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Category: Technology

How to customize Samsung WAD Interactive Display for your classroom

Every classroom is unique, just like each student. Educators need powerful and flexible tools to create a learning environment that equally serves all students and spaces. That’s why Samsung built the EDLA-certified Samsung WAD Interactive Display. The display comes packed with technology that supports teachers and students, whether presenting topics and materials, hosting group exercises, or making multitasking possible, all while creating a more engaging and fun learning environment.

Customization options further fine-tune the display to the given situation, enhancing the application and impact. Here’s how to customize your Samsung WAD Interactive Display and raise the education bar to a new level.

1. Set a mood with custom wallpapers

Ambiance sets the tone in any room, and the right one can enrich all activities. The same goes for classrooms. With the WAD display, you can create the right tone with custom wallpapers. Want a calming space? Show a serene landscape. Need something vibrant to energize the class? Switch to a bright or colorful background. With just a few taps, you can use wallpaper to transform your classroom completely.

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2. Go easier on the eyes with dark mode

Bright screens can be tough for some students, especially after looking at them all day. The “dark mode” feature on Samsung WAD Interactive Display reduces this eye strain by setting a black background. It also makes important visuals pop more on the screen, increasing their impact on students.

3. Personalize tools in the Notes app

You can customize the built-in Notes app, too. Whether you want to use a green or red pen to organize notes or add a cool graph paper background for math practice, the app makes it happen. This helps you communicate better, teach how you like and have more fun with your students.

4. Navigate the way you want

Not everyone uses technology in the classroom the same way, and Samsung WAD Interactive Display respects that by providing control options. Whether you prefer pressing buttons or gesture-based controls, WAD gives you the power to control the navigation experience.

5. Increase access for everyone

Students have different learning needs. That’s why Samsung WAD comes with a range of accessibility features so that all students can participate, regardless of individual challenges. From screen readers and enlarged text options to customizable color schemes that help the visually impaired, the display helps foster an inclusive environment where every student can achieve their best, be their best and learn their best.

Customize learning to improve outcomes

Customization is more than just a convenience. It’s essential to the educational experience. When teachers can tailor teaching tools to their needs, they can create a learning environment that works better for everyone. A flexible and adaptive classroom display like Samsung WAD is key to this because it provides more tools for that customization.

Changing backgrounds, reducing glare with dark mode, adjusting navigation and personalizing the Notes app are just a few ways to customize Samsung WAD. Additionally, custom accessibility features create a more inclusive space so no student gets left behind. From field trips to hybrid classrooms, Samsung WAD brings interactivity and collaboration to any educational environment.

Create a truly unique learning environment

Samsung EDLA-certified WAD Interactive Display is more than just a teaching tool — it’s a platform for developing a more engaging, inclusive and unique classroom. Better yet, it walks the walk, offering customization features to create a more successful classroom experience that meets your students’ changing needs and fosters positive outcomes.

Learn how Samsung technology in the classroom enables teachers to deliver their students more enriching experiences in this free white paper. Also discover more ways an EDLA-certified interactive panel can transform the classroom.

January 9, 2025
Empowering Communication: The Role of SIP and VoIP in Modern Enterprises

In today’s rapidly advancing digital communication landscape, innovations in Session Initiation Protocol (SIP) and Voice over Internet Protocol (VoIP) technologies have revolutionized how businesses operate and connect. These groundbreaking protocols enable seamless voice, video, and data transmission over IP networks, providing cost efficiency, scalability, and adaptability for enterprises. Naga Praneeth Yerram delves into the transformative role of SIP and VoIP, offering an insightful analysis of their technical architectures, integration strategies, and their pivotal contributions to unified communication systems driving modern enterprise collaboration.

The Building Blocks of Unified Communication
SIP and VoIP have emerged as pivotal technologies that underpin contemporary communication systems. By enabling voice, video, and messaging transmission over IP networks, these protocols provide the scalability and flexibility demanded by today’s fast-paced businesses. SIP, with its client-server architecture, facilitates seamless initiation, maintenance, and termination of multimedia sessions. Meanwhile, VoIP technology transforms analog voice signals into digital packets, ensuring efficient and high-quality communication across platforms.

Technical Excellence: SIP’s Architectural Framework
SIP exemplifies modularity and adaptability. Its architecture incorporates key components like user agents, proxy servers, and registrar servers, enabling robust interaction between users. With its ability to integrate secure communication mechanisms such as TLS encryption, SIP has become a staple for enterprise deployments. The integration of Session Description Protocol (SDP) further enhances its capability to manage dynamic network conditions and varying device capabilities.

VoIP: The Digital Revolution in Telecommunications
VoIP signifies a leap from traditional telephony to digital communication. It employs advanced encoding techniques, such as G.711 and Opus codecs, to ensure superior voice quality. The digital packets are encapsulated in IP datagrams, supported by real-time transport protocols for efficient timing and sequencing. This shift not only improves communication quality but also delivers substantial cost savings, reducing telephony expenses by up to 75% for enterprises.

Seamless Integration for Enhanced Collaboration
The integration of SIP and VoIP technologies within enterprise systems has elevated workplace collaboration. Cloud telephony solutions have gained traction, offering flexible deployment options and reduced infrastructure costs. These systems integrate with existing business applications via APIs and incorporate features like intelligent call routing and unified messaging. The ability to balance technical requirements with user-friendly interfaces ensures widespread adoption and operational success.

