The Indian Cyber Crime Coordination Centre (I4C) identified and blocked more than 1,700 Skype IDs and 59,000 WhatsApp accounts used for Digital Arrest, the Parliament was informed on Tuesday.
Minister of State for Home Affairs Nityanand Rai told Lok Sabha that till November 15, more than 6.69 lakh SIM cards and 1,32,000 IMEIs as reported by police authorities have also been blocked by the Central government.
Replying to a question on cyber frauds and crimes from K. Eswarasamy of DMK, MoS Rai said, “The Ministry has set up the I4C as an attached office to deal with all types of cyber crimes in the country, in a coordinated and comprehensive manner.”
The Indian Computer Emergency Response Team (CERT-In) is also operating an automated cyber threat exchange platform for collecting, analysing and sharing tailored alerts with organisations across sectors for proactive threat mitigation actions by them, he said.
To spread awareness of cybercrime, the Central Government has taken steps like dissemination of messages through SMS, I4C social media account on X (formerly Twitter) (@CyberDost), Facebook(CyberDostI4C), Instagram (cyberDostI4C), Telegram (cyberdosti4c), Radio campaign, engaged MyGov for publicity in multiple mediums, organising Cyber Safety and Security Awareness weeks in association with States/UTs, publishing of handbook for adolescents/students, digital displays on railway stations and airports, he said.
The Ministry of Home Affairs has provided financial assistance of Rs 131.60 crore under the ‘Cyber Crime Prevention against Women and Children (CCPWC)’ Scheme, to States/UTs for their capacity building such as setting up of cyber forensic-cum-training laboratories, hiring of junior cyber consultants and training of law enforcing agencies personnel, public prosecutors and judicial officers, he said.
The MoS said 891 Judicial Officers, 395 Public Prosecutors, 12 Forensics Experts and 2,180 law enforcers have been trained by I4C in matters of cybercrime prevention, awareness and investigation forensics.
The I4C has also imparted cyber hygiene training to 7,330 officials of various ministries/departments of the Central government.
Epson has launched ColorWorks CW-C8050, an on-demand color inkjet label printer, designed for mid-to-high volume industrial label printing. Through this launch, Epson has introduced its advanced Ink Pack System for the first time in label printing in India, enabling high-volume label printing without the need for frequent ink changes. This printer is ideal for sectors like pharmaceuticals, chemicals, healthcare and manufacturing. ColorWorks CW-C8050 brings unparalleled convenience, durability, and operational efficiency to label printing.
Unlike traditional cartridge-based systems, CW-C8050 utilises high-yield ink packs, with each set delivering a total of 1.9 liters of ink capacity which can print up to 3,000 labels per day. This enables businesses to reduce costs and eliminates the need for large stocks of pre-printed labels, while also reducing manual intervention and increasing productivity.
Key Benefits of the ColorWorks CW-C8050:
High-Speed, On-Demand Printing: Capable of printing multiple labels with variable data at speeds up to 12 inches per second, enabling rapid turnaround on mid-to-high volume orders.
Exceptional Print Quality: Equipped with Epson’s PrecisionCore Heat-Free technology and UltraChrome DL Inks, CW-8050 produces vibrant colors, sharp text and accurate barcodes, ensuring durable, high-quality labels that resist smudging and fading.
Minimal Manual Intervention: With high-yield ink packs replacing conventional cartridges, users experience fewer refills and less downtime.
Seamless Integration: Compatible with industry-standard software, including ZPL II®, SAP®, and major operating systems (Windows®, Mac®, and Linux®), the CW-C8050 is built to integrate effortlessly into existing workflows.
Low impact on environment: Utilising Epson’s Heat-Free technology, this model consumes less power and generates less waste, reducing environmental impact while driving cost efficiency.
The ColorWorks CW-C8050 label printer marks a significant step forward in Epson’s commitment to meeting the evolving needs of high-demand sectors. Building on the success of its predecessor, ColorWorks C7510G, CW-C8050 addresses the industry’s shift towards on-demand label printing, offering businesses an affordable, reliable, and flexible alternative to pre-printed labels.
Prabagran S, Senior General Manager, Epson India said, “Epson’s new ColorWorks CW-C8050, with its advanced Ink Pack System, is designed for businesses that need fast, high-quality labels with minimal downtime. This model empowers companies to bring label printing in-house, saving costs associated with pre-printed label inventory and minimising SKU management. It’s a powerful, cost-effective solution that is fully aligned with Epson’s commitment to efficiency, sustainability, and technological advancement.”
