Category Archives: Technology

JMR Infotech Joins Caribbean Association of Banks as Service Member to Accelerate Digital Transformation Across the Region

Dubai / Bangalore, Dec 23: JMR Infotech, a global leader in digital transformation and banking technology solutions, today announced its membership in the Caribbean Association of Banks (CAB) as a Service Member, reaffirming its long-term commitment to supporting the digital evolution of banks and financial institutions across the Caribbean. With a regional delivery center in Bogotá and support and delivery centers in St. Kitts and Jamaica, JMR Infotech continues to strengthen its presence and capabilities to serve the region with agility and deep domain expertise.

“Our association with CAB is an important milestone in our mission to empower Caribbean financial institutions with future-ready digital solutions,” said Jayafar Moidu, Founder & CEO, JMR Infotech. “We are committed to partnering closely with banks and financial institutions across the region to help them accelerate growth, enhance resilience, and adapt breakthrough innovations that drive long-term competitiveness.”

As a Service Member of CAB, JMR Infotech will bring its global banking expertise to the region by supporting institutions in modernizing their core systems through agile, cloud-ready platforms; enabling AI-powered innovation with smart automation, predictive analytics, and intelligent decisioning; strengthening regulatory and risk compliance in line with evolving regional and international standards; and driving digital-first customer experience transformation to ensure seamless onboarding, faster product launches, and superior service delivery.

Backed by robust delivery capabilities and about two decades of experience across more than 75 countries, JMR Infotech aims to work collaboratively with CAB member institutions to co-create scalable, cost-efficient, and innovation-led transformation journeys tailored to the Caribbean’s unique operational and regulatory landscape.

“We look forward to contributing meaningfully to the CAB ecosystem and supporting its members in embracing the next era of digital banking,” added Jayafar.

KLH ThinkAI 2025 Charts the Future of AI-Enabled Innovation

Hyderabad, Dec 20:- KLH Aziznagar Campus successfully concluded ThinkAI 2025, its third international conference on “Recent Trends in AI-Enabled Technologies,” held from December 19 to 20, 2025. The two-day conference emerged as a significant forum for advancing research dialogue, fostering global collaboration, and examining how artificial intelligence is reshaping technology, industry, and society.

Bringing together leading academicians, industry experts, entrepreneurs, researchers, and students from India and abroad, ThinkAI 2025 facilitated rigorous discussions on both foundational research and applied AI innovations. The conference reinforced the growing role of academic institutions in steering responsible and industry-aligned AI development.

The event featured keynote addresses by eminent experts such as Prof. B. Yegnanarayana, INSA Honorary Scientist, IIIT Hyderabad; Dr. Amit Varma, Coin Earth Technologies, Hyderabad; Dr. Subrajit Satapathy, Deloitte, Bengaluru; Dr. S. K. Altaf, Assistant Professor, TU Berlin; and Dr. Krishnaiah Mokurala, Postdoctoral Researcher, Tampere University, Finland. Their sessions offered critical insights into emerging AI architectures, real-world deployments, and future research challenges.

Vice President, Er. Koneru Lakshman Havish, said;

 “artificial intelligence is no longer a futuristic concept; it is shaping the present and defining the future. Through platforms like ThinkAI, KLH is committed to nurturing research-driven innovation, fostering global collaboration, and preparing students and researchers to develop AI solutions that are impactful, ethical, and industry-relevant.”

The discussions covered a wide spectrum of contemporary themes, ranging from machine and deep learning, computer vision, natural language processing, and speech and signal processing to soft computing, AI-driven analytics, intelligent systems, AI applications in healthcare and smart cities, ethical and responsible AI, and next-generation AI-enabled technologies.

Scholarly engagement formed a central pillar of the event, with researchers presenting their work across multiple AI-focused tracks. Of the 108 papers submitted for review, 28 were selected for publication in the Springer Communications in Computer and Information Science Book Series, highlighting the conference’s academic rigour and international relevance.

The event was organised under the supervision of Dr. A. Ramakrishna, Principal, KLH Aziznagar Campus, and Dr. Sandeep Reddy Chitreddy, Conference Convener, with support from faculty members and staff, ensuring seamless execution and high academic standards.