Future Trends: AI and 5G in Communication
The future of SIP and VoIP is intertwined with advancements in artificial intelligence and 5G networks. AI is revolutionizing communication platforms with capabilities like automatic speech recognition and predictive analytics, optimizing network performance. Simultaneously, the advent of 5G networks promises ultra-low latency and enhanced bandwidth, paving the way for innovations such as holographic communication and immersive virtual meetings.

Challenges and Opportunities
Despite their advantages, the adoption of SIP and VoIP is not without challenges. Ensuring interoperability between diverse vendor systems, maintaining security in distributed networks, and optimizing quality of service remain key hurdles. However, these challenges also open avenues for research, particularly in areas like blockchain-based secure identity management, self-healing systems, and machine learning-driven predictive maintenance.

A Catalyst for Digital Transformation
SIP and VoIP are more than just communication protocols; they are enablers of digital transformation. Their ability to integrate with modern cloud systems and support advanced collaboration tools underscores their importance in the enterprise landscape. As organizations increasingly rely on digital platforms, these technologies will continue to drive innovation and operational efficiency.

In conclusion, Naga Praneeth Yerram highlights the immense transformative potential of SIP and VoIP technologies in revolutionizing communication systems. As these protocols continue to evolve, they promise enhanced connectivity, efficiency, and innovation. Their adaptability and integration capabilities solidify their position as foundational pillars of modern enterprise solutions, driving the future of seamless collaboration and digital transformation in an increasingly connected world.

January 8, 2025
Keysight expands Novus portfolio with compact automotive software defined vehicle test solution – CRN
Keysight Technologies, Inc. announces the expansion of its Novus portfolio with the Novus mini automotive. Keysight is expanding the capability of the Novus platform by offering a next generation vehicle interface that includes 10BASE-T1S, and multi-gigabyte BASE-T1 support for 100 megabytes per second, 2.5 gigabits per second (Gbit/s), 5Gbit/s, and 10Gbit/s. Keysight’s SFP architecture provides a flexible platform to mix and match speeds for each port with modules plugging into existing cards rather than requiring a separate card, as many current test solutions necessitate.

As vehicles move to zonal architectures, connected devices are a critical operational component. As a result, any system failures caused by connectivity and network issues can impact safety and potentially create life-threatening situations. To mitigate this risk, engineers must thoroughly test the conformance and performance of every system element before deploying them.

Key benefits of the Novus mini automotive platform include:
- Streamlines testing – The combined solution offers both traffic generation and protocol testing on one platform. With both functions on a single platform, engineers can optimise the testing process, save time, and simplify workflows without requiring multiple tools. It also accelerates troubleshooting and facilitates efficient remediation of issues.
- Helps lower costs and simplify wiring – Supports native automotive interfaces BASE-T1 and BASE-T1S that help lower costs and simplify wiring for automotive manufacturers, reducing the amount of required cabling and connectors. BASE-T1 and BASE-T1S offer a scalable and flexible single-pair Ethernet solution that can adapt to different vehicle models and configurations. These interfaces support higher data rates compared to traditional automotive communication protocols for faster, more efficient data transmission as vehicles become more connected.
- Compact, quiet, and affordable – Features the smallest footprint in the industry with outstanding cost per port, and ultra-quiet, fan-less operation.
- Validates layers 2-7 in complex automotive networks – Provides comprehensive performance and conformance testing that covers everything from data link and network protocols to transport, session, presentation, and application layers. Validating the interoperability of disparate components across layers is necessary in complex automotive networks where multiple systems must seamlessly work together.
- Protects networks from unauthorised access – Supports full line rate and automated conformance testing for TSN 802.1AS 2011/2020, 802.1Qbv, 802.1Qav, 802.1CB, and 802.1Qci. The platform tests critical timing standards for automotive networking, as precise timing and synchronisation are crucial for the reliable and safe operation of ADAS and autonomous vehicle technologies. Standards like 802.1Qci help protect networks from unauthorised access and faulty or unsecure devices.
Ram Periakaruppan, Vice President and General Manager, Network Test & Security Solutions, Keysight, said: “The Novus mini automotive provides real-world validation and automated conformance testing for the next generation of software defined vehicles. Our customers must trust that their products consistently meet quality standards and comply with regulatory requirements to avoid costly fines and penalties. The Novus mini allows us to deliver this confident assurance with a compact, integrated network test solution that can keep pace with constant innovation.”
January 8, 2025
Revolutionizing Healthcare with Cloud Integration: A Comprehensive Perspective

In an era of digital transformation, Praveen Kumar Valaboju offers a groundbreaking roadmap to modernize healthcare systems. Integrating technologies like CI/CD automation, Kubernetes, and AI-powered workflows revolutionizes operations, enhancing efficiency, accuracy, and adaptability. This article explores the transformative potential of these innovations to address evolving healthcare challenges and improve patient outcomes.

Automating Efficiency: CI/CD in Healthcare
Continuous Integration and Continuous Deployment (CI/CD) have reshaped software development across industries, and healthcare is no exception. By implementing automated pipelines, healthcare organizations can significantly boost productivity, reduce manual deployment tasks, and ensure faster application updates. These automation tools enable teams to focus on healthcare-specific challenges, delivering bug fixes and feature updates seamlessly—factors critical in life-critical environments.

Docker containers enhance CI/CD processes, ensuring consistency across development, testing, and production environments. This standardization reduces errors by 50% and expedites deployment times, enabling faster rollouts of critical healthcare applications.