Indian ESDM industry projected to surpass Rs 9 lakh crore by FY28IANS
India’s electronics system design and manufacturing (ESDM) industry is on a trajectory of rapid growth, with projections indicating a surge from Rs 2.09 lakh crore in FY23 to a staggering Rs 9.09 lakh crore by FY28E. This represents a compound annual growth rate (CAGR) of 34 per cent, according to a recent report by PL Capital Group – Prabhudas Lilladher. The ESDM sector, which forms the backbone of the digital economy, is witnessing a paradigm shift. The industry’s addressable market, valued at Rs 4.39 lakh crore in FY23, is seeing a gradual increase in reliance on ESDM partners by original equipment manufacturers (OEMs).
The growth of the ESDM industry is not an isolated phenomenon. It is a reflection of the larger trend of increasing demand for electronics, both domestically and globally. India’s large and expanding domestic market is a fertile ground for the growth of the ESDM industry. The ‘China +1′ strategy, which encourages businesses to consider countries other than China for their manufacturing needs, is also contributing to the industry’s growth. Government initiatives are playing a crucial role in propelling the industry forward. The production-linked incentive (PLI) scheme and investments in semiconductor development are significant government initiatives that are fuelling the growth of the ESDM industry.
The domestic printed circuit board assembly (PCBA) market is another segment that is expected to witness significant growth. The market, valued at Rs 2.31 lakh crore in FY23, is projected to reach Rs 6.55 lakh crore by FY26E, clocking a CAGR of 41.6 per cent. The growth of the PCBA market is driven by factors such as increasing value addition, rising global demand for electronics, and the need for high-speed assembly and miniaturisation. India is capitalising on this growth opportunity by incentivising contract manufacturers and expanding its manufacturing capabilities. This strategy is expected to boost PCBA exports, further enhancing India’s role in the global supply chain and strengthening its position as an electronics manufacturing hub.
ESDM firms can leverage economies of scale to adapt to technological changes and negotiate better with suppliersIANS
The report by PL Capital Group – Prabhudas Lilladher has initiated coverage on four domestic ESDM companies – Avalon Technologies, Cyient, Kaynes Technology and Syrma SGS Technology. These companies are well-positioned for growth, supported by diverse sector penetration, strong order books, and strategic expansion plans. The growth of the ESDM industry is a win-win situation for both OEMs and ESDM firms. As OEMs delegate manufacturing to ESDM partners, they can concentrate on marketing and post-sales services and growth initiatives. On the other hand, ESDM firms can leverage economies of scale to adapt to technological changes and negotiate better with suppliers.
The Indian ESDM industry is poised for exponential growth, driven by a confluence of factors such as increasing demand for electronics, government initiatives, and a shift in manufacturing strategies. The industry’s growth will not only boost India’s economy but also enhance its role in the global supply chain. The future of the ESDM industry looks promising, with opportunities for growth and innovation abound.
CARS24 has unveiled Autonaut, a cutting-edge AI-powered chatbot designed to revolutionize how India interacts with cars. Built in-house at CARS24’s GenAI Labs, Autonaut is among India’s first multilingual automotive AI chatbots, offering intuitive, human-like conversations to simplify and elevate every aspect of car ownership.
Whether it’s helping users choose the perfect car, providing insights on selling or offering post-sale guidance, Autonaut answers all car-related questions with precision and ease. Tailored for buyers, sellers, and enthusiasts alike, it transforms the often complex car journey into a seamless and empowering experience.
Powered by cutting-edge Retrieval-Augmented Generation (RAG) technology, Autonaut is more than just a chatbot—it’s a personal car expert designed to make the car discovery and ownership journey seamless, enjoyable, and worry-free. From providing tailored recommendations to answering complex queries with precision, Autonaut is engineered to empower people at every step of their car journey. According to CARS24, early traction for Autonaut has been remarkable for Autonaut, with 36.25% of people adopting Autonaut within days of its pilot launch.
A Chatbot that understands you
Autonaut was built with one mission: to eliminate uncertainty and empower users to make confident, informed decisions. Whether someone is buying their first car, upgrading to a new one, selling a vehicle they’ve owned for years, or is simply curious about the latest automotive trends, Autonaut ensures they never feel nervous, unsure, or overwhelmed. From questions like “Which car is best for a family of five?” to “Can this car be upgraded with CNG?” or “What’s the RC transfer process?” Autonaut provides answers with clarity and confidence.
