater success.”

    This partnership will benefit businesses across various industries, including:

    ● Financial services: Enhancing customer service and improving fraud detection.

    ● Healthcare: Improving patient care coordination and streamlining administrative processes.

    ● Hospitality: Enriching guest experience.

    ● Retail: Enhancing the customer shopping experience and increasing sales.

    ● Government: Improving citizen services and enhancing public safety.

    The solutions under this partnership will be available immediately to the customers. With this partnership, customers can leverage Avaya’s secure cloud architecture, advanced encryption protocols, and AI-driven threat detection to ensure cybersecurity and data security.

  • The Future of Cross-Border Payments: Innovations Reshaping Global Transactions

    Global Transactions

    In this digital world, financial transactions are evolving rapidly, driven by the need for efficiency, security, and transparency. One of the most significant transformations is cross-border payments, where delays, high costs, and inefficiencies have long plagued traditional banking systems. This article explores groundbreaking innovations in blockchain technology that are revolutionizing global payments. Based on the work of Karthik Muccha, we examine the key technological advancements shaping the future of international transactions.

    Breaking Down Traditional Barriers
    The legacy banking system relies on multiple intermediaries for international transactions, leading to long settlement times and excessive fees. Blockchain technology offers a decentralized alternative, enabling direct peer-to-peer transactions. By eliminating intermediaries, financial institutions can reduce processing costs and enhance transaction speed, making global commerce more seamless.

    The Power of Distributed Ledger Technology
    At the core of blockchain’s impact is distributed ledger technology (DLT), which ensures that financial transactions are recorded transparently and securely across multiple nodes. Unlike conventional banking systems that rely on centralized databases, DLT maintains an immutable record of transactions, reducing the risk of fraud and data manipulation. Adopting this technology sets new standards for accountability in cross-border payments.

    Smart Contracts: Automating Efficiency
    Smart contracts are self-executing agreements within blockchain networks that automate transactions based on predefined conditions. They reduce errors, enhance efficiency, and improve security by eliminating manual processing. Integrating smart contracts into international payments helps financial institutions streamline compliance and lower costs.

    Enhancing Security Through Cryptographic Measures
    Blockchain enhances financial transaction security with cryptographic protocols like SHA-256 hashing and multi-signature authentication, ensuring tamper-proof transactions. These measures boost trust and reliability, especially for secure cross-border payments.

    Faster Settlements with Blockchain-Based Solutions
    One of the most significant advantages of blockchain in financial transactions is the ability to process payments almost instantly. Due to verification procedures and intermediary processing, traditional cross-border payments can take days to settle. Blockchain solutions, on the other hand, facilitate near-instant settlements, significantly enhancing liquidity and cash flow for businesses and individuals alike.

    Scalability and Integration Challenges
    Blockchain technology provides many advantages, but scalability is essential for broader adoption. As transaction volumes grow, networks must ensure efficient processing without sacrificing speed or security. Solutions like Layer 2 protocols and sharding enhance scalability, enabling decentralized systems to maintain integrity while handling increasing payment demands effectively.

    Regulatory Compliance and Standardization
    Adopting blockchain-based payment systems must align with regulatory frameworks to ensure compliance with anti-money laundering (AML) and know-your-customer (KYC) requirements. Governments and financial institutions are working toward establishing global standards for blockchain payments, ensuring that innovation does not compromise security and legal requirements.

    The Role of Oracle Networks in Currency Exchange
    Blockchain transactions require real-time exchange rate data to facilitate seamless cross-border payments. Oracle networks bridge the gap between blockchain systems and real-world financial data, providing accurate and timely information for currency conversions. This integration ensures that transactions reflect fair market values, reducing the risk of discrepancies in global payments.

    Future Prospects for Blockchain in Payments
    As blockchain technology evolves, its potential cross-border payment applications will expand. Innovations such as central bank digital currencies (CBDCs) and decentralized finance (DeFi) platforms are expected to be crucial in shaping the next generation of financial transactions. The ability to combine regulatory oversight with blockchain efficiency will define the future landscape of global payments.

    In conclusion, Karthik Muccha‘s research highlights the transformative potential of blockchain technology in revolutionizing cross-border payments. Blockchain is reshaping how money moves across borders by addressing inefficiencies in traditional banking systems and leveraging smart contracts, cryptographic security, and decentralized networks. As regulatory frameworks evolve and scalability solutions improve, blockchain-based financial systems will become the backbone of global commerce, offering enhanced security, efficiency, and accessibility for all stakeholders.