Kubernetes: Scaling Healthcare Infrastructure
Kubernetes, the open-source orchestration platform, is pivotal in creating scalable, cost-efficient healthcare systems. Its dynamic resource management ensures optimal performance, especially during high-demand periods like public health crises. The platform’s ability to reduce operational costs by 40% highlights its efficiency in resource allocation, balancing performance needs with cost containment.

Beyond resource management, Kubernetes guarantees high availability for critical applications. Its failover capabilities ensure uninterrupted access to patient data and services, a necessity for maintaining consistent patient care. In a field where downtime could endanger lives, Kubernetes provides a dependable solution.

Managing Medical Data: Documentum’s Cloud Revolution
The vastness and complexity of medical data—ranging from structured demographics to unstructured clinical notes—demand sophisticated management systems. Documentum’s cloud-based solutions meet this challenge head-on, enabling efficient organization and swift retrieval of medical records. By leveraging advanced metadata management, healthcare providers save time, enhancing administrative efficiency and allowing more focus on patient care.

Another strength of Documentum is its compliance with stringent regulations like HIPAA. It offers secure document handling and audit trails, which ensure patient privacy while providing transparency in data management practices.

Neural Networks: A Leap in AI-Driven Healthcare
Artificial intelligence, particularly neural networks, is a game-changer in healthcare analytics. From pattern recognition in medical imaging to early disease detection, neural networks outperform traditional methods, offering precision that often surpasses human expertise. Their ability to analyze vast datasets paves the way for personalized treatment plans and early interventions, transforming patient outcomes.

AI-powered predictive analytics enhances decision-making, supporting healthcare professionals with actionable insights. Neural networks enable efficient resource allocation and streamline workflows, ensuring that healthcare systems operate efficiently.

Unifying Technologies for Smarter Healthcare
Integrating diverse cloud technologies forms a unified platform, optimizing workflows and enhancing collaboration across the healthcare spectrum. This platform eliminates information silos, enabling seamless data flow and fostering smarter, evidence-based clinical decisions. The result is a system prepared for future challenges that is scalable to accommodate emerging technologies and growing patient demands.

This unified approach reduces costs while improving care quality, offering faster access to information, accurate diagnoses, and customized treatment plans. Such advancements are vital for addressing evolving healthcare trends like precision medicine and remote monitoring.

Pioneering a Future-Ready System
The adaptability of these integrated systems ensures sustainability in an ever-changing healthcare landscape. Their modular design allows the incorporation of new methodologies without significant overhauls. This flexibility positions healthcare organizations at the forefront of innovation, ensuring they remain responsive to technological and patient needs.

In conclusion, Praveen Kumar Valaboju highlights the transformative potential of cloud technology in healthcare. By integrating automation, containerization, data management, and AI, this approach addresses challenges and builds a patient-focused future. These innovations pave the way for a resilient, efficient healthcare system, shaping impactful outcomes in an evolving sector.

January 8, 2025
Inventory management: What back-of-house displays in retail can do for your employees

Maintaining inventory flow is a critical aspect of retail operations. Yet the back-of-house (BOH) environment — where inventory decisions are often made — is often overlooked and outdated. The good news for astute retailers? Critically important spaces such as stockrooms, warehouses, merchandising quarters, shipping and receiving, and other non-customer-facing areas can be transformed into hubs of insight and efficiency.

In recent years, displays have revolutionized front-of-house retail operations with interactive experiences, self-service options and personalized shopping journeys. And they can make a big impact behind the scenes, too. Incorporating advanced display technologies like Samsung’s QB Series and QM Series into the BOH helps retailers streamline inventory management techniques, access real-time data, and foster better decision-making and teamwork. Here’s how the most innovative retailers use BOH displays to reshape and improve operations.

Streamline inventory management

Managing inventory isn’t just about reordering what’s out of stock. Rather, it is a delicate balance between maintaining supply and predicting demand. Back-of-house displays are a powerful tool for maintaining that balance. Because they can convey real-time data on stock levels, inventory movement and product performance, these screens ensure that employees have up-to-the-minute insights into what’s happening on the floor and in storage.

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For example, BOH displays provide immediate alerts when a store’s most popular items are flying off the shelves. This prompts timely restocking, which helps minimize customer frustration and disappointment. For products that are lagging in sales, employees can identify trends and act before the excess inventory becomes a liability. Both scenarios improve inventory control by reducing the risks of overstocking or understocking, ensuring customers can find the products they need precisely when needed.

Enhance employee efficiency and communication

One of the most valuable resources in a retail environment is time. Back-of-house displays can play a pivotal role in streamlining daily operations by making vital information accessible to employees. Instead of wasting time manually searching for products or sifting through paper records, workers can consult BOH displays to locate items quickly and prioritize restocking tasks.

Back-of-house displays are a centralized hub for inventory details, allowing teams to align their efforts effortlessly. When employees share the same updated information and visual reference points, communication improves, and coordination becomes second nature. For instance, employees can rely on displays during a busy shift to instantly identify low-stock items and replenish shelves.

This improved efficiency often translates into a better work environment. When employees have the tools they need to succeed, it boosts morale and reduces workplace frustration. In a time when retailers are struggling to retain employees, keeping top talent happy is imperative to success.

Additionally, a more efficient workplace environment creates a positive feedback loop: Happier employees — no matter where they work — are more productive, ultimately leading to better customer experiences.

Help drive data-driven decision making

Staying ahead of retail trends requires more than intuition — it demands data. Back-of-house displays integrate seamlessly with other inventory management techniques and systems to deliver actionable insights directly to workers and management. These insights can include sales patterns, stock levels and seasonal trends that guide inventory allocation and resource management decisions.