Unparalleled expertise backed by rigorous testing
Autonaut is the result of countless hours of research, innovation, and collaboration by CARS24’s team of tech and automotive experts. Extensively tested with some of India’s top car specialists, Autonaut ensures every response, recommendation, and insight is backed by industry-leading expertise. This meticulous validation process guarantees reliability, setting a new benchmark for trust in AI-driven car solutions.
Powered by our in-house Intent & Entity Detection Architecture coupled with our proprietary RAG and Recommendation engine all driven through GenAI, Autonaut turns complex data into simple, actionable insights. Its conversational tone encourages users to ask openly about anything, whether basic or complex.
Autonaut also learns from every interaction. With each conversation, it grows smarter, tailoring future responses for even better accuracy and relevance. This ability to adapt and evolve ensures users always receive the most relevant, up-to-date insights. To make it easier for our users we have also integrated Autonaut with WhatsApp.
“Autonaut is a global ambition brought to life in India. We’re designing AI-first solutions that aren’t just for the future of cars—they’re for the future of the world,” shared Vikram Chopra, CEO & Co-Founder, CARS24.
Key Features of Autonaut
Stress-Free Recommendations: Queries like “I need a car for off-roading under ₹17 lakhs” receive instant, personalized suggestions tailored to individual preferences.
Digestible Summaries: Whether it’s understanding service history or decoding paperwork timelines, Autonaut simplifies complex information into clear, actionable answers.
Smart Bargaining Assistance: Wondering about discounts? Autonaut helps users uncover potential savings and explore better deals effortlessly.
A Smarter Future: Autonaut learns from every interaction, continuously improving its capabilities to deliver sharper, more relevant answers over time.
Transforming the CARS24 experience
By integrating with CARS24’s proprietary GenAI-powered recommendation engine, Autonaut combines years of automotive expertise with advanced AI capabilities. It ensures that every interaction is informed by data, experience, and a deep understanding of user needs. For CARS24, Autonaut represents more than just a tool; it embodies a steadfast commitment to enhancing car ownership experiences, reinforcing our belief that better drives lead to better lives.
“When we started CARS24, we saw how challenging car ownership could feel for so many people. Autonaut is a reflection of that learning—a way to turn those challenges into simple, intuitive, and empowering experiences,” shared Gajendra Jangid, Co-founder and CMO, CARS24.
Exclusively available on the CARS24 app, Autonaut caters to everyone—from first-time buyers seeking guidance to seasoned car enthusiasts looking for technical details. By addressing the technical, emotional, and environmental aspects of a car, Autonaut is ready to transform how people approach car ownership.
OEMs must balance technology, cost, and user experience in designing vehicle displays. Drivers rely on clear, real-time, readable, and reliable information under all conditions. Simultaneously, manufacturers face rising consumer demands for quality and performance while managing costs. Automotive-specific technology like the Automotive Graphics Visual Unit (AGVU) enables OEMs to meet these challenges by providing specialized, cost-efficient solutions optimized for automotive environments.
What is the AGVU?
The AGVU is an advanced, automotive-grade instrument cluster engineered to meet vehicles’ unique demands. Unlike generic displays, it uses automotive-specific controllers and components tailored to vehicles’ rigorous conditions, such as extreme temperatures, vibrations, and varying lighting.
By excluding non-automotive components, the AGVU streamlines design and reduces costs while maintaining high performance. Unlike consumer electronics with multimedia-heavy features, the AGVU focuses on essential functions, ensuring OEMs pay only for what’s necessary without compromising quality.
Automotive displays require real-time responsiveness for accurate, timely information. Advanced UIs today rely on visual data representation rather than just numbers. For example, acceleration could be shown as a growing green bar, while deceleration appears as a shrinking red one. This method allows drivers to interpret data intuitively without distraction.
Known as Data Visualization UI, this approach uses gradients, colors, and symbols to simplify complex data. However, such visualizations demand a specialized graphics engine. The AGVU excels here, ensuring smooth transitions, high visual depth, and instant responsiveness even under high-speed data changes.
Key Technologies Powering Advanced Data Visualization
The AGVU integrates several automotive-grade features to support intuitive and reliable data visualization:
2.5D Effects: Adding Depth for Clarity
2.5D effects create a sense of depth, enhancing the visibility of critical information. For instance, a raised speedometer visually prioritizes speed over secondary metrics, while a battery indicator “pops” out for quick recognition. This layering helps drivers focus on essential data instinctively.