Through ThinkAI 2025, KLH Aziznagar Campus further consolidated its role as a centre for advanced AI research and knowledge exchange, contributing to wider global discussions on the future direction of artificial intelligence.

Christmas 2025: Best Snapdragon-powered smartphones to gift this season

Hunting for the perfect Christmas upgrade or year-end gift  From flagship-grade performance to camera-first all-rounders and battery workhorses, here are Snapdragon-powered smartphones that cater to different Christmas wishlists, ranging from mid-segment to premium flagships.

All-Round Festive Performers

These are the “no-compromise” picks for those who want a bit of everything premium design, smooth performance, reliable cameras, and strong battery life.

OnePlus 15R
For a flagship-style experience, the OnePlus 15R stands out as the world’s first smartphone powered by Snapdragon 8 Gen 5, delivering elite CPU, GPU, and AI performance for seamless gaming, heavy multitasking, and demanding holiday apps. Its 7400mAh battery with ultra-fast charging and three-layer cooling ensures all-day power for streaming, navigation, and productivity. Perfect for tech enthusiasts seeking cutting-edge performance. Pre-orders are available on Amazon India and the OnePlus India online store, with offline availability soon.

realme GT 8 Pro
For a performance-first yet design-forward phone, the realme GT 8 Pro combines Snapdragon 8 Elite Gen 5 with a 144Hz AMOLED display for fluid scrolling, content consumption, and gaming. Camera capabilities include a 50MP main sensor with OIS, a 50MP ultra-wide, a 200MP periscope telephoto with OIS and 3x optical zoom, and a 32MP front camera ideal for capturing Christmas markets, performances, and close-up details.

Samsung Galaxy S24
For a compact, premium, and future-ready gift, the Samsung Galaxy S24 Snapdragon variant delivers Snapdragon 8 Gen 3 performance in a slim 6.2-inch 120Hz Full HD display package. Its triple rear camera setup includes a 50MP main sensor with OIS, a 10MP telephoto with 3x optical zoom, and a 12MP ultra-wide sensor, alongside a 12MP front camera, offering flexibility for close-ups, zoomed-in concert moments, and family selfies.

iQOO 15
For pro-gamers, the iQOO 15 is a gaming-centric flagship powered by Snapdragon 8 Elite Gen 5, co-engineered with iQOO for enhanced thermals and competitive gaming features like the Q3 mobile graphics chip, advanced VC cooling, and ultra-responsive touch controls. The triple 50MP rear camera setup and 32MP selfie camera make it ideal for low-light Christmas streets, stage performances, and high-detail travel vlogs.

Battery-First Christmas Workhorse

For parents, travelers, or students needing a device that lasts all weekend without frequent charging:

moto g57 POWER
The moto g57 POWER runs on Snapdragon 6s Gen 4 and pairs it with a massive 7000mAh battery, making it ideal for long travel days, heavy calling, and social media without constant charging. Its rear camera setup includes a 50MP main sensor and 8MP ultra-wide lens, along with an 8MP front camera for reliable everyday photos and social-ready selfies during Christmas travel and family visits.

From Founder to Strategic Investor: Adesh Tyagi’s Expanding Technology Footprint

Mumbai, Dec 19: Adesh Kumar Tyagi represents a new generation of technology leaders who combine operational depth with investment foresight. Best known as the Founder, President, and CEO of Tryfacta Inc., Tyagi has expanded his influence beyond enterprise building into private equity, venture capital, and emerging technology investments.

Tyagi’s professional foundation was established through a blend of advanced technical and business education. After completing dual master’s degrees at BITS Pilani, he moved to the United States under the Mahatma Gandhi Fellowship and earned an MBA from Washington University in St. Louis. This dual perspective has informed his ability to evaluate both technology potential and commercial viability.

Over the past three decades, Tyagi has repeatedly identified inflection points in the technology services market. At Tryfacta, he led the company’s shift from traditional IT staffing to high-growth areas such as cloud modernization, artificial intelligence, cybersecurity, and healthcare workforce solutions. This diversification allowed Tryfacta to align closely with the evolving needs of federal agencies and large enterprises.