For example, if a BOH display reveals that a particular product’s sales are spiking during a specific time of year, managers can plan accordingly by increasing orders for that period. Conversely, data highlighting consistent underperformance of an item may signal it’s time to consider discontinuation or adjustments in pricing.

This kind of automation reduces the potential for human error. With stock levels updated in real time, employees can trust the data they see without needing to manually verify quantities — a task that is not only time-consuming but also prone to mistakes. This saves time, reduces waste and empowers retail teams to make more informed inventory decisions.

The future of back-of-house displays in retail

Retailers can use back-of-house displays to take their inventory operations from reactive to proactive. With built-in features like Wi-Fi, Bluetooth connectivity and embedded media players, Samsung’s QB Series and QM Series monitors allow employees to work smarter, communicate better, and make decisions backed by robust data. And with sizes ranging from 32 to 98 inches, there’s a BOH display to fit every environment, whether it’s an accounting office or a massive warehouse.

Retailers looking to enhance their BOH systems can start by evaluating their current inventory management challenges and identifying opportunities for improvement. Whether it’s reducing stockouts, improving employee productivity, or leveraging data insights, modern BOH displays are a versatile solution ready to meet the challenges of modern retail demands.

Ready to elevate your display strategy? See how Samsung displays and Samsung VXT can move the retail needle. Also, discover how one company successfully bridged online and in-person commerce with Samsung displays and VXT software in this case study.

January 8, 2025
ASUS puts AI within reach of everyone with its Always Incredible Copilot+ PC lineup and other innovations at CES 2025 – CRN

ASUS today unveiled a lineup of cutting-edge AI-powered products at its “Always Incredible” virtual launch event for CES 2025. Driven by its vision of Ubiquitous AI. Incredible Possibilities and a strong commitment to sustainability, ASUS introduced a wide range of innovations that seamlessly blend power, creativity, and environmental responsibility.

Building on over 35 years of expertise, ASUS presented diverse AI-enabled products that push the boundaries of innovation and highlight its transformation into a comprehensive AI company. From ultraportable laptops with advanced AI experiences to enterprise solutions optimised for peak productivity and compact computing systems, the ASUS CES 2025 portfolio is crafted to empower individuals and organisations alike.

“ASUS is entering an exciting chapter focused on making AI-driven technology more accessible and impactful,” said Samson Hu, ASUS Co-CEO. “This year, at CES 2025, we’re taking our commitment to democratising AI further by being one of the first brands to offer a line of Copilot+ PCs that promote exceptional value and outstanding innovation. Ultimately, our solutions are always designed to enhance user experiences for everyone, from individual users to enterprises.”

“Copilot+ PCs are the fastest, most intelligent, and secure Windows PCs ever built, with AI experiences that inspire productivity and creativity,” said Mark Linton, Vice President of Device Partner Sales at Microsoft. “It’s an exciting time for Windows 11, our partnership with ASUS, and the expansion of its Copilot+ PC portfolio. As we approach the end of support for Windows 10, now is the perfect time to upgrade to a new Copilot+ PC, like the all-new Zenbook A14 or Vivobook 14/16.”

The array of groundbreaking solutions showcased during the event included the world’s lightest Copilot+ PC, the Zenbook A14, which features cutting-edge AI experiences and an all-new Ceraluminum™ chassis. ASUS also introduced the high-quality yet affordable Vivobook 14/16 laptops, designed to bring AI within reach of everyone. These ultraportable Copilot+ PCs redefine what’s possible, offering longer battery life, AI features, and an enhanced user experience.

In the commercial space, ASUS has redefined performance benchmarks with the ExpertBook B5, a laptop engineered to optimise business productivity. With the latest Intel® Core™ Ultra processors (Series 2), customisable configurations, and efficient thermal management, the B5 blends portability with power to meet evolving enterprise needs.

The ExpertBook B5 will also feature the Digital Product Passport (DPP), which ASUS is debuting in its commercial Windows 11 Pro PC lineup. The innovative feature goes beyond standard sustainability practices, serving as an all-in-one information resource that promotes transparency, supports ecofriendly practices, and provides product lifecycle data to foster a circular economy.

Catering to enterprise users who need more power is the ExpertCenter B900 Series – the first commercial AI desktops from ASUS. Equipped with Intel’s first AI desktop processors, the Intel Core Ultra 200S, these devices are designed to tackle the most demanding professional workloads. ASUS also introduced its latest lineup of next-generation AI Mini PCs, including the latest Intel-equipped ASUS NUC 15 Pro series and the ASUS ExpertCenter PN54, the first and only AMD-powered ASUS AI Mini PC. These devices deliver unmatched AI-powered performance and modular upgradability, designed to fit seamlessly into any environment.

Attendees at the CES event in Las Vegas can experience all these innovations firsthand. The products featured during the virtual launch event, including those in the separate Republic of Gamers (ROG) CES launch event, will be available for an exclusive hands-on experience at The Venetian Expo, Meeting Room #3102, from January 6 to January 9, 2025.

Visitors can also explore a wide range of other ASUS solutions, including the newest AI PCs, peripherals, displays, phones, motherboards, networking devices, and graphics cards.

Zenbook A14: The world’s lightest Copilot+ PC

During the launch event, ASUS introduced the ASUS Zenbook A14 (UX3407), the product line’s first Qualcomm® Snapdragon® model, which combines a minimalist aesthetic with advanced performance. Weighing under 1kg, the Zenbook A14 is the world’s lightest Copilot+ PC, making it the best everyday companion for the modern commuter.

