The rise of AI agents on personal devices is accelerating as Meta-owned Manus rolls out a new desktop application that brings its autonomous AI tools directly onto users’ laptops. The company introduced a feature called “My Computer,” which allows its agents to work with local files and software without relying solely on cloud access. This marks a major shift for Manus, whose AI-powered assistants previously ran only through online interfaces.According to Manus, the new feature provides its AI agents with access to documents, folders, coding tools, and commonly used applications stored on a device. The system can analyze and organize large volumes of files, launch programs, and develop small applications rapidly. These capabilities extend Manus’s existing cloud integrations with Gmail, Google Calendar, and various third-party services. The company aims to establish a more efficient and privacy-focused on-device AI environment through this initiative.This transition toward on-device AI positions Manus in closer alignment with OpenClaw, an open-source agent that operates directly on user devices. OpenClaw attracted significant attention after developers commended its speed and flexibility, and Nvidia’s CEO Jensen Huang referred to it as the next ChatGPT. Its popularity has generated increased interest in autonomous AI agents capable of running locally rather than depending on external servers. Manus now aims to achieve similar momentum, although it continues to operate as a paid platform, in contrast to the free availability of OpenClaw.Meta acquired Manus in late 2025 through a $2 billion transaction intended to enhance its AI automation tools and improve the Meta AI assistant. Following the acquisition, Meta has integrated Manus’s technology into its broader platform. The company reports that Manus now occupies a central position in its AI development pipeline, particularly as demand increases for personal AI assistants capable of understanding tasks, managing workflows, and automating actions efficiently.Nevertheless, Manus’s approach raises security concerns. Experts have cautioned that providing AI agents with direct access to local machines may increase the risk of misuse if safeguards are insufficient. In response, Manus has implemented stringent permission controls. Users are required to approve each action through “Allow Once” or “Always Allow” prompts before the agent can edit files or control applications. According to the company, this feature ensures that users retain full control over sensitive tasks.The launch also highlights the competitive landscape among major technology companies. OpenAI recently recruited OpenClaw’s creator, Peter Steinberger, intensifying the direct rivalry with Meta in the pursuit of leadership in AI-powered assistants. As both organizations advance in edge AI computing, personal devices are emerging as a primary area of competition. Industry analysts anticipate rapid adoption of local AI processing due to its advantages in speed, privacy, and reliability compared to cloud-only systems.Furthermore, Meta’s expansion of Manus demonstrates the rapid proliferation of autonomous AI agents. These tools are capable of executing complex task sequences, managing calendars, organizing files, and coordinating actions across applications without manual intervention. Operating directly on users’ devices, these agents provide faster responses and adapt more effectively to individual user habits. They also enable new workflows for creators, developers, and consumers seeking automation.Although this transition is still in its early stages, momentum is evident. Increasingly, device manufacturers are exploring deeper integration of agentic tools with hardware. As on-device AI technology matures, personal computers may evolve toward systems centered on AI-driven interfaces rather than traditional applications. This development reflects broader trends in technology, as companies seek to simplify digital tasks through proactive AI solutions rather than manual operations.Demand for automation is also growing across business sectors. The Intelligent Process Automation Market continues to expand as companies adopt advanced AI tools to streamline operations. More organizations now rely on intelligent automation to reduce manual tasks, improve accuracy, and accelerate decision-making. This growth supports the shift toward smarter, more autonomous software systems on both personal and enterprise devices.Meta and Manus assert that the new desktop application represents the beginning of a significant transition. Their objective is to integrate AI agents into everyday life on personal devices through fast, private, and deeply integrated technology. As competition intensifies and on-device tools advance, users may soon manage their digital environments primarily through intelligent assistants rather than traditional software interfaces. ..

