Next Gen Consulting

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  • IT Stocks Witness Sharp Correction as Mid-Caps Slide Deeply; Sector Under Profit-Booking Pressure

    Mumbai, June 19: Several mid-cap IT stocks have witnessed significant corrections in recent trading sessions, with some declining by over 60 per cent from their recent highs, reflecting broader weakness in the technology sector.

    Market data indicates sustained selling pressure in select IT counters amid concerns over global demand trends, valuation adjustments, and cautious investor sentiment.

    Industry heavyweight Tata Consultancy Services (TCS) has also seen notable pressure, with its stock declining around 55 per cent from its record high levels, as part of the ongoing sector-wide correction.

    Analysts suggest that the decline in mid-cap IT stocks reflects a combination of profit booking at higher levels, global macroeconomic uncertainty, and shifting investor preference toward other sectors.

    Despite the correction, experts note that long-term structural demand for digital services remains intact, supported by cloud adoption, artificial intelligence integration, and enterprise technology transformation across global markets.

    Market participants are closely watching upcoming earnings and global IT spending trends for cues on potential stabilization in the sector.

  • India Emerging as Global Growth Engine as Investment Confidence and International Engagement Surge: PM Modi

    India Emerging as Global Growth Engine as Investment Confidence and International Engagement Surge: PM Modi

    New Delhi, June 19: Prime Minister Narendra Modi said that India is increasingly being viewed globally as a rising growth engine, with international engagement, investor confidence, and strategic partnerships witnessing steady expansion across sectors.

    He noted that the world is looking at India with renewed optimism and trust, supported by the country’s strong economic fundamentals, consistent policy direction, and expanding opportunities in infrastructure, manufacturing, digital innovation, and services.

    The Prime Minister highlighted that rising foreign investment inflows and deeper global collaborations reflect India’s strengthening position in global supply chains and its growing role in emerging technologies and innovation ecosystems.

    He added that India’s development journey is now closely integrated with global economic progress, with increasing participation from international partners in areas such as trade, clean energy, technology, and sustainable development.

    According to the Prime Minister, this growing global interest demonstrates that India is not only a major market but also a key driver of future economic growth and innovation worldwide.

  • Govt Removes Domicile Certificate Requirement for SC and OBC Scholarships

    New Delhi, June 19: The government has removed the requirement of domicile certificates for students applying for Scheduled Caste (SC) and Other Backward Classes (OBC) scholarships.

    The move is aimed at simplifying the application process and making it easier for eligible students to access financial assistance without facing unnecessary documentation hurdles.

    Officials said the decision will help reduce delays in processing scholarship applications and ensure faster delivery of benefits to students.

    The step is expected to improve accessibility and encourage greater participation from eligible students belonging to SC and OBC communities.

    The reform is part of ongoing efforts to make welfare schemes more efficient, student-friendly, and easier to access through simplified procedures.

  • AI Fashion Revolution 2026: How AR, Digital Twins & Smart Startups Are Transforming the Fashion Industry

    AI Fashion Revolution 2026: How AR, Digital Twins & Smart Startups Are Transforming the Fashion Industry

    Fashion in 2026 is no longer just about what people wear—it is about how technology understands, predicts, and shapes personal style in real time. The industry has shifted into a powerful fusion of creativity and computation, where artificial intelligence, augmented reality (AR), digital twins, and blockchain systems are driving everything from design to purchase decisions.

    What makes this transformation especially significant is its accessibility. Earlier, fashion innovation was limited to large global brands. Today, digital-first tools are empowering independent designers, small fashion startups, and direct-to-consumer (D2C) brands to scale globally without traditional retail barriers.

    Fashion has effectively evolved into a data-driven, experience-led, and AI-powered ecosystem.

    Fashion Technology 2026: From Clothing Industry to Intelligent Experience Economy

    The modern fashion landscape operates less like a traditional retail industry and more like a real-time digital intelligence system.

    Instead of seasonal cycles and static catalogs, brands now rely on:

    • AI-powered trend forecasting systems
    • Real-time consumer behaviour analytics
    • Virtual design and prototyping tools
    • Automated, personalized marketing engines

    This means fashion is no longer pushed to consumers—it is generated dynamically based on their preferences, lifestyle, and digital behaviour.

    The result is a shift from mass fashion to hyper-personalized fashion ecosystems.