The laptop features a high-capacity battery of up to 70Wh, boasting over 32 hours of battery life, allowing users to remain productive throughout the day. For the first time in the Zenbook series, the entire chassis – from the lid to the keyboard frame and bottom case – is crafted from Ceraluminum. This innovative, ASUS-exclusive material is a high-tech ceramic that offers durability and protection against wear, scratches, and fingerprints, making maintenance effortless.

Equipped with the latest Snapdragon X Series processors with a Qualcomm Hexagon™ NPU delivering up to 45 TOPS, the Zenbook A14 delivers an enhanced Copilot+ experience. Users can enjoy seamless capabilities with AI features like Live Captions, Cocreator in Paint, Generative Fill in Paint, Restyle Image and Image Creator in Photos, and super resolution in Photos, with more features to come such as Recall (Preview), Click to Do (Preview)3, and improved Windows Search3.

The dual fan design maximises thermal performance, ensuring efficiency during demanding tasks. Additionally, enhanced privacy features, such as adaptive lock and multi-person detection, provide an extra layer of security, while a full range of I/O ports ensures connectivity for all essential devices. The Zenbook A14 offers the ultimate combination of power, portability, and smart technology for US$899, perfectly catering to the needs of today’s users.

Vivobook 14 and 16: AI laptops for everyone

The Vivobook 14/16 (X1407QA/X1607QA) Copilot+ PCs offer a powerful upgrade for users seeking enhanced productivity, intelligence, and security – all at an exceptional value. Equipped with the super-efficient Snapdragon X processor that delivers 45 NPU TOPS of AI processing power, these laptops offer a 44% performance boost over the previous generation and provide up to 19.8 hours of battery life. Seamless connectivity with Microsoft Phone Link and Snapdragon-powered devices ensures a smooth experience for both work and leisure.

AI-enabled features elevate the Vivobook 14/16, offering dynamic and intuitive ways to create and stay organised. Users can unlock creativity using tools like Cocreator in Paint to refine artwork in real time, and Generative Fill and Erase for effortless photo edits. The ASUS-exclusive StoryCube application automatically categorises files based on content for better organisation, while Live Captions provide real-time, accurate subtitles to bridge language barriers.

Security is a top priority and the Microsoft Pluton security processor offers additional protection against threats. The AI Camera enhances security by detecting the user’s presence and locking the device when they step away, which works with Adaptive Lock and Adaptive Dimming to conserve battery life and maintain privacy. Built with a stylish design and military-grade durability, these laptops also feature a comprehensive array of I/O ports, including two USB4 Type-C, two USB 3.2 Gen1 Type-A, HDMI, and an audio combo jack – facilitating effortless connectivity.

Available in Cool Silver and Quiet Blue, as well as Platinum Gold for the 14-inch models, the Vivobook 14/16 appeals to users with diverse tastes. Starting at just US$699, the Vivobook 14/16 offers an ideal opportunity to upgrade to a smarter, more secure, and more efficient device.

ExpertBook B Series: Redefining enterprise laptops

The ASUS ExpertBook B5 (B5405/B5605) and ExpertBook B3 (B3405/B3605) set a new benchmark for enterprise laptops by merging unmatched customisation, extensive security features, and superior performance. Designed for the government, education, and corporate sectors, these laptops offer flexible configurations with up to Intel Core Ultra processors (Series 2), ensuring durability and a user-friendly experience.

Featuring Intel vPro® CPU customisation options tailored to large-scale enterprise requirements and upgradable components, including dual SSD and SO-DIMM slots, the ExpertBook B series easily adapts to changing business demands. Businesses can choose from up to three generations of Intel CPUs, up to 64GB DDR5 RAM, and adaptable SSD configurations. The four-row number pad and enlarged touchpad on the 16-inch models of the ExpertBook B5 and B3 enhance usability, while optional 5G support on the B3 ensures mobile conferencing convenience.

Security is ensured with dual BIOS, Intel vPro, discrete Trusted Platform Module (TPM), and NIST SP 800-155 compliant BIOS recovery, providing enterprise-grade protection for sensitive data. Additional features like ASUS Business Manager and ASUS Control Center streamline IT management. The low-resistance airflow cooling system reduces fan noise and maximises thermal efficiency, extending the device lifespan by 40% compared to the previous generation or consumer-standard solutions, without sacrificing performance.

In a significant sustainability move for the company, ASUS has introduced the Digital Product Passport (DPP) to its commercial PC line, beginning with the ExpertBook B series. This initiative highlights the commitment ASUS has to introducing circular economy features within the product life cycle, while also aligning with global trends and regulations, including the European Green Deal and TCO 10 standards. The DPP enhances product transparency and longevity by offering detailed specifications, repair histories, and recycling information. It also provides carbon footprint and lifecycle data to help consumers and businesses make eco friendly choices.

By equipping customers with actionable insights, ASUS not only furthers corporate sustainability objectives but also fosters responsible usage, contributing to a greener, more incredible world. Moreover, with EPEAT registration and compliance with regulations such as RoHS, the ExpertBook B series is ideal for environmentally conscious enterprises.

ExpertCenter B900: Business Ready AI Desktops

The ASUS ExpertCenter B900 (B900MF/B900SF) series are the first ASUS commercial AI desktops. Equipped with the Intel Core Ultra 200S series – the chipmaker’s first desktop AI processors – they deliver exceptional performance and position the system as a leader in AI-enabled desktops. With extreme processing capabilities and a dedicated NPU for AI tasks, the ExpertCenter B900 ensures users can efficiently handle demanding applications.