  • Building Resilient Healthcare Analytics Infrastructure for the Future

    healthcare

    In today’s rapidly evolving healthcare landscape, the importance of robust analytics infrastructure cannot be overstated. Abrar Ahmed Syed explores how advancements in scalability, high availability, and disaster recovery frameworks are revolutionizing healthcare analytics. With a growing demand for real-time, actionable data-driven insights, healthcare organizations are turning to resilient infrastructure solutions to enhance operational efficiency and patient care.

    The Need for Scalable Healthcare Analytics
    Healthcare organizations are generating unprecedented amounts of data, from electronic health records (EHR) to real-time patient monitoring. Traditional data management methods have struggled to cope with this influx, creating a pressing need for scalable solutions. Scalable analytics frameworks enable organizations to manage vast datasets while maintaining high performance and low latency. By adopting scalable systems, healthcare providers can integrate various data types, including medical imaging, genomic data, and real-time patient information. This integration is essential for improving decision-making and enhancing patient care.

    High Availability in Healthcare Analytics
    High availability (HA) is crucial for ensuring healthcare analytics systems remain operational. The importance of multi-node architectures and auto-scaling mechanisms that adjust to fluctuating workloads, helping distribute data processing across multiple servers and preventing single points of failure, cannot be overstated. These algorithms dynamically distribute workloads based on real-time demand, reducing response times and improving system reliability. Ensuring continuous access to critical data is vital for delivering quality care and preventing delays in patient services.

    Disaster Recovery: A Critical Component
    In healthcare, system downtime or data loss can have severe consequences. Disaster recovery (DR) frameworks are essential for building resilient healthcare analytics infrastructure. The need for clear recovery time objectives (RTO) and recovery point objectives (RPO) to minimize the impact of system failures is emphasized. Modern disaster recovery strategies include multi-tiered backup systems, which use real-time replication for critical systems and periodic backups for less time-sensitive data.

    Data Processing, Security, and Compliance
    As healthcare data becomes increasingly complex, real-time processing capabilities are critical. Sophisticated data processing architectures, capable of handling millions of events per second with minimal latency, are transforming clinical decision-making. AI-powered predictive models and machine learning algorithms enable healthcare providers to detect early signs of patient deterioration, improving response times and treatment outcomes. The importance of a multi-layered security approach that includes encryption, access control mechanisms, and continuous monitoring is emphasized.

    The Role of AI and Machine Learning in Healthcare Analytics
    AI and machine learning play an important role in healthcare analytics. These technologies are used for predictive modeling and clinical decision support. By leveraging AI algorithms, healthcare providers can anticipate potential risks, such as complications or disease progression, before they occur. Machine learning models, when integrated with real-time data, enable healthcare organizations to offer personalized treatment recommendations, leading to improved patient outcomes and more efficient resource utilization.

    Looking Ahead: Emerging Technologies and the Future of Healthcare Analytics
    The future of healthcare analytics will be marked by continued innovation. Emerging technologies, such as blockchain and edge computing, will enhance the scalability and security of healthcare data management. Blockchain will play a crucial role in maintaining data integrity across different platforms. Additionally, as healthcare organizations increasingly adopt cloud-native architectures, they will leverage distributed computing and real-time data analytics to improve patient care, operational efficiency, and cost management.

    In conclusion, Abrar Ahmed Syed‘s exploration of building resilient healthcare analytics infrastructure offers a comprehensive framework for enhancing scalability, high availability, and disaster recovery. As the healthcare industry grows, these innovations provide the foundation for improved patient care and operational efficiency. By adopting advanced technologies like AI, machine learning, and blockchain, healthcare organizations can future-proof their operations, ensuring they are well-equipped to meet the challenges of an increasingly complex digital healthcare landscape.

  • How Samsung desktop monitors are helping power the future of hospitality signage

    Emerging technologies like AI, automation and predictive analytics are quickly transforming hotel management and the guest experience. The latest generation of desktop monitors plays a big part in enabling users to leverage these new technology tools to enhance customer interactions, streamline operations and promote hospitality products and services.

    Samsung desktop monitors are popular not only because they help hoteliers achieve these goals but they also provide a pragmatic and cost-conscious way to level up pre-existing hotel IT setups and drive digital transformation at scale. Here’s how.