Anti-Aliasing: Smoother Graphics for Better Readability
Anti-aliasing smooths pixelated edges, ensuring sharp visuals even for dynamic elements. A circular battery indicator, for example, maintains a clean, crisp look as it updates in real-time. Without anti-aliasing, jagged edges could reduce readability and distract drivers.
Interpolation: Seamless Transitions
Interpolation ensures smooth visual transitions for real-time data changes, such as acceleration bars. Without it, data jumps abruptly, causing visual disruptions. With interpolation, transitions appear fluid, providing accurate, natural representations of vehicle performance.
Gradient Fills: Quick Interpretation with Color Transitions
Gradient fills use color shifts—like green for full charge transitioning to red for low battery—to convey data intuitively. This design makes critical information instantly accessible, reducing the cognitive load on drivers while enhancing decision-making.
Smart Contextual Displays
Modern automotive displays adapt dynamically to changing conditions. Using sensor data, the AGVU enables contextual transitions. For example:
Charging Mode: When a charger is connected, the display shifts to show battery percentage, estimated range, and charging time.
Emergency Alerts: In cases like battery overheating, it prioritizes safety instructions with bold red visuals.
Low Battery Warnings: Critical range warnings prompt timely charging.
These contextual displays improve usability and safety by delivering relevant information precisely when needed, all triggered by CAN signals.
The Auto-Grade Advantage: Designed for Tough Environments
Unlike general-purpose displays, automotive-grade solutions like the AGVU are built to endure extreme conditions, ensuring reliable performance over time.
Vehicle displays must function in diverse climates, from the scorching deserts of Rajasthan to freezing conditions in Himachal Pradesh. Unlike non-automotive-grade components that risk failure, the AGVU handles such extremes without degradation.
Indian roads present constant vibrations due to potholes and uneven surfaces. Consumer-grade displays often degrade subtly under these stresses, leading to flickering or malfunctions. The AGVU, however, is rigorously tested to endure these conditions, maintaining consistent performance.
Why Automotive-Specific Displays Matter
Generic solutions need to meet the high standards required in vehicles. Automotive-specific displays are engineered to withstand road vibrations, temperature extremes, and constant real-time data updates, ensuring durability and reliability.
AGVU also comes with a pre-built framework and ready-to-use stack, enabling rapid customization of hardware and software solutions for OEMs.
Technology That Surprises
By combining advanced data visualization, durability, and cost-efficiency, the AGVU surpasses consumer and industrial-grade alternatives. Its specialized design ensures it not only meets but exceeds expectations, showcasing how innovation can balance affordability with exceptional quality.
About the author
This article was written by Yasser Iqbal, who has been in the EV industry since 2017. He started his EV career at Foxconn in China and is currently working with ConnectM Technology Solutions Inc. ConnectM is headquartered in Marlborough, Massachusetts, and has an engineering team based in Bengaluru, India. He can be reached at yasser@connectm.com.
If you’re seeking advanced AGVU automotive clusters, ConnectM provides solutions tailored for modern vehicles. Our AGVU seamlessly integrates with the Vehicle Control Unit (VCU) and supports FOTA/OTA firmware updates, eliminating the need for hardware replacements. Additionally, ConnectM offers AGVU’s pre-built framework and ready-to-use stack, enabling rapid customization of hardware and software solutions.
18 automakers fined $8.16 million for subpar safety standardsIANS
The transport ministry here said on Tuesday it has imposed fines totalling 11.7 billion won ($8.16 million) on 18 foreign and domestic automakers for selling cars with inadequate safety standards.
Of those, the imported brands included BMW Korea, Honda Korea, Mercedes-Benz Korea and Tesla Korea, while the domestic manufacturers included Hyundai Motor Co., Kia Corp. and KG Mobility Corp., according to the ministry.
The ministry said the fines were based on corrective measures against defective parts of the companies’ models from July to December of last year, reports Yonhap news agency.
BMW Korea received the largest fine of 2.99 billion won over issues involving defective steering wheels in 13 models.
KG Mobility was given a 1.88 billion-won fine, followed by Honda Korea with 1.09 billion won, Renault Korea with 1 billion won and Mercedes-Benz Korea with 899 million won.