    AI in Fashion 2026: The Rise of Smart Styling, Prediction & Automation

    Artificial intelligence has become the backbone of modern fashion operations and consumer experience.

    How AI is transforming fashion today:

    • Predicting upcoming fashion trends using global social data
    • Generating design concepts and fabric combinations
    • Acting as AI-powered personal stylists for users
    • Creating dynamic pricing and personalized product feeds

    AI is now functioning as both a creative assistant and a commercial strategist, enabling brands to respond instantly to shifting consumer demand.

    For fashion startups, this is a major breakthrough—AI reduces dependency on large design, marketing, and analytics teams, allowing lean businesses to operate at scale.

    AR Try-On Revolution: The End of Guesswork in Online Shopping

    Augmented Reality (AR) has fundamentally changed how consumers shop for fashion online.

    Instead of imagining how clothing will look, users can now:

    • Try outfits virtually using mobile cameras
    • Build accurate 3D body avatars
    • Preview fabric texture, fit, and movement
    • Compare multiple styling options instantly

    This has significantly improved purchase confidence while reducing product returns across the fashion e-commerce sector.

    For startups and D2C brands, AR acts as a virtual fitting room that eliminates the need for physical retail infrastructure.

    Digital Twins in Fashion: Creating Virtual Versions of Consumers

    One of the most advanced developments in 2026 fashion is the emergence of digital twins—virtual representations of real consumers.

    These AI-generated profiles are built using:

    • Body measurements and scanning data
    • Purchase history and browsing behaviour
    • Style preferences and lifestyle patterns

    What digital twins enable:

    • Precision virtual fitting of garments
    • AI-curated wardrobe planning
    • Real-time personalized styling recommendations
    • Virtual product testing before manufacturing

    For designers, this reduces production uncertainty. For consumers, it creates a fully personalized fashion journey that evolves over time.

    Fashion Startups in 2026: How Digital Tools Are Democratizing the Industry

    Perhaps the most disruptive impact of fashion technology is its role in empowering startups and independent designers globally.

    1. Direct-to-Consumer (D2C) Global Expansion

    Startups can now:

    • Launch collections without physical inventory
    • Sell directly via social media platforms
    • Reach international customers instantly

    This removes traditional dependency on retail chains and distributors.

    2. AI-Powered Lean Fashion Businesses

    Small brands are leveraging AI to:

    • Design collections faster
    • Forecast demand trends
    • Automate digital marketing campaigns
    • Optimize pricing strategies in real time

    This allows startups to compete with established fashion houses using data instead of scale.

    3. Social Commerce as the New Fashion Marketplace

    Short-form video platforms and influencer ecosystems now act as:

    • Digital fashion runways
    • Instant sales channels
    • Brand discovery engines

    Fashion trends now spread through algorithms, not seasonal showcases.

    Blockchain & Digital Product Passports: The Transparency Revolution

    Modern consumers demand full visibility into product origins, and fashion brands are responding through blockchain-based Digital Product Passports (DPPs).

    These systems allow users to:

    • Track garment sourcing and production history
    • Verify authenticity of luxury products
    • Assess sustainability and ethical standards

    For startups, transparency is becoming a competitive advantage in building trust and long-term loyalty.

    Omnichannel Fashion: Where Physical Stores Become Digital Experiences

    In 2026, the separation between online and offline retail no longer exists.

    Modern fashion retail now includes:

    • Smart mirrors with virtual outfit visualization
    • RFID-enabled real-time inventory systems
    • AI assistants in physical stores
    • Seamless online-to-offline purchase journeys

    Even small boutiques now function as hybrid digital-physical experience centers.

    AI-Driven Fashion Marketing: Real-Time Personalization at Scale

    Fashion marketing has evolved into a continuous, AI-optimized content system.

    Brands now use:

    • AI-generated ad creatives tailored to micro-audiences
    • Real-time personalized shopping feeds
    • Shoppable videos embedded in social media platforms
    • Influencer-driven micro-launch campaigns

    Every interaction is now both content and commerce combined.

    Sustainable Fashion Through Technology: Reducing Waste with Intelligence

    Technology is also addressing one of fashion’s biggest challenges—sustainability.

    Key innovations include:

    • Virtual sampling replacing physical prototypes
    • AI demand forecasting reducing overproduction
    • Digital-only fashion collections for online platforms
    • Blockchain verification for ethical sourcing

    Sustainability is no longer optional—it is becoming a core operational requirement in modern fashion systems.