Enterprise-grade security is a top priority, featuring support for Intel vPro® Enterprise, TPM 2.0, and BIOS/HDD passwords. Additionally, a Kensington Security Slot further enhances physical security, while military-grade durability compliant with MIL-STD-810H standards ensures reliability in challenging environments.

The ExpertCenter B900 also offers a comprehensive solution for manageability through MyASUS, ASUS Control Center, ASUS Business Manager, and ASUS BIOS – all designed to streamline IT management and support. Its tool-free design ensures easy upgrades and maintenance, allowing organisations to easily adapt their systems to evolving business needs. This desktop not only provides competitive specifications but also best-in-class expandability, making it a reliable choice for enterprises looking to leverage AI technology while ensuring security and manageability.

ASUS NUC Series: AI-optimised performance in a compact form

ASUS has elevated compact, AI-enhanced computing with the NUC 15 Pro Mini PC. Equipped with the Intel Core Ultra 9 processor (Series 2) and featuring Intel AI Boost, the NUC 15 Pro combines superior performance with a space-saving design, optimal for high-demand business environments. Designed for integration efficiency and effortless connectivity, it offers ultra-fast Wi-Fi 7 and Bluetooth® 5.4 to support AI-optimised businesses. Additionally, ASUS Power Sync enables users to simultaneously power on/off the NUC 15 Pro and compatible ASUS monitors, creating a more integrated, energy-efficient workspace.

Enhanced with tool-less upgradability and Intel vPro technology for secure, remote management, this device provides a comprehensive solution for enterprises aiming to streamline IT infrastructure while maintaining robust data security. With support for up to four 4K displays, a power-conscious design, and military-grade durability, the NUC 15 Pro delivers impressive visual and productivity capabilities in a minimal footprint.

For those seeking heightened performance, the NUC 15 Pro+ features an advanced Intel Core Ultra 9 processor (Series 2) and supports up to 96GB of DDR5 RAM, delivering peak AI-driven power. Enhanced cooling technology supports high-demand workloads, ideal for professionals needing continuous reliability and speed in a compact format.

The ASUS NUC 14 Pro AI+ model introduces a unique design element with a multi-colour E-Ink display and voice command capability, while also delivering advanced graphics through its Intel Arc™ GPU – making it a perfect choice for settings where both functionality and visual appeal are priorities. It also excels in AI performance, featuring an Intel Core Ultra 9 processor (Series 2) that can achieve up to 120 total platform TOPS.

ASUS ExpertCenter PN54: Compact yet powerful AI-powered mini PC

The ASUS ExpertCenter PN54 Mini PC revolutionises compact computing, offering high-level AI performance in an ultra-compact 0.5L chassis. Powered by AMD’s latest Ryzen™ AI 7 350 processor with 45+ NPU TOPS, the ExpertCenter PN54 addresses everyday computing challenges with intelligent adaptability for productivity, creative work, and entertainment. It delivers robust AI acceleration and exceptional multitasking capabilities, ideal for diverse needs from content creation to gaming.

Packed with six USB ports, dual 2.5G LAN ports, and Wi-Fi 7, the ExpertCenter PN54 provides rapid connectivity and flexibility for modern digital ecosystems, transforming into a central hub capable of supporting multiple peripherals and fast data transfers. Designed for futureproofing, its tool-less chassis enables users to effortlessly upgrade storage and memory, ensuring this powerhouse Mini PC evolves alongside technological advancements. The ASUS ExpertCenter PN54 is crafted for those seeking high performance, connectivity, and a scalable solution in a compact form factor.

January 8, 2025
Microsoft and India AI Mission Join Forces to Skill 500,000 by 2026

Microsoft partners India AI Mission to skill 5 lakh people by 2026IANS

Microsoft has announced a partnership with the government’s ‘India AI Mission’. The Memorandum of Understanding (MoU) aims to skill 500,000 individuals by 2026, including students, educators, developers, government officials, and women entrepreneurs. This initiative is part of a broader effort to leverage artificial intelligence (AI) to drive innovation, enhance productivity, and foster inclusive growth across the country.

The partnership will establish an AI Center of Excellence, known as ‘AI Catalysts’, to promote rural AI innovation and support 100,000 AI innovators and developers through hackathons, community-building solutions, and an AI marketplace. Additionally, ‘AI Productivity Labs’ will be set up at 20 National Skill Training Institutes (NSTIs)/NIELIT centres in 10 states to impart foundational courses for 20,000 educators.

The collaboration will also focus on developing AI-enabled solutions for citizen-scale domains such as healthcare, education, accessibility, and agriculture. Puneet Chandok, president of Microsoft India and South Asia, expressed excitement about working closely with the government to extend the benefits of the India AI mission to every corner of the country and democratize access to technology and resources.

Partnership will establish an AI Center of Excellence, ‘AI Catalysts’, and ‘AI Productivity Labs’ at 20 National Skill Training InstitutesIANS

In addition to the MoU, Microsoft and RailTel have entered a five-year strategic partnership to advance digital, cloud, and AI transformation in the Indian railways and public sector space. This partnership comes on the heels of a recent IDC study, commissioned by Microsoft, which showed AI usage in India jumped from 63 per cent in 2023 to 72 per cent in 2024.