Meanwhile, Hyundai Motor, BMW Korea and three other carmakers will voluntarily recall nearly 300,000 vehicles due to faulty components.
The five companies, including Kia, Honda Korea and Mercedes-Benz Korea, are recalling a total of 298,721 units of 84 different models, the Ministry of Land, Infrastructure and Transport said in a statement.
Sales of imported cars in South Korea fell 3.9 percent from a year earlierWikimedia Commons
The problems that prompted the recall include software problems in the integrated charging control unit of Hyundai’s Ioniq 5 and Kia’s EV6 all-electric models, a faulty braking system in BMW’s 520i sedan and a faulty impeller of the fuel pump system in Honda’s Accord sedan, according to the ministry.
The sales of imported cars in South Korea fell 3.9 percent from a year earlier in November, industry data showed.
The number of newly registered imported cars came to 23,784 units last month, down from 24,740 units from a year ago, according to the Korea Automobile Importers & Distributors Association. On a monthly basis, the tally represents an 11.9 percent gain from October.
Delhi NCR-based Iris Global Services has announced a strategic distribution partnership with Bengaluru-based Exatron, a leading Make in India compute product manufacturer. This collaboration aims to promote Exatron’s cutting-edge enterprise IT infrastructure products across the country.
Exatron: Empowering enterprises with Indian innovation
Exatron is known for its diverse product portfolio, including servers, storage solutions, Hyper-Converged Infrastructure (HCI), High-Performance Computing (HPC), AI solutions, and workstations. These products cater to a range of sectors, including defence, education, healthcare, government, industrial applications, transportation and logistics, Data centres and Enterprise customers.
“Our products are designed to meet the evolving needs of IT enterprises, SMEs, and data centres. With Iris Global’s extensive channel partner network and Pan-India presence, we aim to deliver comprehensive, indigenous solutions for data centre infrastructure and enterprise computing,” said Satheesh Vasireddy, Chief Revenue Officer. Exatron Servers Manufacturing Pvt Ltd.
Exatron, a proud contributor to the Make in India initiative, combines Indian innovation with global standards, ensuring reliability and affordability for its customers.
Iris Global: A trusted partner in ICT distribution
Iris Global, a distributor of choice for leading global ICT brands, operates through offices in 23 cities and delivers solutions to over 19,000 pin codes across India. Recently, Iris was honoured with the “Most Trusted” and “Top VAD of India” awards, further cementing its reputation in the industry.
“With Exatron’s proven products, our channel partners will have the tools to meet the growing demands of IT infrastructure projects in India,” said Neena Vats, Vice President of Iris Global.
Deepak Manjhi, Product Manager at Iris Global, added, “This partnership aligns with our goal to expand in the large enterprise, government data centre, and MSME segments. Exatron’s offerings will help us penetrate deeper into these markets.”
Aiming for Rs 100 crore: Strengthening India’s IT ecosystem
Exatron projects Rs 60 crore in revenue for the current fiscal year and aims to surpass Rs 100 crore in the next fiscal year through this partnership. The collaboration leverages Iris Global’s vast distribution capabilities to bring Exatron’s advanced solutions to enterprise and government clients across India.
Sanjiv Krishen, Founder-CMD of Iris Global, expressed enthusiasm about the partnership, stating, “Exatron’s robust data centre solutions and collaborations with technology leaders like NVIDIA, Microsoft, and Intel position them as a game-changer in IT transformation. Their products will empower our partners to serve sectors such as education, healthcare, defence, and government more effectively.” This partnership exemplifies Iris Global’s dedication to fostering innovation and driving India’s digital growth. With Iris’s extensive expertise and Exatron’s cutting-edge offerings, both companies are set to redefine IT solutions delivery across the country.
“Our partnership with Iris Global perfectly aligns with our vision to drive growth and empower Indian enterprises through world-class, indigenous IT solutions.” Satheesh Vasireddy concluded.
In a world driven by connectivity, Application Programming Interfaces (APIs) form the foundation of modern digital ecosystems. However, their critical role makes them a prime target for cyber threats. Pavan Vovveti, a technology and security researcher, explores groundbreaking API security measures that organizations can adopt to safeguard their interconnected platforms. This article delves into the evolving challenges, best practices, and future trends shaping API security.