The results have been significant. Tryfacta’s rapid workforce expansion, growing contract portfolio, and recognition as the fastest-growing private company in the Pacific Region by Inc. Magazine underscore Tyagi’s ability to scale operations without compromising delivery quality. His focus on compliance, certifications, and government-ready infrastructure has been a key differentiator in winning long-term public sector engagements.

Parallel to his role at Tryfacta, Tyagi has built Nexent Capital Management and Nexent Ventures as platforms for investing in next-generation technologies. His investment interests span artificial intelligence, blockchain, digital platforms, and enterprise software, with a focus on companies that demonstrate strong governance and scalable business models. Across these initiatives, he has been involved in structuring and executing over $1.6 billion in global transactions.

Looking ahead, Tyagi is positioning Tryfacta for its next phase of growth, including potential public market participation. Plans to explore an IPO via international exchanges at GIFT City reflect a broader ambition to globalize the company’s footprint while maintaining operational discipline.

Based in the San Francisco Bay Area, Tyagi continues to balance enterprise leadership with strategic investing. His career illustrates how long-term thinking, combined with adaptability, can create value across multiple dimensions of the technology ecosystem.

Samsung SmartThings Becomes the Industry’s First to Support Matter Cameras

GURUGRAM, Dec 19: Samsung Electronics Co., Ltd. today announced that its smart home platform, SmartThings, now supports Matter 1.5—the global smart home standard—making it the first in the industry to support Matter-compatible cameras.

Starting later this month, Samsung will roll out SmartThings updates to expand its existing list of Matter devices, including lights, door locks, switches, and various sensors, by adding cameras. With this update, SmartThings will become the smart home platform with the broadest support for Matter devices.

“Samsung aims to ensure that products and services built on different brands and protocols deliver a unified experience through SmartThings,” said Jaeyeon Jung, Executive Vice President and Head of SmartThings Team at Samsung Electronics. “We will continue to expand our support for industry standards, including Matter, and further strengthen collaboration to drive new customer experiences.”

Enhanced Security and Safety with Matter 1.5 Camera Support

Matter 1.5, announced by the Connectivity Standard Alliance (CSA) in November, adds camera support as well as enhanced features for closure operations, including blinds, awnings, and garage doors—along with improved energy management.

The industry is particularly focused on the inclusion of a camera standard, as cameras are an essential part of any smart home ecosystem. Matter 1.5 supports a wide range of camera use cases including indoor and outdoor security cameras, video doorbells, and more. It also includes features such as live video streaming, two-way communication, motion detection, event history, and pan-tilt-zoom controls.

Expanded User Choice and Enhanced Developer Convenience

With SmartThings supporting the standard, camera manufacturers can now launch Matter-based cameras that seamlessly integrate with SmartThings without the need to customize separate API (Application Programming Interface).

Samsung has collaborated with leading global IoT device makers, including Aqara, Eve, and Ulticam, to develop Matter cameras, and these products are expected to roll out starting in March 2026.

SmartThings has already partnered with Aqara, Arlo, Hue, Ring, and others to provide a wide array of smart home camera experiences across various protocols and connection methods. With this update, users will have even more options, as Matter cameras can now be integrated easily into the SmartThings ecosystem.

Integrating cameras with SmartThings helps users build a safe and convenient smart home tailored to their lifestyle. This integration enables essential functions such as monitoring the home environment while away, checking on the well-being of pets, and configuring customized routines by connecting with smart doorbells.

Strengthening Industry Leadership with the Broadest Support for Matter Devices

Samsung SmartThings continues to expand its global partnerships under an open-platform strategy. Through the WWST (Works With SmartThings) certification program, SmartThings now supports more than 4,700 models from over 390 partner brands. By rapidly adopting the Matter standard, Samsung has also helped bring 58 Matter device types into users’ everyday lives.

Samsung Solve for Tomorrow 2025 Highlights Youth Driving

For decades, environmental sustainability was seen as sacrifice and compromise. With the support and mentorship from Samsung’s flagship education programme, Samsung Solve for Tomorrow  2025, in partnership with IIT Delhi, the young innovators flipped the narrative: technology can drive prosperity while protecting the planet. Thousands of students across India designed cutting-edge solutions under the theme “Environmental Sustainability via Technology”  focusing on resource conservation, waste management, clean water, and carbon reduction.