Augmented Reality (AR) is no longer waiting in the future, it is already slipping into the present, almost unnoticed. What once felt experimental is now quietly embedding itself into how we navigate cities, access healthcare, and interact with digital information layered over the physical world. The shift is subtle, but its impact is profound. We are moving toward a reality where the boundary between the physical and digital no longer exists in clear terms, signaling the Future of Augmented Reality as a defining force in everyday life.Behind the scenes, global institutions have been closely tracking this transformation. Their recent assessments between 2025 and 2026 point to something bigger than a tech trend. They signal the rise of AR as a foundational digital layer that could reshape infrastructure, economies, and everyday human behavior. In this blog, we will explore how AR is transitioning from a niche innovation to a mainstream necessity, how extended reality technologies are driving this shift, and why the next decade may redefine how we learn, work, commute, and experience the world around us.Augmented Reality in Daily Urban LivingImagine walking through a city where AR glasses overlay live transit schedules, energy scores for buildings, safety alerts, and accessibility routes directly into your line of sight. This is not science fiction, it is the trajectory outlined by recent OECD research. The report highlights that immersive technologies, particularly AR, are being increasingly integrated into urban infrastructure, public services, healthcare, manufacturing, and cultural institutions. Citizens interacting with real-time data through AR interfaces will experience cities in ways previously unimaginable.The European Commission’s policy analysis further confirms that extended reality is going mainstream across sectors including digital learning, tourism, industrial processes, and sustainability planning. AR and XR applications are now central to public resource management, smart building design, and climate-neutral urban infrastructure initiatives. vision is clear: AR is set to become an everyday tool for city dwellers, guiding mobility, sustainability choices, and even personal safety.AR for Workforce & SafetyAR’s transformative potential extends well beyond the streets. According to the U.S. Government Accountability Office, U.S. civilian agencies already used immersive technologies in 2022–2023, and most are expanding AR deployments through 2028. Applications range from law enforcement use-of-force simulations and transportation safety training to public outreach, mission execution, and architectural planning.In addition, NIST’s 2025 research highlights AR’s critical role in emergency response. First responders using AR-enhanced situational awareness tools showed measurable improvements in navigating complex indoor environments and understanding time-sensitive data. These findings reinforce that AR is not merely a productivity tool, it is becoming essential for safety-critical, high-stakes operations, with civilian applications poised to follow.Healthcare Transformation with Augmented RealityHealthcare may well become the arena where AR demonstrates its most dramatic impact. The FDA reports that AR is already reshaping medical workflows, diagnostics, and patient care delivery. Real-world implementations include: AR overlays during surgeries for precise guidance VR/AR therapies for PTSD, pain management, and mobility rehabilitation Remote care enhancements enabling patients to follow treatment plans more easilyAR enables medical imaging and digital content to integrate directly into clinical environments, fundamentally transforming where and how care is delivered. Moreover, the VA Immersive initiative deployed over 3,500 immersive technology devices across more than 170 medical centers, demonstrating AR/VR’s feasibility at scale for patient care, therapy, and clinician training. By 2030, patients may routinely experience AR-guided rehabilitation at home, collaborate with clinicians virtually, and follow interactive medication instructions, turning everyday healthcare into a highly immersive, accessible experience.Education and Skill Development in the Age of AREducation, like healthcare, is entering a transformative era through AR and XR. OECD’s 2025 Digital Learning and Trends Shaping Education report underscores AR’s potential to enhance engagement, personalize learning, and make remote education more interactive and inclusive.  The European Commission, through its Horizon projects, identifies AR/XR as central to industrial training, virtual laboratories, telepresence, and long-term digital skills development. These technologies are expected to permeate education systems worldwide, from early childhood classrooms to adult upskilling programs. By 2030, immersive learning environments could be the norm, students exploring virtual laboratories, practicing industrial skills in AR simulations, and participating in interactive telepresence classrooms.AR in Industry, Manufacturing, and Professional WorkflowsIndustry professionals are poised for a radical shift with AR-enabled workflows. OECD policy reviews show Augmented Reality’s growing impact on manufacturing, remote operations, cultural industries, and design processes. Digital twins, real-time visualization, and human-machine collaboration are no longer experimental, they are becoming standard.  