    Conclusion: Fashion Is Becoming a Fully Intelligent Digital Ecosystem

    Fashion in 2026 is becoming a blend of creativity and technology, where AI, AR, and digital tools are changing how people shop, design, and experience style. It is making fashion more personalized, accessible, and innovative, while also helping startups and designers reach global audiences more easily.

  • VU Researcher Develops AI Models to Assessthe Emotional Impact of Art and Advertising

    VU Researcher Develops AI Models to Assessthe Emotional Impact of Art and Advertising

    June 19: Researchers from the Faculty of Physics at Vilnius University have developed a theoretical model that allows atoms to be “pre-programmed” by light alone to reshape laser beams that carry both a twist and a polarization.

    The study by master’s student Dharma Prasetya Permana, alongside Mažena Mackoit-Sinkevičienė, Julius Ruseckas, and Hamid Reza Hamedi from the Institute of Theoretical Physics and Astronomy, opens a magnet-free route to controlling structured light for quantum technologies. The research was recently published in Physical Review A.

    VU Researcher Develops AI Models to Assessthe Emotional Impact of Art and Advertising

    Twisted Light

    The team’s research focuses on optical vortices—special light beams whose structure twists as they propagate.

    “Unlike whirlpools in water, where the matter itself spins, optical vortices are twists in the wave structure of light. As the beam travels, its wavefronts form a helical, spiral-like structure,” explains Permana.

    At the center of such a beam, the light intensity drops to zero, leaving a small dark core. The size of this region depends on a quantity called the topological charge, which counts how many full twists the wavefront makes around the beam’s axis.

    “A topological charge of zero means there is no twist. When the charge increases to one, a small dark core appears at the center. As the charge grows, the structure becomes more pronounced. You can think of it like the thread of a screw—the higher the charge, the tighter the twist,” Permana explains.

     

    In theory, this number has no upper limit; it can take any integer value, positive or negative. That makes optical vortices particularly attractive for encoding information in many distinct states. In practice, it is possible to create up to 10,000 distinct states.

    “Researchers have already begun using these light vortices to build advanced quantum communication channels,” adds Hamedi. “Instead of a standard quantum bit, or qubit, which holds only two states, light vortices allow information to be encoded in higher-dimensional quantum states, called qudits, dramatically increasing how much data a single photon can carry.”

    Spin and Swirl in Light

    Light travels as a wave, and there are two distinct ways it can be manipulated: polarization and vortices. Normally, light from a bulb or the Sun is chaotic, with waves vibrating in many directions at once.

    “Polarization is how the wave vibrates. Imagine tying a rope to a wall and shaking it. Shake your hand up and down, and the wave vibrates vertically; shake it side to side, and it vibrates horizontally. This direction of vibration is what physicists call the wave’s polarization. Polarized sunglasses act like a fence with vertical slats: they let through vertically vibrating light and block the horizontal glare bouncing off roads or water.

    “A vortex, on the other hand, describes the overall shape of the beam. Instead of traveling as a flat wall of waves, the light is twisted into a spiral staircase as it moves forward,” says Mackoit-Sinkevičienė.

    VU Researcher Develops AI Models to Assessthe Emotional Impact of Art and Advertising

    When scientists combine these two concepts, they get a vector vortex—a beam with both a structured shape and structured polarization.

    “Imagine a spiral staircase where the direction of the steps changes as you climb. At the bottom, the steps face north—that is, vertical polarization. As you walk up the spiral, the steps gradually turn to face east—horizontal polarization. In a vector vortex, the light beam is twisting like a whirlpool, and the direction in which the light waves vibrate changes depending on where you are inside that whirlpool,” explains Mackoit-Sinkevičienė.

    “Programmable” Atoms

    To manipulate vector vortices and harness them for advanced information processing, the researchers studied how these beams interact with an atomic gas. They chose a medium of three-energy-level atoms, a standard model in quantum optics.

    “We developed a theoretical model showing how these atoms can be ‘pre-programmed’ to modify the shape of optical vector vortices. When such light passes through the prepared atomic medium, the atoms respond in a highly structured way. They effectively inherit the spatial pattern of the light, forming regions where they absorb strongly and regions where they become almost transparent to the light,” says Hamedi.