Microsoft has also announced plans to invest $3 billion in cloud and AI infrastructure in India over the next two years, including the establishment of new data centres. The tech giant aims to train and skill 10 million people in AI by 2030. The company has already empowered 2.4 million Indians, including civil servants, college students and people with disabilities, with AI skills.

This partnership is reminiscent of similar initiatives in the past where tech giants have collaborated with governments to drive technological advancement and skill development. For instance, Oracle announced plans to invest more than $6.5 billion to set up its first public cloud region in Malaysia, reflecting the growing demand for AI and cloud services in Southeast Asia. Similarly, IBM signed an MoU with the Government of Gujarat to establish an AI Cluster in GIFT City to drive AI innovation and collaboration.

Microsoft has also announced plans to invest $3 billion in cloud and AI infrastructure in India over the next two yearsIAN

The Microsoft-India AI Mission partnership is a significant step towards realizing India’s digital transformation goals. It not only aims to equip individuals with the necessary skills to thrive in the digital age but also seeks to democratize access to technology and resources, thereby fostering inclusive growth. The initiative also underscores the critical role of public-private partnerships in driving technological advancement and economic growth.

January 8, 2025
Exotel suite of AI-powered communication solutions now available in the Microsoft Azure Marketplace – CRN

Exotel announced the availability of its suite of AI-powered communication solutions designed for enterprises focused on optimizing customer engagement and experience in the Microsoft Azure Marketplace, an online store providing applications and services for use on Azure. Exotel customers can now take advantage of the productive and trusted Azure cloud platform, with streamlined deployment and management. These solutions range from Intelligent Virtual Assistants (IVA) to Conversational Quality Analysis (CQA) and Enterprise Contact Center. Exotel’s offerings, including CPaaS, CCaaS, and Conversational AI, work to unify customer interactions, boost conversions through personalised outreach, reduce costs via automation, and enhance agent efficiency.

By leveraging Exotel’s cloud communication platform, enterprises can significantly reduce their time to market, enabling faster deployment of customer engagement solutions. The platform’s cloud-based architecture ensures enhanced scalability, flexibility, and security, allowing businesses to quickly adapt to evolving customer needs while improving responsiveness across all communication channels. With cloud adoption rapidly growing in the enterprise market, Exotel’s IVA empowers companies to deliver superior customer experiences (CX) over the cloud while optimising operational efficiency and reducing infrastructure costs.

Disparate systems across departments often lead to fragmented data and disjointed customer experiences. Exotel integrates the dismantling of data silos, unifying information sources, and creating a comprehensive customer conversational profile that humanises interactions across channels.

“As we strengthen our longstanding relationship with Microsoft, we are committed to delivering innovative solutions that enhance customer engagement and streamline communication for businesses. By leveraging AI technologies and cloud platforms, we are enabling businesses to not only meet but exceed customer expectations, driving growth and innovation in the digital age.” said Ishwar Sridharan, Co-Founder, Exotel.

Himani Agrawal, Chief Partner Officer, Microsoft India, said, “We are pleased to welcome Exotel to the Microsoft Azure Marketplace, providing our partners with great exposure to cloud customers worldwide. Leveraging Azure’s scalability, reliability, and agility, Exotel will empower enterprises to accelerate their AI innovation with trust and confidence. Together, we are excited to unlock the transformative potential of AI-powered customer experiences for businesses.”

Exotel, as a partner in the Azure marketplace and a key player in AI-driven customer communication transformation, is committed to empowering enterprises with innovative solutions that drive revenue growth, optimise costs, and elevate customer experiences.

The Azure Marketplace is an online market for buying and selling cloud solutions certified to run on Azure. The Azure Marketplace helps connect companies seeking innovative, cloud-based solutions with partners who have developed solutions that are ready to use.

January 8, 2025
Vector Databases: Revolutionizing High-Dimensional Data Management for AI

Innovations in database technologies are reshaping the foundations of modern data management. Sandeep Kumar Nangunori, an expert in AI-driven systems, delves into the transformative capabilities of vector databases, highlighting their critical role in managing high-dimensional data for artificial intelligence (AI) applications.

A Paradigm Shift in Data Representation
The growing complexity and diversity of data have led to the transition from traditional relational databases to vector databases. Unlike relational models, vector databases represent data as high-dimensional vectors, effectively capturing semantic relationships and intricate patterns. This makes them particularly well-suited for managing unstructured data such as images, audio, and text embeddings. Vector databases excel in similarity searches, offering enhanced capabilities for recommendation systems, pattern recognition, natural language processing, and other AI-driven applications, driving innovation in data-intensive fields.

Dense, sparse, and hybrid vector representations address diverse data needs effectively. Dense vectors capture detailed features in images or audio, optimizing for rich, high-dimensional data. Sparse vectors, on the other hand, offer memory-efficient solutions for handling extensive datasets. Hybrid models combine these strengths, while advanced indexing techniques combat the “curse of dimensionality,” enabling swift, precise, and scalable data retrieval in complex scenarios.

Scalability and Performance Redefined
Scalability is a hallmark of vector databases. Traditional systems struggle with exponential data growth, particularly with unstructured, high-dimensional formats. Vector databases employ distributed architectures and advanced partitioning strategies to overcome these challenges. Techniques like hierarchical navigable graphs and product quantization enable rapid similarity searches across billions of records.

High-throughput processing harnesses GPU acceleration and parallelization to deliver sub-millisecond query responses, even for massive datasets. Advanced features like intelligent load balancing, caching strategies, and dynamic resource allocation enhance efficiency and scalability, ensuring seamless performance and reliability as data volumes expand exponentially.