Europe’s XR ecosystem, dominated by SMEs, highlights industrial adoption and job creation in AR hardware, software, and design. Professionals in architecture, engineering, automotive, energy, and industrial maintenance are increasingly relying on AR for hands-free assistance, remote diagnostics, inspections, and immersive simulations, effectively redefining workplace efficiency and collaboration.Regulatory and Policy Outlook: AR as a Priority TechnologyInternational policymakers recognize AR’s strategic importance. The OECD advocates for anticipatory governance frameworks emphasizing safety, data protection, and ethical considerations as immersive technologies scale globally.  The European Commission is actively investing in XR standardization, cross-disciplinary research, and workforce training to ensure digital sovereignty in immersive technologies. Meanwhile, U.S. federal agencies, guided by GAO assessments, are expanding AR adoption through 2028, emphasizing cybersecurity, cost management, and AI-powered enhancements.  These coordinated policy efforts indicate that AR is moving from experimental to regulated, scalable, and mission-critical status across public and private sectors.Future of Augmented Reality by 2030Synthesizing insights from multiple government reports, we can envision an AR-infused daily life: Healthcare From Home: Patients using AR-guided rehabilitation, medication instructions, and remote collaboration with clinicians. Smarter Navigation & Public Services: Real-time overlays for mobility, accessibility, environmental monitoring, and sustainability metrics in urban areas. Immersive Learning Everywhere: AR-enhanced classrooms, virtual labs, skill-training simulations, and interactive telepresence across education systems. Professional Workflows Reimagined: AR for inspections, architecture walkthroughs, digital twins, remote collaboration, and industrial maintenance. Safer Communities: First responders leveraging AR for situational awareness, hazard mapping, and emergency coordination.The implications are profound. By 2030, AR will be embedded into healthcare, urban infrastructure, education, and professional workflows, transforming how individuals, organizations, and governments operate.The Takeaway: AR as the Invisible InterfaceIt is already happening, quietly, almost imperceptibly. AR is no longer a futuristic concept; it is becoming an invisible interface that connects people, cities, and entire systems in ways we are only beginning to notice. From surgical theaters and virtual classrooms to smart urban streets and industrial control rooms, a subtle transformation is underway, one that is steadily redefining reality itself. This is the unfolding Future of Augmented Reality, where the digital world no longer sits beside us but blends seamlessly into everything we see and do. The real question is no longer if AR will reshape life, but how soon it will become impossible to imagine the world without it...

Stepping outside after dark should feel safe and welcoming, but have you ever noticed how some streetlights feel like a harsh spotlight while others barely light the path? Outdoor lighting is about much more than just "turning on the lights." It’s the invisible hand that shapes how we move, feel, and see our neighbourhoods once the sun goes down.In this guide, we’ll explore how to balance our need for visibility with our responsibility to the planet. We've stripped away the technical jargon to give you a clear roadmap based on U.S. Department of Energy (DOE) insights. You'll learn how the right choices in Outdoor lighting can improve safety, save energy, and protect the natural beauty of the night sky.Why Responsible Outdoor Lighting MattersOutdoor lighting supports navigation and provides a sense of reassurance in shared spaces like parks and sidewalks. However, if it isn't designed with care, it can quickly become a nuisance. Light that spills where it isn't wanted can disrupt ecosystems and cloud our view of the stars.According to the National Institute of Health and DOE experts, modern technology requires a more thoughtful approach. Good Outdoor lighting is a balancing act: it provides enough light for human needs while minimizing the impact on the environment. This balance depends on the setting, the purpose of the light, and how well that light is directed and controlled.The Game-Changer: What Makes LED DifferentThe move to LED technology has completely changed the world of Outdoor lighting. LEDs offer instant control, a wide range of color choices, and the ability to direct light with incredible precision. But there's a catch: because they are so powerful, it’s easy to "over-light" a space.When