    Where desktop monitors make a difference

    When choosing the best desktop monitors for your hospitality property, you want to consider more than just screen size, resolution and connectivity options. What parts of your business will use these devices? Here are several common areas where monitor solutions, such as Samsung’s 24-inch or 32-inch ViewFinity S6 (S60D) and Samsung’s 24-inch and 32-inch ViewFinity S6 (S60UD), can raise the game of your current IT setup and hospitality business:

    Hotel business centers

    Mixing business and leisure — aka “bleisure” — is giving hotel business centers new relevance, as guests increasingly incorporate a few hours of work into their holidays. It has become easier and more productive with the latest desktop monitors, including Samsung’s ViewFinity S6 (S60D) and ViewFinity S6 (S60UD). Both boast stunning 2560 x 1440 QHD resolutions, and 100Hz refresh rates ensure a smooth workflow. They can be daisy-chained across two monitors controlled by a single mouse and keyboard, thanks to the built-in KVM switch. The USB-C port on the monitors also enables simultaneous data transfer and 90W charging, while a built-in LAN port allows ethernet connections with guest laptops.

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    Front desk reception

    Empowering front desk staff to quickly keep tabs on virtually every aspect of hotel operations, streamline check-ins and surface individual guest preferences is becoming increasingly critical. Providing USB-C, LAN and daisy-chain capability, Samsung ViewFinity desktop monitors make these tasks easier to conduct by grabbing data from multiple screens and sources. Easy setup with split screen, picture-in-picture, and picture-by-picture display options helps staff monitor more operations simultaneously, increasing efficiency and response times.

    Back-of-house administrative offices

    From lighting and temperature controls to hospitality signage and billing operations, back-office functions are becoming more centralized and streamlined. Here, too, Samsung’s ViewFinity S6 monitors can make a difference by enabling easy connections between data sources and devices. They also boast adjustable viewing options and TÜV-certified Intelligent Eye Care to reduce eye strain, making it simpler than ever to visualize and ingest large volumes of data.

    Corporate headquarters

    Executives at corporate headquarters need to consider the big picture, and both Samsung desktop monitors help make that happen. In addition to being optimized for connectivity with myriad devices and data sources, they’re also graphically enhanced to create vivid graphs and charts, render intricate designs and complex diagrams, and produce dynamic video content. Corporate teams can further enjoy bulk-pricing discounts on orders.

    Food and beverage outlets

    A picture speaks a thousand words, and when displayed in 1.07 billion brilliant colors that look vibrant from every angle, they inspire action. That’s particularly true when it comes to food and beverage, where monitors can make the day’s specials look more tantalizing than ever. Silky-smooth refresh rates and higher pixel density visuals make for pictures and videos so lifelike they’ll make guests’ mouths water.

    Health clubs and spas

    Facilities and treatments will appear even more tantalizing on the Samsung ViewFinity S6 (S60D) and Samsung ViewFinity S6 (S60UD) monitors, especially when integrating audio and video content demonstrating these services — and their revitalizing effects. These might also include virtual tours of these facilities that may make guests more comfortable stepping inside.

    Integrating monitors with hospitality signage

    Cutting-edge desktop monitors don’t just operate on their own but are part of a larger digital signage strategy. Predictive technology and data collectors in digital signage, for example, can be channeled to desktop monitors to help hoteliers hyper-personalize offers, services and stays. At the same time, the monitors offer guests a dynamic access point to engage these services and products, enhancing the customer relationship on every front.

    Across the board, hotel digital signage bolsters these efforts, helping inform, guide and empower staff as they interact with guests. Adding desktop monitors to this technological ecosystem helps hotels make the most of this. Collectively, it all adds up to hoteliers creating a technology-forward hospitality business that works more efficiently and effectively than ever before by tying all digital elements together in an organized system.

    Bang for the buck

    One more upside of Samsung desktop monitors is the value they bring for the price. That’s important because 94% of IT decision makers plan to invest around $74,337 on average on high-tech hospitality signage and solutions this year alone, according to a 2024 survey by Amadeus. Coupled with a growing push to see measurable returns on new technology investments, such as tangible boosts in bookings and more cost-efficient property management practices, desktop monitors offer a way to achieve these goals at a low price point. That means the new displays don’t just expand tools and capabilities for hospitality businesses but provide a practical and powerful IT upgrade.