Here’s what this new generation of changemakers achieved;

1. Innovation Rooted in Urgency and Growth

Students developed technologies that conserve water, energy, waste, and biodiversity, turning sustainability into a catalyst for economic and social progress.

2. Theme Winner Prithvi Rakshak  Transforming Waste into Wealth

The standout Samsung Solve for Tomorrow 2025 winner, Prithvi Rakshak, is a modular AI-powered vermicomposting system developed by three teenagers  Abhishek Dhanda, Prabhkirat Singh, and Rachita Chandok. Their innovation automates organic waste conversion into nutrient-rich compost with smart sensors, making it suitable for schools, markets, and communities.

3. Other Leading Innovations Challenging Environmental Issues

Additional top teams tackled critical environmental challenges;

• Drop of Hope (Uttar Pradesh): A device to extract water from air using solar atmospheric condensation
• Renewable Desalination (Assam): Low-cost & energy efficient desalination system to deliver clean drinking water
• SmalBlu (Gujarat): AI platform to optimize enterprise data infra & reduce carbon footprint in cloud infrastructure
• VOXMAPS (Madhya Pradesh): LiDAR & HD imaging sensors mounted drones to collect pollution data & create Voxel maps

4. Support for Scaling Impact

Winners received up to INR 1 crore incubation support at IIT Delhi, with additional awards for top teams, including INR 1 lakh grants, Goodwill Awards and Young Innovator Awards and Samsung Galaxy Z Flip smartphones for the top 20 teams.

5. A Growing, Decentralised Innovation Ecosystem

The 2025 edition saw increasing participation from Tier-II and Tier-III cities, with alumni mentoring newcomers and access to IIT Delhi’s FITT Labs for prototype development. This reflects the spread of STEM innovation beyond metropolitan hubs.

6. Empathy-Driven, Responsible Innovation

Students were guided through design-thinking focused on solving real-world problems responsibly, prioritizing societal impact and sustainable AI solutions.

7. Legacy of Changemaking

Since 2010, Samsung Solve for Tomorrow has engaged 2.9 million young innovators in 68 countries, empowering students with mentorship and tools to create impactful STEM solutions. India’s diverse and vibrant contribution continues to grow year on year.

Automotive Telematics: The Game-Changer Driving the Future of Transportation

Dec 19: In 2025, automotive telematics is more than just a buzzword it’s transforming how we drive, design vehicles, and manage fleets. Whether you’re behind the wheel of a car or overseeing an entire fleet of delivery vehicles, telematics is reshaping everything from safety features to how we monitor and manage vehicles.

The telematics industry is experiencing rapid growth, emerging as one of the most transformative forces in automotive innovation. This technology is reshaping everything from vehicle performance to driver safety and fleet management. With its ability to enhance connectivity, efficiency, and user experience, telematics is proving to be indispensable. Let’s dive into the key ways it’s already revolutionizing the industry and what the future holds for this game-changing technology.

Smarter Vehicles, Safer Roads: Telematics at the Heart of Driver Safety

Your car can alert you if you’re swerving off course, detect if you’re getting drowsy, or even notify emergency services if you’re in a collision. That’s telemetry in action, and it’s saving lives every day. Thanks to advancements in AI, IoT sensors, and vision-based systems, vehicles can now “talk” to each other and their environments, making driving safer and more efficient.

In 2025, we’re seeing telematics systems that can do more than just monitor speed or location. They’re getting smarter. For example, cars are now using real-time data to adjust to road conditions, warn about potential hazards, and even communicate with traffic lights and smart infrastructure to optimize traffic flow. This is just the beginning. The future promises autonomous emergency responses, like rerouting traffic to avoid accidents or instantly sending a car’s GPS coordinates to rescue teams in the event of a crash.

The cool part? Insurance companies are jumping on board, using telematics data to offer drivers better, more personalized rates based on their driving behavior. Safe drivers could see lower premiums—an incentive that’s already changing how we approach road safety.