    This creates a feedback mechanism between light and matter: the light shapes the atomic response, and the atomic response reshapes the light.

    As the beam propagates, it transforms. Instead of a simple ring-shaped intensity profile with a dark center, it evolves into a petal-like pattern, where light concentrates in several bright lobes arranged around the center. At the same time, the beam’s polarization structure evolves, demonstrating that the medium actively controls both its spatial shape and its spin properties.

    “This demonstrates that by preparing the atomic medium in advance, we can control not only how complex light structures evolve in space, but also how their polarization changes as they pass through matter,” says Ruseckas.

    Applications in Quantum Technologies

    The study positions pre-programmed atoms as a powerful tool for manipulating light, with implications for quantum computing and high-density data transfer.

    “Until now, controlling structured light in this way required strong external magnetic fields. Generating those fields takes complex, bulky, and often expensive equipment, which limits how easily these systems can be integrated into compact technologies,” says Permana.

    “Our method is entirely optical. By using light itself to ‘program’ the atoms, we eliminate the need for magnetic fields. This offers a much more flexible, scalable, and elegant way to control light–matter interactions. Ultimately, it paves the way for faster quantum processors, highly secure quantum communication networks, and incredibly precise optical sensors,” says Hamedi.

  • Bishop’s School in Pune Becomes First Flagship Partner School for Official F1 Sim Racing India Open Programme

    June 19: Mumbai Falcons Racing Limited (MFRL) today announced The Bishop’s School, Pune as the first Flagship Partner School under the Official F1® Sim Racing India Open Programme, a school-focused initiative aimed at introducing students to the world of sim racing and identifying emerging motorsport talent at an early stage.

    Bishop’s School in Pune Becomes First Flagship Partner School for Official F1 Sim Racing India Open Programme

    Under the initiative, partner schools will receive simulator infrastructure, training support and structured learning modules designed to introduce students to competitive sim racing and help identify emerging racing talent. Established in 1864, The Bishop’s School was chosen as MFRL’s first Flagship Partner School for its strong tradition of academic and sporting excellence, including recognition through the Commonwealth Youth Games Pune Award in 2008.

    Pune makes an ideal starting point for the Flagship Partner School programme given its strong connection with motorsport and automotive innovation in India. The city has produced generations of racing enthusiasts and competitors, supported by established motorsport infrastructure, a strong engineering culture and an active grassroots community, which is an ideal environment to introduce structured sim racing programmes and identify students with the potential to pursue motorsport at a higher level.

    Speaking at the event, Ameet Gadhoke, Managing Director, Mumbai Falcons Racing Limited said,

    “One of the objectives behind bringing the F1® Sim Racing Programme to India is to make motorsport more accessible to young people across the country. Schools are an important part of that effort because they allow us to engage students and parents at an early stage and introduce them to a discipline that combines skill, focus, technology and competition. We are delighted to welcome The Bishop’s School as the first Flagship Partner School and look forward to create curiosity and opportunities for students who are interested in motorsports.”

    Mr. Shayne McPherson, Principal and Honorary Secretary, The Bishop’s School, said,

     ”At The Bishop’s School, we have always believed in providing students with opportunities that extend beyond the traditional classroom and encourage them to explore emerging fields of interest. This partnership introduces our students to a globally recognised sport through a structured and educational format. Mumbai Falcons Racing Limited brings significant experience in developing young talent and competing at the highest levels of international motorsport, making them an ideal partner as we look to expose our students to new avenues for learning, competition and personal growth.”

    As the first school to join the programme, The Bishop’s School will work with MFRL to establish a sim racing environment within the school premises and provide students access to training and participation opportunities linked to the wider F1® India Programme. By partnering with schools, MFRL aims to introduce students to the sport in a safe, accessible and educational setting while building awareness of emerging opportunities within motorsport.

    The F1 Sim Racing India Open 2026 will span 10 cities across India, with participants competing on professional-grade simulators across Formula One circuits. Online qualifiers are currently open and city-based simulator rounds will follow, culminating in a national final at the NSCI Dome, Mumbai in November 2026.