    Get your free guide to learn how Samsung desktop monitors are production hubs. Also learn how to daisy-chain multiple monitors for premium productivity.

  • The Future of Industrial IoT: Innovations Shaping the Connected World

    Industrial Internet of Things

    In the ever-evolving landscape of industrial networking, connectivity, and real-time intelligence have become crucial for maximizing operational efficiency. As industries increasingly embrace the Industrial Internet of Things (IIoT), the need for robust, secure, and scalable networks continues to grow. Amith Ronad, a seasoned expert in industrial automation, explores the innovations driving this transformation, delving into the architecture, security considerations, and technological advancements shaping the future of industrial automation. His insights shed light on how IIoT is revolutionizing industrial operations, enhancing reliability, and unlocking new levels of efficiency.

    Revolutionizing Industrial Architecture
    Traditionally, industrial networks operated within isolated environments, but the advent of IIoT has blurred the lines between operational and information technologies. This shift has led to new architectural models, allowing industries to streamline processes, reduce downtime, and leverage real-time analytics for better decision-making. The introduction of edge computing and cloud integration has further optimized industrial workflows, enabling localized data processing and minimizing latency.

    The Convergence of IT and OT
    The merging of IT (Information Technology) and OT (Operational Technology) has created a seamless data exchange between industrial machines and enterprise systems. This convergence enhances predictive maintenance, reducing equipment failures and ensuring uninterrupted operations. By integrating AI-driven analytics, industries can anticipate potential issues before they escalate, ultimately boosting productivity and efficiency.

    The Role of Edge Computing in Industrial Efficiency
    Edge computing has emerged as a crucial component of modern IIoT networks. By processing data closer to the source, edge computing reduces the burden on cloud systems and enhances the speed of decision-making. This is particularly beneficial in industries that require real-time responsiveness, such as manufacturing and logistics. Studies show that industries implementing edge solutions experience a significant reduction in network latency and bandwidth usage.

    Enhanced Security Measures in IIoT Networks
    Security remains one of the most pressing challenges in IIoT adoption. Cyber threats have become more sophisticated with the increasing number of interconnected devices. Multi-layered security approaches, such as zero-trust architecture and encryption protocols, are being implemented to safeguard industrial assets. Blockchain technology is also gaining traction, providing tamper-proof data integrity and ensuring secure device communications.

    Cloud Integration and Scalable Infrastructure
    Cloud computing is essential for managing industrial data at scale, enabling efficient storage and analysis to enhance operational performance. Scalable cloud solutions support digital expansion while ensuring reliability and security. Additionally, cloud platforms enable remote monitoring, allowing operators global access to industrial processes.

    Interoperability and Standardization Challenges
    One of the biggest hurdles in IIoT implementation is achieving seamless interoperability across various industrial systems. Standardized communication protocols, such as MQTT and OPC UA, are widely adopted to enable consistent and secure data exchange. Industries must prioritize compatibility in their IIoT strategies to ensure smooth integration of diverse technologies.

    AI and Machine Learning in Industrial Automation
    Artificial Intelligence (AI) and Machine Learning (ML) revolutionize industrial processes by enabling predictive analytics and autonomous decision-making. These technologies analyze patterns in industrial data, allowing systems to self-optimize for maximum efficiency. Integrating AI in IIoT networks has significantly improved quality control, production planning, and supply chain management.

    The Future of Industrial IoT: Emerging Trends
    The evolution of IIoT is driving smarter, more resilient industries, with AI-driven cybersecurity, quantum encryption, and 5G enhancing efficiency, security, and data transmission, shaping the future of smart manufacturing and automation.

    In conclusion, Amith Ronad‘s insights into IIoT innovations underscore the significance of advanced architectures, robust security frameworks, and emerging technologies in industrial automation. Integrating edge computing, artificial intelligence, and cloud solutions will drive efficiency, security, and scalability as industries navigate an increasingly connected world. The future of IIoT holds immense potential to transform global industries, making them more resilient, intelligent, and adaptable to evolving demands.

  • Legacy or limitation? Transforming technology for banking in the future

    Despite its high costs and risks, legacy technology is still widespread in the financial services sector. In fact, a survey of bank executives by Dragonfly Financial Technologies found that more than 53% were concerned about their dependency on legacy technology and rising technology debt.