Telematics in Vehicle Manufacturing: Redesigning How Cars are Made

Telematics isn’t just transforming vehicles once they’re on the road—it’s also revolutionizing how cars are built. In 2025, data-driven design is the name of the game. Automakers are now using IoT sensors embedded in the vehicle components during manufacturing to collect real-time data on everything from material durability to vehicle performance. This allows engineers to test parts virtually before they even hit the assembly line.

Imagine being able to predict how a specific type of steel or aluminum will hold up under real-world conditions—without ever having to build a single vehicle. That’s the magic of telematics, providing advanced insights into how materials, designs, and systems will function over time, leading to better-built cars and trucks.
And it’s not stopping there. The rise of digital twins (virtual models of real-world systems) is set to revolutionize vehicle production even further, allowing manufacturers to simulate entire production lines, tweak designs in real time, and minimize costly errors.

Fleet Management: Making Business Smarter and More Efficient

For businesses relying on fleets of vehicles, telematics is already a game-changer. Whether it’s managing delivery trucks or monitoring the status of production vehicles, telematics systems provide real-time data that help businesses improve efficiency, reduce downtime, and save costs. Fleet managers can track vehicle location, health, and fuel consumption—all in real time.

But the impact doesn’t end there. In 2025, we’re looking at AI-powered fleet management systems that can autonomously optimize routes, adjust deliveries in real time based on traffic, and predict when a vehicle will need maintenance. This can help businesses avoid costly repairs and downtime, while simultaneously improving delivery speed and reducing fuel consumption.

In fact, studies show that businesses using telematics in fleet management have saved up to 20% on fuel costs and significantly reduced maintenance expenses. And this is just the beginning as AI and machine learning start to work their magic in logistics.

The Future of Telematics: A World of Connectivity and Innovation

Looking ahead, the future of automotive telematics is all about interconnectivity. We’re on the brink of a new era where smart cities and connected infrastructure will fully integrate with telematics systems in vehicles. Cars won’t just interact with each other; they’ll communicate with traffic lights, smart road signs, and even nearby pedestrians—all in real-time.

This level of connectivity will dramatically reduce traffic congestion, prevent accidents, and improve road safety for everyone. Vehicles will be able to “talk” to each other to avoid crashes, while cities will be able to manage traffic patterns more effectively, reducing travel time and fuel consumption. Imagine a world where traffic jams are a thing of the past, thanks to seamless coordination between vehicles and urban infrastructure.

How to Prepare for the Telematics Revolution: 4 Key Steps for Manufacturers

As the automotive industry races toward widespread telematics adoption, manufacturers need to make sure they’re ready. Here are four key steps to help companies prepare for this transformative shift:

1. Embrace a Data-First Strategy

Telematics generates vast amounts of data, and data management will be crucial in the coming years. Automotive companies need to build robust data infrastructures that can handle both existing and future telematics data sources. This means ensuring data is stored securely and is easy to access for real-time decision-making.

2. Develop Digital Twins and AI Integration

Incorporating digital twins and AI-powered simulations into manufacturing will be essential for creating smarter, more efficient production lines. Companies that harness these technologies will be able to anticipate problems before they arise and streamline vehicle design.

3. Collaborate with Smart City and Infrastructure Networks

Manufacturers should look at opportunities to collaborate with smart city initiatives. As urban infrastructure becomes more connected, cars will need to communicate seamlessly with traffic systems, roads, and other vehicles. Being part of these larger networks will enhance vehicle performance and safety.

4. Focus on Sustainability

Telematics data can help automakers reduce emissions and improve fuel efficiency by optimizing driving patterns and reducing waste in production. Manufacturers should leverage telematics to make smarter, greener vehicles that align with global sustainability goals.

Why Telematics is the Future of Automotive Innovation

Telematics isn’t just the next step for the automotive industry—it’s the next revolution. From smarter manufacturing and advanced driver safety features to intelligent fleet management and connected infrastructure, the possibilities are endless. As we move deeper into 2025, the world of telematics is expanding beyond what we could have imagined just a few years ago. Whether you’re a driver, a manufacturer, or a fleet manager, the impact of telematics on your daily life—and your business—will be profound.