  • ASHRAE Celebrates World Refrigeration Day 2026, Highlights the Role of ‘Cool Intelligence’ in Shaping the Future of Refrigeration

    ATLANTA, June 19: ASHRAE joins organizations, governments and industry partners around the globe in recognizing World Refrigeration Day (WRD 2026) on June 26. This year’s theme, “Cool Intelligence,” showcases the innovation, expertise and advanced technologies that are transforming refrigeration, air conditioning and heat pump systems to operate more efficiently, sustainably and intelligently.

    World Refrigeration Day is an international awareness campaign that raises the profile of the refrigeration, air-conditioning and heat-pump industry and highlights the essential role cooling technologies play in supporting health, food security, economic development and quality of life worldwide.

    The 2026 theme recognizes that “intelligence” in cooling extends beyond technology alone. From artificial intelligence and advanced controls to data-driven system optimization and the expertise of engineers, technicians and operators, intelligent cooling solutions are helping address some of today’s most pressing energy, environmental and resilience challenges.

    “Intelligence in cooling goes beyond algorithms and automation, it is about applying knowledge, innovation and technology to create healthier, more sustainable environments,” said 2025–26 ASHRAE President Bill McQuade, P.E., CDP, Fellow ASHRAE, LEED AP. “This year’s World Refrigeration Day theme highlights how AI, digitalization and human expertise are working together to create smarter, more sustainable cooling solutions. ASHRAE is proud to support the professionals and technologies that are advancing the future of refrigeration around the world.”

    To mark World Refrigeration Day, ASHRAE is encouraging industry professionals to explore the latest refrigeration guidance and technical resources, including the 2026 ASHRAE Handbook—Refrigeration (I-P) and 2026 ASHRAE Handbook—Refrigeration (SI), now available for preorder.

    ASHRAE also continues to support global refrigeration education and capacity-building efforts through the ASHRAE-UNEP Portal, which provides access to technical resources, training materials and guidance designed to help industry professionals advance sustainable cooling practices worldwide.

    As part of its ongoing commitment to industry advancement, ASHRAE will spotlight emerging refrigeration technologies during the 2026 Annual Conference, June 27– July 1 in Austin, Texas.

  • SIP Investing in Focus: How Systematic Investing Builds Long-Term Financial Discipline in Uncertain Markets

    SIP Investing in Focus: How Systematic Investing Builds Long-Term Financial Discipline in Uncertain Markets

    In times of market volatility, most investors face the same dilemma—should they invest now, wait for a correction, or exit until things stabilize? This uncertainty often leads to delayed decisions, emotional reactions, and missed opportunities. It is precisely this behavioural challenge that has made Systematic Investment Plans (SIPs) one of the most widely adopted mutual fund investing methods in India.

    A SIP allows investors to invest a fixed amount at regular intervals, helping remove the pressure of timing the market while encouraging disciplined, long-term wealth creation. In an environment where short-term market movements are unpredictable, SIPs offer a structured way to stay invested and build financial stability over time.

    What is SIP Investing? A Simple System for Disciplined Wealth Creation

    A Systematic Investment Plan (SIP) is a method of investing a fixed amount at regular intervals—monthly, quarterly, or as chosen by the investor—into mutual fund schemes.

    Instead of investing a large lump sum at once, SIPs distribute investments across time, making the process more stable and predictable in terms of contribution behaviour.

    Key Features of SIPs:

    • Fixed and regular investment contributions
    • Long-term disciplined investing approach
    • Exposure to multiple market cycles
    • Flexible investment amounts and tenure options

    SIPs are designed to build consistency, which is often more important than timing in long-term investing.

    SIP vs Market Timing: Why Consistency Wins Over Prediction

    One of the strongest advantages of SIP investing is that it eliminates the need to predict market movements.

    Financial markets are influenced by global events, economic cycles, interest rates, and investor sentiment—all of which are difficult to forecast accurately.

    SIPs ensure that:

    • Investors continue investing during market highs and lows
    • Emotional decision-making is reduced
    • Wealth building remains consistent over time

    This makes SIPs especially relevant in volatile or uncertain market conditions.

    Rupee Cost Averaging: The Built-in Advantage of SIPs

    SIP investing naturally benefits from rupee cost averaging, a mechanism where investment units are purchased at different price levels over time.

    • More units are bought when markets are low
    • Fewer units are bought when markets are high
    • Overall cost of investment is averaged out

    This reduces the impact of short-term volatility and helps smooth the investment journey.

    However, it is important to note that rupee cost averaging does not eliminate risk—it only distributes it over time.