    Now that mobile banking has become commonplace, the persistence of legacy infrastructure not only poses major risks to device security but also prevents banks from enhancing customer interactions and improving employee workflows.

    Here are some current obstacles to legacy technology and banking modernization and how financial services companies can overcome them.

    Banks are struggling with legacy technology

    Traditional systems are expensive, labor-intensive and challenging to keep secure amidst the current IT talent shortage. According to the Capgemini World Retail Banking Report 2024, legacy systems create complexities with integrating new AI technologies, which are often incompatible with outdated processes. Banks that have not addressed their technical debt may miss out on valuable opportunities to use AI to streamline employee workflows and improve the customer experience.

    As the Capgemini report points out, AI can streamline back-office operations by automating data entry, document processing and compliance checks. As a result, bank employees can devote their time and expertise to higher-value tasks that involve critical thinking and strategic decision-making.

    Legacy systems can also hold banks back from delivering a modern customer experience. According to an IDC survey sponsored by Samsung, Bridging the Digital–Human Gap in Banking, 83% of customers expect seamless information across mobile, online and in-person interactions.1 Banks that still struggle with legacy systems may have difficulty enabling the kind of omnichannel integration required to effectively engage customers on all the channels they use today.

    Strategies for modernizing legacy technology

    Banks are grappling with their technical debt in a variety of ways. As consulting firm Endava explains in its 2024 Retail Banking Report, financial firms can pursue progressive modernization, total replacement or incremental change. Incremental change is the most popular approach. The majority of banks surveyed (47%) in the report followed that path. In this scenario, a bank makes small feature and functionality changes to an existing legacy system over time to gradually modernize it. For example, a bank might use this approach to update a customer-facing mobile app with a more modern interface, introducing small improvements like self-service capabilities without disrupting core systems.

    The next most popular approach is progressive modernization (40%),which involves combining digital wrappers, open architecture and/or APIs to update legacy infrastructure, so it is cloud compatible. A bank could use this approach to quickly provide employees with advanced tools and dashboards that connect to legacy systems behind the scenes. This method has pros and cons, of course. Although it enables a modern user interface, the internal core is not updated, so the bank has deferred the task of fully modernizing it until a future date.

    Some banks (13%) choose to replace a legacy core completely. Total replacement is the most complex, resource-intensive and potentially disruptive choice because it has a stronger impact on the bank’s overall systems and requires sophisticated change management. Financial firms that pursue this strategy tend to realize the benefits of modernization much faster than those that do not. Upon completing their replacement, they can immediately enable improvements that would be far harder to achieve in a legacy environment, such as real-time customer analytics and personalization.

    Many banks recognize the potential in digital transformation when it comes to improving the customer experience and employee workflows; however, legacy technology is still blocking the path too often. There are multiple approaches to addressing this technical debt. The banks that take on the challenge of modernizing their legacy infrastructure now will be in the best position to manage risk and enable future growth.

    Learn how Samsung’s financial services solutions can modernize legacy technology and enable growth.

    Sign up for our newsletter, INSIGHTS: Banking, a monthly update from Samsung on banking trends and technology’s role in the financial services industry.

    1IDC Infographic, sponsored by Samsung, Bridging the Digital–Human Gap in Banking, #US52023624, May 2024.

  • Mahashivratri: The Divine Night Livestream on JioHotstar Attracts Over 3.9 Crore Views, Reinforcing the Future of Digital-First Cultural Experiences

    Mahashivratri: The Divine Night Livestream on JioHotstar Attracts Over 3.9 Crore Views, Reinforcing the Future of Digital-First Cultural Experiences

    The 15-hour live stream of Mahashivratri: The Divine Night attracted 3.9 crore views and clocked 21.8 crore minutes of watch time.

    mahashivratri 2025, kumbh mela, jiohtstar,

    March 3rd 2025; National: JioHotstar has reimagined the way India experiences tradition with Mahashivratri: The Divine Night, a groundbreaking 15-hour live stream that seamlessly integrated faith, spirituality, culture and technology at an unprecedented scale. With over 3.9 crore views and an astounding 21.8 crore minutes of watch time from the livestream, the digital journey heralded a landmark moment in the evolution of cultural storytelling. At its core was the deepest shared human emotion, devotion – which united millions in a collective celebration of Lord Shiva and Goddess Parvati, reinforcing JioHotstar’s role in elevating shared cultural moments through live experiences.