APIs: The Heartbeat of Interconnected Systems
APIs are the backbone of digital ecosystems, seamlessly connecting applications, services, and platforms. They drive innovation in cloud computing, IoT, and mobile app integrations, fostering unparalleled automation and scalability. However, their widespread use makes them prime targets for threats such as data breaches and denial-of-service attacks. With stringent regulations like GDPR and CCPA mandating robust data protection, securing APIs is now a critical priority for organizations globally.
Challenges in API Security: A Multi-Faceted Threat
Securing APIs involves addressing several persistent challenges:
Authentication and Authorization: Ensuring only legitimate users access APIs is crucial but complex, particularly in distributed environments. Vulnerabilities in these mechanisms can lead to unauthorized data access.
Data Encryption: While encryption safeguards data in transit, implementing it across hybrid cloud environments can strain performance and complicate management.
Rate Limiting: Effective rate-limiting strategies are vital to counter abusive traffic and prevent service disruptions, yet they must balance security with user accessibility.
API Versioning: Deprecated versions often harbor vulnerabilities. Managing these while maintaining backward compatibility demands careful planning.
Best Practices: Building Resilient API Ecosystems
Organizations must adopt comprehensive strategies to protect their APIs:
Robust Authentication Protocols: OAuth 2.0 or token-based systems ensure fine-grained access control and easier credential management.
Transport Layer Security (TLS): Encrypting API communications with updated TLS protocols mitigates risks of data interception.
API Gateways: Centralizing security measures like authentication and traffic monitoring through gateways simplifies management and enhances protection.
Continuous Monitoring and Auditing: Automated tools that detect vulnerabilities and unusual traffic patterns bolster security postures.
Version Control: Clear deprecation policies and migration paths for older API versions reduce exposure to security flaws.
Innovations Driving API Security
Emerging technologies are redefining the landscape of API security:
AI and Machine Learning: These technologies enable real-time detection of anomalous traffic patterns and predictive threat analysis, empowering organizations to address vulnerabilities proactively.
Blockchain Integration: Immutable audit trails and decentralized authentication mechanisms promise to elevate API security.
Quantum-Resistant Cryptography: As quantum computing evolves, cryptographic methods capable of withstanding quantum attacks will become essential for securing APIs.
Zero Trust Architecture (ZTA): By requiring verification for every access attempt, ZTA mitigates risks in microservices and containerized environments.
Runtime Application Self-Protection (RASP): Integrated directly into API environments, RASP technologies provide real-time threat detection and response capabilities.
The Path Forward: Adaptive and Holistic Security
As APIs become more intricate and interconnected, their security demands a dynamic and holistic strategy. Protecting individual endpoints is no longer sufficient; organizations must address the security of entire ecosystems. API composition security is crucial in safeguarding interconnected APIs that form complex services. Equally important is cultivating a security-conscious culture among developers. Regular training sessions and workshops on secure coding practices empower teams to identify and mitigate vulnerabilities, ensuring robust API infrastructures capable of supporting innovation and resilience.
API security stands at the crossroads of innovation and vulnerability. As APIs continue to underpin digital transformation, securing them is more than a technical necessity it’s a strategic imperative. Pavan Vovveti‘s insights underscore the importance of embracing advanced tools and fostering a culture of security awareness to build resilient digital infrastructures. By doing so, organizations can unlock APIs’ potential while safeguarding the integrity of their platforms in an ever-evolving digital landscape.
Lenovo, introduced the ThinkPad T14s Gen 6 – AMD in India, the first-ever x86 Lenovo ThinkPad to feature next-gen AI capabilities with 50 TOPS of processing power.
At the heart of the ThinkPad T14s AMD Gen 6 is the AMD Ryzen™ AI 7 PRO 360 processor, delivering up to 50 TOPS of AI processing power ideal for advanced data analysis and real-time machine learning. Paired with an integrated AMD Radeon™ 880M GPU, this combination is perfect for rendering high-quality visuals, crucial for content creation and other graphics-intensive tasks.
Together, the NPU and GPU enhance AI-driven insights tailored experiences, and proactive threat detection, users can streamline tasks and enjoy smooth collaboration. The laptop’s integration with Windows 11 further leverages AI for elevated productivity and personalised computing experiences.