    Power of Compounding: The Core Engine of Long-Term Wealth

    The real strength of SIP investing lies in compounding, where returns generate additional returns over time.

    Compounding works best when:

    • Investments are held for long durations
    • Contributions are made consistently
    • Withdrawals are avoided during growth phases

    Even small monthly investments can grow significantly over time when compounded over several years, making SIPs suitable for long-term financial goals such as retirement planning, education funding, and wealth accumulation.

    Why Time Horizon Matters in SIP Investing

    Time is one of the most critical factors in SIP performance.

    A longer investment horizon allows:

    • Greater participation across market cycles
    • Reduced impact of short-term volatility
    • Stronger compounding effect

    Short-term fluctuations tend to even out over longer periods, making patience a key element of successful SIP investing.

    Asset Allocation and Diversification: Building a Balanced Portfolio

    SIP investing becomes more effective when combined with asset allocation and diversification.

    Asset Allocation:

    Distributing investments across:

    • Equity funds (growth-oriented, higher risk)
    • Debt funds (stability-oriented, lower risk)
    • Hybrid funds (balanced exposure)

    Diversification:

    Spreading investments across sectors, industries, and instruments to reduce concentration risk.

    Together, these strategies help create a more stable and balanced investment portfolio.

    SIP Investing in India’s Mutual Fund Ecosystem

    SIPs are widely offered by Asset Management Companies (AMCs) across India, including major fund houses such as HDFC Mutual Fund and others.

    Their growing popularity is driven by:

    • Easy digital onboarding
    • Low entry barriers
    • Increased financial awareness
    • Preference for structured investing habits

    Today, SIPs have become one of the most common ways retail investors participate in mutual funds.

    SIP Calculator: A Learning Tool, Not a Guarantee

    A SIP calculator is often used to estimate potential growth based on assumed returns, investment duration, and monthly contributions.

    It helps investors understand:

    • How compounding works over time
    • The impact of consistent investing
    • The relationship between time and growth

    However, these calculations are only illustrative. Actual returns depend on market performance and economic conditions.

    Important Risks and Considerations

    While SIPs are a disciplined investment approach, investors should be aware of:

    Market Risk

    Mutual fund investments are subject to market fluctuations.

    No Guaranteed Returns

    Returns vary based on market conditions and fund performance.

    Discipline is Key

    Consistency often matters more than investment size.

    Product Understanding

    Each mutual fund has different risk levels and objectives.

    SIPs as a Behavioural Advantage in Investing

    Beyond financial mechanics, SIPs also help shape better investor behaviour.

    They encourage:

    • Emotional discipline during volatility
    • Long-term thinking over short-term reactions
    • Regular saving habits
    • Structured financial planning

    In many ways, SIPs act as a bridge between financial theory and real-world investor behaviour.

    Conclusion: A Structured Path to Long-Term Financial Stability

    SIP investing is not about predicting markets or chasing short-term gains. It is about building a disciplined, consistent approach to wealth creation over time.

    By combining:

    • Regular investing
    • Long-term time horizon
    • Rupee cost averaging
    • Power of compounding
    • Diversification

    SIPs provide a structured framework for navigating volatile markets while steadily building financial security.

    In a world of uncertainty, SIPs offer one simple advantage—the ability to stay invested when it matters most.

  • 10ZiG Expands Strategic Partnership with ThinPrint to Advance Printing Flexibility Across 10ZiG Linux OS

    Enhanced integration delivers seamless, driverless printing for Terminal Server environments, with a path to cloud printing through ezeep by ThinPrint for DaaS environments

    PHOENIX , June 19: 10ZiG® Technology, a leading provider of thin and zero client hardware and software solutions for VDI, DaaS, and web app environments, today announced an expanded partnership with ThinPrint to further integrate the ThinPrint Engine Client into the 10ZiG Linux-based operating system portfolio for Terminal Server and centralized desktop environments. The collaboration enhances printing simplicity, security, and flexibility for organizations deploying modern digital workspaces powered by Microsoft Remote Desktop Services (RDS), Citrix Virtual Apps, and Omnissa Horizon VDI and hybrid infrastructure to name a few.