    Streaming the Sacred: A Multi-Dimensional Experience
    Bringing together the timeless and the cutting-edge, JioHotstar’s multi-stream format offered a seamless experience, immersing audiences in devotion like never before. Multiple LIVE feeds from the sacred Jyotirlingas transported audiences into the heart of 20+ divine aartis and grand processions while night-time meditations and stirring cultural tributes elevated the spectacle.

    Mahashivratri livestream

    More than just a stream, the live event on the platform constituted 10+ live, concurrent streams allowing users to effortlessly switch between different facets of devotion, spirituality, mythology, culture, rituals, and community engagement:

    • Sacred Rituals: 20+ Live aartis from revered Jyotirlingas allowed devotees to partake in sacred moments of worship from the comfort of their homes. 
    • Spirituality: Dedicated live feeds from the Isha Yoga Centre in Coimbatore and Art of Living International Centre were available as part of the Mahashivratri Livestream on JioHotstar.  Sadhguru delivered spiritual discourses in the presence of Mr Amit Shah, Honorable Minister for Home Affairs of India. Transformational meditations by Sri Sri Ravi Shankar lent a personal and intimate touch to the night-long festivities 
    • Musical Dedications: Soul-stirring performances by singer/composer Sona Mohapatra and rapper Narci resonated deeply with audiences, infusing the night with reverence and artistic expression. Cultural performances from events hosted by Isha Foundation and Art of Living Centre also added to the immersive nature of the night. 
    • Mythology: An exclusive three-hour curated stream of Devo Ke Dev…Mahadev brought to life the divine union of Lord Shiva and Goddess Parvati, underscoring the storytelling legacy of the platform.
    • Personal Devotion: Heartfelt stories of faith from Shiv Bhakts fostered an emotional connection, reiterating the universality of devotion. 

    Mahashivratri Digital Viewers

    Interactivity: From Passive Viewing to Active Participation
    Beyond the viewing experience, Mahashivratri: The Divine Night became a participatory cultural moment. Multi-feed switching allowed users to curate their own journey through devotion, choosing between live temple feeds, spiritual discourses, or musical performances. Real-time chants, virtual offerings, trivia, and live chats deepened engagement, while the Ask the Experts segment enabled users to have their Mahashivratri-related queries answered, making the experience more inclusive and interactive.

    Elaborating on the success, Sanjog Gupta, CEO-Sports at JioStar said “JioHotstar is redefining the paradigm of live-streaming by universalising access and scaling up shared moments of togetherness. The livestream of Mahashivratri: The Divine Night proved that technology can elevate our collective and deeply personal experience of faith by making it more immersive. We feel blessed that we could elevate this sacred occasion for millions and believe this is just the beginning. As we push the boundaries of live experiences across faith, culture, sports and entertainment, JioHotstar remains committed to ensuring audiences don’t just watch, but truly live moments of shared emotions.” 

    Infinite Possibilities for Brands in Live Experiences
    Brand partners like JK Super Cement, Country Delight, Nirma Advanced Detergent, and Hamilton Sciences (Brand: Denver) leveraged JioHotstar’s context-driven ad formats and immersive sponsorship integrations, demonstrating the potential of live-streamed cultural events as high-engagement, high-impact platforms for storytelling and brand connect.

    With Mahashivratri: The Divine Night, JioHotstar has unlocked a new dimension in live cultural entertainment, proving that when tradition meets technology, infinite possibilities emerge.

    ***

    About JioHotstar
    JioHotstar is one of India’s leading streaming platforms, formed through the coming together of JioCinema and Disney+ Hotstar. With an unparalleled content catalog, innovative technology, and a commitment to accessibility, JioHotstar aims to redefine entertainment for everyone across India.

  • Revision in expiry dates of commodity futures contracts expiring on 31 March 2025

    The MCX has revised expiry dates of commodity futures contracts expiring on Monday, 31 March 2025.

    This change is due to a trading holiday on Monday, 31 March 2025, in observance of Eid-Ul-Fitr (Ramzan Eid).

    These contracts will now expire on Friday, 28 March 2025, instead of the originally scheduled Monday, 31 March 2025.

    Keep in mind:

    Although the Market Watch Screen will continue to show the existing Expiry Date of 31 March 2025, trading in these commodity contracts will only be available till Friday, 28 March 2025.