Ashish Sikka, Director and Category Head, Lenovo India, said, “Lenovo is committed to bringing Smarter AI for enterprises by designing power-packed devices that meet the evolving demands of the modern workforce. The ThinkPad T14s Gen 6, equipped with the AMD Ryzen™ AI 7 PRO 360 processor, supports all the needs of enterprises – whether it’s crafting intricate designs, securing sensitive data, or handling intensive workloads. With cutting-edge security features, alongside our focus on sustainability through post-consumer recycled materials, this device offers businesses a powerful, secure, and eco-conscious solution for today’s fast-paced environment. This collaboration with AMD embodies Lenovo’s dedication to equipping enterprises with intelligent, secure, and sustainable technology that fuels efficiency and sparks innovation.”
Vinay Sinha, Corporate Vice President, India Sales, AMD, said, “The AMD Ryzen™ AI PRO processors set a new standard for AI-powered performance in the industry. This technology merges robust graphics capabilities with intelligent processing to enable users to effortlessly manage intensive tasks, boosting both productivity and security. Together with Lenovo, we are at the forefront of redefining the future of computing, creating devices that are not only faster and smarter but also secure and more reliable for every user.”
Advanced Visual Performance and Power Efficiency Designed for creators and innovators, the latest ThinkPad is equipped with AMD RDNA™ 3.5 architecture for exceptional 3D application performance and high-resolution visuals. The 14-inch WUXGA display, boasting an 88% screen-to-body ratio, features 3M’s optical technology to deliver 400 nits of brightness with touch functionality while reducing power consumption.
Engineered for professionals on the go, the device offers up to 17+ hours of battery life and is built on AMD’s advanced 4nm architecture. Its 8 high-performance “Zen 5” cores ensure seamless multitasking, while the new rear exhaust fan enhances cooling efficiency, enabling all-day use without compromise.
Uncompromising Security and Sustainability Security takes center stage with Lenovo ThinkShield, which combines hardware-enabled features and Microsoft Pluton’s chip-to-cloud technology to protect against sophisticated threats. This ensures secure identity management, cryptographic services, and robust defense at every level.
Lenovo’s commitment to sustainability is evident in the ThinkPad T14s, which incorporates up to 90% post-consumer recycled materials and is packaged using plastic-free, FSC-certified materials. Businesses can further contribute to sustainability goals through Lenovo’s CO2 Offsetting Service, Asset Recovery Services, TruScale and DaaS offerings.
Air India has made a significant move that underscores the country’s burgeoning aviation sector. On December 9, the airline confirmed the purchase of 100 additional Airbus aircraft. This order includes 10 widebody A350 and 90 narrowbody A320 aircraft, inclusive of A321neo. This latest acquisition is in addition to the firm orders of 470 aircraft that Air India had placed with Airbus and Boeing last year.
The new order takes the total number of aircraft that Air India ordered with Airbus in 2023 from 250 aircraft, comprising 40 A350 and 210 A320 Family aircraft, to 350. This move is a testament to the airline’s commitment to expanding its fleet and enhancing its services to meet the growing demand for air travel in India and beyond.
In addition to expanding its fleet, Air India has also selected Airbus’ Flight Hour Services-Component (FHS-C) to support the maintenance requirements of its growing A350 fleet. The new materials and maintenance contract will help Air India optimize the reliability and performance of its A350 fleet, with comprehensive engineering services and integrated component services including on-site stock at Delhi provided by Airbus.
IANS
Tata Sona and Air India Chairman Natarajan Chandrasekaran expressed optimism about the airline’s growth trajectory, stating, With India’s passenger growth outpacing the rest of the world…These additional 100 Airbus aircraft will help to position Air India on the path to greater growth and contribute to building Air India into a world-class airline that connects India to every corner of the world.
Airbus CEO Guillaume Faury echoed these sentiments, stating, Having personally witnessed the formidable growth of the Indian aviation sector in recent months, I am glad to see Air India renew its trust in Airbus with this additional order for both our A320 Family and A350 aircraft.
With the order for 100 additional aircraft, Air India currently has a total of 344 new aircraft incoming from Airbus, having received six A350s so far. In 2023, Air India had also placed orders for 220 widebody and narrowbody aircraft with Boeing, of which 185 aircraft remain to be delivered.
Air India is the first Indian airline to operate the Airbus A350, powered by Rolls-Royce Trent XWB engines. Delivering exceptional fuel efficiency, passenger comfort, and long-range capabilities, the A350s now offer an all-new Air India flying experience to travelers flying non-stop from Delhi to London and New York. The A320 Family fleet, powered by CFM LEAP 1-A engines, is a backbone of Air India’s domestic and short-haul operations, delivering world-class flying experiences as well as remarkable operational efficiency and flight economics.