Seamless AI Integration
Integration with AI workflows is a major strength of vector databases. They simplify data transformations, feature extraction, and embedding management, enabling seamless updates without requiring full model retraining. Incremental updates to embeddings enhance efficiency, ensuring AI systems remain adaptive and aligned with evolving models and data.

Vector databases also ensure data lineage and reproducibility, crucial for complex AI pipelines. Features like citation models and optimized data loading techniques reduce training times for large-scale models by up to 40%, emphasizing their efficiency.

Transformative Real-Time Applications
Vector databases have revolutionized multiple industries. In e-commerce, they enable real-time recommendation systems by processing user behavior and product embeddings with high accuracy. Visual search capabilities allow customers to find products through image-based queries, enhancing personalization.

In healthcare, these systems facilitate the storage and retrieval of medical imaging data, aiding diagnostics and treatment planning. Personalized medicine benefits from analyzing patient data patterns to recommend tailored treatments.

In finance, vector databases power fraud detection and risk management. Real-time analysis of transactional patterns reduces false positives and enhances anomaly detection. Market analysis tools built on vector databases provide deeper insights into trading patterns and risk profiles, empowering informed decisions.

Challenges and Future Directions
Despite their promise, vector databases face scalability and integration challenges. Distributed systems contend with latency and consistency issues when managing large-scale deployments. Balancing precision and performance is particularly difficult in real-time applications requiring high accuracy.

Future research focuses on self-optimizing systems, advanced indexing techniques, and novel similarity metrics. Quantum computing and adaptive architectures offer solutions for scalability concerns, while standardized interfaces and observability tools aim to simplify AI integration.

As the data landscape evolves, vector databases have become indispensable for managing high-dimensional, unstructured data in AI-driven applications. Sandeep Kumar Nangunori emphasizes their potential to redefine how organizations store, retrieve, and analyze data. With ongoing advancements in scalability, performance, and AI integration, vector databases are poised to play a pivotal role in unlocking the full potential of data-driven innovation.

January 8, 2025
Large Language Models Reshape the Future of AI Technology

In today’s world of rapid technological advancement, Large Language Models (LLMs) are fundamentally transforming our approach to artificial intelligence. Rajesh Kamisetty, a technology expert from the USA, has conducted comprehensive research examining how these sophisticated models are revolutionizing natural language processing and conversation production.

The Evolution of Language Understanding
Large Language Models, powered by advanced neural networks like Transformers, revolutionize text processing and generation. By learning from vast text data, they excel in understanding language patterns, following instructions, solving complex problems, and learning from examples. This marks a significant leap in artificial intelligence, enabling human-like content creation and analysis.

Architectural Innovations Drive Progress
The integration of sophisticated architectures has been crucial in advancing LLM capabilities. Multi-layer Transformer architectures with self-attention mechanisms allow these models to recognize complex patterns and distant relationships in input text. This technological foundation enables high-quality text generation and accurate representation of word and phrase interdependencies, leading to more natural and contextually appropriate responses.

Expanding Horizons Through Multi-Modal Integration
One of the most promising developments is the integration of multi-modal inputs, including images, sounds, and videos, into LLMs. This advancement opens new possibilities for tasks like multimodal sentiment analysis, interactive media creation, and image captioning. The combination of different types of data inputs creates more comprehensive and contextually rich AI solutions.

Addressing Ethical Considerations
The deployment of LLMs brings important ethical considerations to the forefront. While these models offer tremendous potential across various sectors, they also present challenges related to bias, misinformation, and accountability. The development of ethical frameworks and proactive governance measures is essential to ensure responsible implementation and use of these technologies.

Transforming Industries Through Innovation
The impact of LLMs extends across multiple sectors, from healthcare to creative industries. These models are enhancing user experiences through more human-like interactions and customized responses. In content creation, they’re providing tools for grammatical checks and original material development, while in technical fields, they’re facilitating more sophisticated problem-solving capabilities.

Overcoming Technical Challenges
Despite their capabilities, LLMs face significant technical challenges. The computational resources required for training and inference present obstacles in terms of cost and energy consumption. Additionally, the need for extensive fine-tuning to adapt these models for specific tasks or domains requires substantial time and resource investment.

Future Directions and Potential
The field continues to evolve with promising developments in specialized models and enhanced capabilities. Research is focusing on improving model efficiency, reducing computational requirements, and developing more robust and ethical AI systems. The integration of LLMs with computer vision and other technological domains suggests exciting possibilities for future applications.

The convergence of generative AI and Large Language Models (LLMs) is paving the way for groundbreaking technological advancements. This rapidly evolving field is steering towards the development of applications that are more streamlined, efficient, and ethically responsible. Major strides are being made in reducing computational costs, enhancing model performance, and fostering responsible AI integration. The impact of these technologies spans diverse sectors, promising revolutionary changes in areas ranging from healthcare diagnostics to creative content generation. Despite challenges like bias mitigation and resource intensity, ongoing research is persistently addressing these hurdles, pushing the boundaries of what AI can achieve.

In conclusion, Rajesh Kamisetty’s research exemplifies the transformative potential of these innovations, offering valuable insights into building more sophisticated and reliable AI systems. His work not only underscores the importance of balancing technological progress with ethical considerations but also lays a foundation for the responsible deployment of AI. In conclusion, by advancing frameworks that prioritize societal benefits and minimize risks, his contributions are helping shape a future where AI serves humanity in profound and impactful ways.

January 8, 2025