    Please refer to the table to check the revised expiry dates & tender periods:

    To learn more, refer to the MCX circular.

  • How the future of work will rely on innovation

    Over the years, myriad technological and cultural innovations have changed how we work. With AI, automation and hybrid work arrangements now the norm, the future of work is here today. As such, many businesses and organizations are seeking solutions that keep them on the cutting edge. That’s because success in any industry often depends on innovation at all levels, from branding and marketing to operations and management.

    From digital and interactive displays to content management software, these tools accelerate innovation by expanding user capabilities, inspiring new approaches and enhancing existing ones.

    Innovation in the hybrid office

    As more organizations ask employees to return to the office, they may still be at home one or two days a week. According to talent solutions and business consulting firm Robert Half, employees like remote work, with nearly half of 2025 job-seekers looking for a hybrid role and more than a quarter saying they’d like to be fully remote.

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    Business leaders are responding to this desire for flexibility by looking for innovative technology solutions that support a hybrid environment. Most hybrid work strategies aim to keep employees connected, ensure effective collaboration and maintain existing organizational culture — all of which are proven competitive advantages.

    In short, today’s office must:

    • Be vividly versatile with technologies that enable personalized productivity, so employees can work seamlessly in the office, at home or wherever their work takes them.
    • Defy expectations of modern work with intentionally designed office spaces that ensure employees’ health and safety while minimizing distractions and enhancing productivity and communication.
    • Upscale collaboration with intuitive, immersive experiences and technology investments that bridge the gap between in-person and virtual participants, so meetings run smoothly, ideas and insights are shared freely, and participation is frictionless.

    More than 60% of executives surveyed by the World Economic Forum said that broadening digital access is most likely to help transform their organizations. That makes digital displays, such as Samsung Interactive Display WAF and QPD Series, invaluable tools of progress and innovation, creating critical connection points that power new ways to pursue and achieve goals. As digital transformations accelerate this year and beyond, these displays will be more important than ever.

    A new digital outlook

    Samsung smart displays offer a clear vision of the future of hybrid work. WAF Series — which comes in 65-inch, 75-inch and 86-inch models — offers users a familiar and intuitive user experience, thanks to its Android operating system.

    More important are the new opportunities for engagement, education and collaboration. With the WAF, users can share multiple screens and host up to 40 touchpoints simultaneously, encouraging brainstorming, collaboration and discussion. An Annotation On feature lets users take notes anywhere on the screen with the click of a button. Samsung WAF also comes with AI tools, such as Circle to Search with Google, allowing for quick searches of words and images. Users can also transcribe recorded presentations or training sessions and generate summaries for easy access and review later.

    For the ultimate viewing experience, look to the QPD Series, which breaks new ground in design and usability. This starts with its ultra-wide, 105-inch screen that creates an immersive meeting environment and supports frictionless participation, be it in person, online or hybrid. This is enhanced further by 5K resolution and a smart calibration feature that brings logos and visuals to life with precise, vibrant colors. The nonglare panels also ensure whatever is on the screen can be seen from every angle at any time of day.

    Adding to the collaborative powers of QPD is Smart View, which enables up to 10 attendees to share their screens wirelessly — and comfortably, thanks to the 21:9 aspect ratio of the vast digital canvas. Further refinement comes with the unit’s built-in professional modes for specialized industries, including filmmaking and medicine.

    Making the most of displays requires a robust content management system, such as Samsung VXT. This cloud-based digital signage solution makes it easy to create, update, broadcast and manage content that appears on the screens. Plus, you can do this from any location and device, allowing users to get ahead and update displays with company announcements, performance dashboards or employee recognition slides when they are not being used in meetings. With VXT PIRS App, you can utilize additional solutions tailored to your specific needs, such as Seenspire, which offers 200+ license-cleared content feeds, PIRS Art, which offers access to a wide range of art content, or Link My POS, which is a POS-integrated menu board. You can also use VXT on the WAF to display emergency notifications in a corporate setting. This way, employees can receive consistent, relevant information when and where it’s needed most.

    Driving innovation

    Success often hinges on leading the conversation rather than following it. This necessitates innovative thinking and technology to turn ideas into reality and answer, “What is the future of work?” That’s where Samsung steps in, offering the screens, monitors, displays and management systems necessary to improve the hybrid work environment and put your organization back in the vanguard.