Ethane Web Technologies Launches Dedicated PR Platform ‘PR Companion’

Nagarro and Arriva Complete Digital Retail Transformation for CrossCountry Trains

Dec 18:- Nagarro, a global leader in digital engineering, has partnered with Arriva to successfully deliver a major digital retail transformation for CrossCountry Trains, one of the UK’s leading long-distance train operators. Over an eight-month engagement, the teams implemented Arriva’s Customer Engine retail platform, introduced more than 30 new digital features, and launched a new marketing website to significantly enhance customer engagement and user experience.

ACE, Arriva’s digital retail platform, powers ticketing and customer services across multiple UK transport operators. Designed for flexibility, scalability, and continuous innovation, the platform enables operators such as CrossCountry to deliver seamless ticketing, real-time travel information, and personalised digital journeys across web and mobile channels.

The programme involved over 3,000 person-days of delivery, with a cross-functional team of 50+ experts collaborating to modernise CrossCountry’s digital ecosystem. The solution integrates SilverRail’s WebTIS, real-time information systems, smartcard management, and National Rail Enquiries hand-off, supported by a refreshed, inclusive design that ensures a consistent experience across all digital touchpoints.

In parallel, Nagarro designed and launched a new marketing website to strengthen CrossCountry’s digital presence and create a more seamless commerce and retail experience. Integrated with multiple third-party systems, the platform supports dynamic content management, campaign automation, and personalised customer engagement.

The transition to ACE was executed with minimal downtime through close collaboration between Nagarro, Arriva, and CrossCountry. The teams jointly managed comprehensive security checks, PCI audit compliance, Cloudflare integration, AWS capacity optimisation, and the secure migration of customer and historical data ahead of launch.

Commenting on the transformation, David Mullins, Head of Brand Communications and Digital Strategy at CrossCountry Trains, said;

“This strategic investment in our digital platforms is designed to deliver long-awaited enhancements and a significantly improved user experience for our customers.”

Rakhi Vaswani, Head of Product at Arriva, added;

“Delivering a new digital platform came with its challenges, but I am proud of the team’s dedication and passion in ensuring CrossCountry passengers now have a website and app that make booking and travelling easier than ever.”

Kapil Sharma, Client Partner  Travel & Logistics, Nagarro, said;

“We are proud to partner with Arriva and CrossCountry on this digital transformation journey. Together, we have delivered a secure, scalable, and future-ready platform that strengthens CrossCountry’s digital ecosystem and elevates the overall passenger experience.”

The successful rollout marks a key milestone in CrossCountry’s digital evolution, providing a robust platform that enhances passenger experience, improves operational efficiency, and supports ongoing innovation across the UK rail sector.

Note to Editors;
Arriva’s Customer Engine was selected from 22 competitors through the UK Government’s Utilities Contract Regulation  framework to deliver CrossCountry’s new website and mobile application.

ASN Bank signs a contract with HCLTech to accelerate digital transformation and enhance customer experience

UTRECHT, Netherlands and NOIDA, India, Dec 18: HCLTech, a leading global technology company, announced that it has been selected as a strategic partner by ASN Bank (formerly de Volksbank), the fourth-largest retail bank in the Netherlands.

As part of its new strategy ‘Simplify and Grow’, ASN Bank aims to modernise and standardise its IT architecture, which will involve consolidating IT services, simplifying the vendor landscape and building a future-ready organisation. Under the multi-year agreement, HCLTech will support ASN Bank’s enterprise applications, and streamline services through a distributed delivery model to enhance efficiency and customer experience.

Michel Ruijterman, Chief Information Officer, ASN Bank: “By signing this agreement, HCLTech’s proven track record in delivering scalable, innovative solutions tailored to the financial services sector means we can now confidently press on with streamlining our business by reducing the number of existing products and aligning the underlying processes and systems under our new strategy. Standardising and further automating our systems will enable us to organise our business operations more efficiently and effectively.”

Sudip Lahiri, Executive Vice President and Head of Financial Services for Europe, HCLTech: “By aligning our engineering mindset and scalable, domain-led solutions with ASN Bank’s strategic goals, we are set to deliver tangible impact and long-term value, laying the foundation for future-ready operations. Collaborating with ASN Bank marks a major step forward for HCLTech as we grow our presence in the Dutch banking sector.”