    The expanded partnership builds on the integration of ThinPrint technology within 10ZiG operating systems, now extending deeper support for the ThinPrint Engine Client architecture and core ThinPrint platform. The combined solution is designed to simplify printing in Terminal Server environments by enabling secure, driverless printing directly from 10ZiG Linux-based thin clients without the need for complex print server infrastructure or manual driver management.

    “As organizations continue shifting toward modern desktop infrastructure and hybrid work models, printing must evolve to be just as seamless as the rest of the digital workspace,” said Tom Dodds, Global Strategic Alliances Manager, 10ZiG Technology. “By expanding our partnership with ThinPrint and enhancing integration within 10ZiG Linux OS, we’re delivering a modern printing experience that removes complexity for IT teams while improving usability and security for end users.”

    Modern Printing Built on ThinPrint Engine Client Technology

    The ThinPrint Engine Client delivers secure, compressed and driverless printing by intelligently compressing and optimizing print jobs directly at the endpoint, eliminating the need for local printer drivers and print servers while also reducing bandwidth consumption. This approach allows users to print seamlessly from Terminal Server sessions, published applications and virtual desktops while maintaining high performance and reliability. By minimizing infrastructure dependencies and streamlining print management, organizations can reduce administrative overhead while ensuring consistent printing experiences across distributed environments.

    The integration within 10ZiG Linux OS brings a streamlined printing experience for customers running server-based computing platforms such as Microsoft RDS, Citrix Virtual Apps and Desktops, and Omnissa Horizon environments. The combined solution helps eliminate common printing challenges like driver conflicts, manual configuration, and inconsistent printer mapping that often burden IT teams.

    “Our mission has always been to make printing as easy and accessible as possible across modern workspace environments,” said Scott Seddon, Global Technical Partnerships Manager, ThinPrint. “Expanding our collaboration with 10ZiG ensures organizations can deliver a secure, cloud-ready printing experience directly from 10ZiG Linux-based thin client endpoints while simplifying management for IT administrators.”

    Extending Printing to the Cloud with ezeep by ThinPrint

    In addition to supporting on-premises and hybrid Terminal Server environments, the partnership also provides organizations with a path to cloud-managed printing through ezeep by ThinPrint for DaaS and cloud PC deployments. As organizations increasingly adopt Azure Virtual Desktop, Windows 365, and other cloud-delivered desktop services, ezeep by ThinPrint enables centralized, serverless printing management without requiring VPNs, print servers, or complex infrastructure.

    By combining 10ZiG thin clients with ezeep’s cloud-native printing platform, organizations can extend the same simplified, driverless printing experience to remote users and distributed cloud workspaces. This approach helps IT teams reduce management overhead while delivering secure, reliable printing across modern DaaS, SaaS and Web App environments.

    The expanded partnership also supports deeper go-to-market collaboration and customer engagement around integrated use cases for modernized printing via ThinPrint technology while reinforcing ThinPrint’s role within the growing 10ZiG Ready partner ecosystem.

  • India Poised to Play Key Role in Next Phase of Global Energy Transition: WEF

    India Poised to Play Key Role in Next Phase of Global Energy Transition: WEF

    New Delhi, June 19: A World Economic Forum (WEF) assessment has highlighted that only 24 per cent of countries globally have made progress across all major energy transition metrics in 2026, underscoring uneven global advancement in achieving secure, affordable, and sustainable energy systems.

    The report notes that while several nations are advancing renewable energy adoption and improving energy security, many continue to face challenges in balancing sustainability, reliability, and affordability in their energy systems.

    Against this backdrop, India has been identified as a key player in the next phase of the global energy transition, driven by its large-scale energy demand, expanding infrastructure, and growing investments in clean and renewable energy sources.

    Uneven Global Energy Progress

    The WEF assessment points to significant disparities in global energy transition progress, with only a minority of countries showing improvements across all core dimensions of energy performance.

    Key challenges include policy coordination gaps, financing constraints, and uneven access to advanced clean energy technologies.

    India’s Expanding Energy Footprint

    India’s growing role in the global energy landscape is attributed to its rapid expansion in renewable capacity, continued policy focus on clean energy development, and efforts to ensure energy security alongside economic growth.

    The country is increasingly seen as a critical market influencing global energy demand patterns and future transition pathways.

    Outlook

    The report concludes that the next phase of the global energy transition will depend on stronger international cooperation, sustained investment flows, and accelerated deployment of clean technologies, with India expected to remain a central driver in this evolving framework.