    Discover how interactive displays foster collaboration and success in the workplace. And learn about creating high-impact visuals indoor and out with this guide to direct view LED technology.

  • The Future of Digital Platforms: Cloud-Native Technologies Driving Ecosystem Innovation

    Cloud-native development

    Cloud-native development drives innovation and collaboration, serving as the backbone for scalable, adaptive ecosystems in a connected world. Raghu Venkatesh highlights its transformative potential, offering insights on strategies and advantages that align technology with forward-looking business models.

    The New Age of Business Ecosystems

    Modern business ecosystems unite stakeholders partners, developers, and consumers—into interconnected platforms, fostering collaborative growth and innovation. By 2025, nearly 30% of global economic activity will rely on digital ecosystems, underscoring the importance of adopting ecosystem-driven strategies for success.

    Cloud-native development accelerates transformation, enabling businesses to scale efficiently, integrate with partners seamlessly, and innovate rapidly. Its flexible architecture ensures scalability and performance, managing rising transaction volumes without compromising efficiency or reliability.

    Cloud-Native Principles: A Game Changer

    At the heart of cloud-native development lies a set of principles that are transforming how ecosystems are built and operated:

    Cloud-native applications prioritize scalability, leveraging containerization and orchestration to handle growing transactions and ecosystem participants effortlessly. With horizontal infrastructure growth, businesses avoid bottlenecks, achieving up to 62% improved application scalability through cloud-native technologies.

    Microservices architecture enables rapid feature development by breaking applications into deployable components. Businesses using microservices achieve a 75% faster time-to-market, ensuring agility to adapt and remain competitive in evolving market ecosystems.

    APIs are essential in cloud-native ecosystems, facilitating seamless integration among diverse partners and systems. By standardizing communication, APIs drive collaboration and scalability. The booming API economy, projected at $5.1 billion by 2023, underscores their growing importance.

    Cloud-native technologies optimize resources with pay-as-you-go models, reducing operational costs by 30%. Tools like container orchestration enhance efficiency, aligning infrastructure with usage and fine-tuning deployment strategies for significant cost savings and improved resource utilization.

    Key Strategies for Implementing Cloud-Native Ecosystems

    To fully harness the potential of cloud-native technologies, organizations must adopt specific strategies:

    • API-First Design:  Building an API-first strategy ensures seamless partner integration. APIs act as the digital glue, connecting various services within the ecosystem while providing operational transparency. Studies indicate that an API-first approach improves operational efficiency by 41%.

    • Event-Driven Architecture:  Ecosystem interactions often require real-time responsiveness. Event-driven architectures enable instantaneous communication and data exchange, processing millions of events per second without lag. This is especially beneficial during high-demand scenarios.

    • Containerization and Orchestration:  Technologies like Kubernetes and Docker ensure consistent deployment across environments. Containerized applications not only improve developer productivity but also allow platforms to scale seamlessly.

    • Serverless Computing:  By eliminating the need for infrastructure management, serverless solutions optimize costs and improve development speed. Businesses that adopt serverless architectures have reported up to 60% cost savings on workloads with unpredictable demands.

    • Multi-Tenancy and Observability:  Multi-tenant platforms allow for partner-specific customization while maintaining operational efficiency. Observability tools like Prometheus provide performance insights, reducing mean time to resolution (MTTR) for ecosystem-related issues by 53%.

    Driving Innovation through Cloud-Native Ecosystems

    The transformative power of cloud-native technologies is not limited to performance improvements or cost savings. Cloud-native ecosystems are catalysts for innovation, empowering businesses to experiment, iterate, and deliver value rapidly. Organizations leveraging these technologies report significant improvements in their ability to respond to market changes, with a 58% increase in market responsiveness and a 23% rise in innovation rates.

    Moreover, partner satisfaction grows in cloud-native environments. Enhanced scalability, reliability, and flexibility result in a 45% increase in partner engagement and collaboration, highlighting the long-term benefits of embracing cloud-native strategies.

    In conclusion, cloud-native platforms are revolutionizing ecosystems, fostering efficiency, collaboration, and value creation. As highlighted by Raghu Venkatesh, their transformative potential is pivotal in shaping interconnected business networks. By embracing cloud-native adoption, organizations can secure their position in the digital economy. These technologies empower businesses to scale, integrate seamlessly, and innovate effectively, forming the foundation for success in ecosystem-driven strategies.