used thoughtfully, LEDs support Outdoor lighting that serves visibility while respecting the night. When used carelessly, they can increase sky brightness and disturb sensitive local species. The lesson is simple: having the capability to light everything up doesn't mean we should. Success comes down to design intent and smart controls.Aim, Amount, and Time: Your Core LeversEffective Outdoor lighting follows a simple rule: provide light where it’s needed, when it’s needed, and only in the amount required. Different locations need different strategies; a quiet residential street shouldn't be lit the same way as a busy downtown intersection.Practical moves that make a difference: Keep it on task: Use shielding to direct light toward the ground and keep it off the sky. Right-size the brightness: Choose light levels that support safety without excess. More light is not always better. Use adaptive controls: Apply sensors and dimmers so the light responds to actual use. Select color with care: The "warmth" or "coolness" of a light affects both human comfort and the local environment.The Environment Deserves a Seat at the TableOutdoor lighting at night can disrupt the natural patterns of wildlife, affecting habitats and behaviors. Responsible design weighs these consequences alongside our own needs for safety and navigation.Designers and community leaders share this responsibility. When policies for Outdoor lighting bring together ecology, urban design, and technology, the results are much clearer. By working together, we can create spaces that work for everyone, humans and nature alike.Getting the Specification RightChoosing the right fixtures is where your goals turn into reality. With LEDs, small choices have a big impact on the final result. The goal is to match the product to the specific function of the area you are lighting.A checklist for smart specification: Define the purpose: What is the light actually for? Let that purpose drive your choices. Limit glare: Choose distributions that keep the light comfortable for people walking or driving. Plan for controls early: Think about dimming schedules and sensors from day one. Evaluate color in context: Choose a color temperature that fits the vibe of the space and environmental goals.Thoughtful specification helps you avoid common pitfalls like excessive brightness or "blanket" lighting that ignores how people actually use a space.Operations and Stewardship: Life After InstallationA great design is just the beginning. Real stewardship means monitoring how the Outdoor lighting performs over time. Owners should adjust settings, clean optics, and maintain shields as the seasons and the needs of the community change.Stewardship also means listening to the people who live with the light every day. Many issues, like a light shining into a bedroom window, can be solved with simple adjustments to the timing or the direction of the fixture.Your Roadmap for ActionYou don't need a massive budget to start making improvements. Small, high-impact moves can deliver visible results quickly.Where to start: Audit your current lights: Look for over-lit zones or light spilling into the sky. Correct these with simple shields. Tune your schedules: Adjust dimming profiles to match when people are actually using the space. Revisit color and comfort: Ensure the light is comfortable for users and matches your environmental goals.By taking these steps, you’re not just fixing a light, you’re protecting the night as a resource for everyone...

India, Pune — The Insight Partners published its latest market report, entitled “3D Camera Market: In-depth Global Analysis.” A holistic overview of the landscape of 3D cameras-including current market conditions, technological disruptions, shifting consumers, changing regulations, and growth estimates that look forward-is presented in the report.OverviewThe 3D camera market has undergone rapid evolution over recent years, driven by fast-paced digital transformation, increasing demand for immersive media, and the expanding use of 3D imaging in consumer electronics, healthcare, automotive, and industrial applications. The upward and downward trends driven by shifts in technological maturity, cost structures, and user expectations are all part of the journey this market has been on. The underlying forces driving such changes, including sensor advancements, machine vision, AI, and recent regulatory developments, are unraveled in this report.Key findings and insightsMarket Size and GrowthHistorical Trend: The 3D camera market has seen steady growth driven by adoption in smartphones, gaming, AR/VR devices, and robotics.Forecast: The 3D camera Market is expected to register a CAGR of 21.4% from forecast period.Market Drivers- Key Factors Affecting the 3D Camera MarketIncreased demand for AR/VR applications in gaming, retail, education, and training.Increasing integration of 3D sensing into smartphones: from facial recognition to depth mapping.The expansion of robotics and automation, needing sophisticated perception and imaging systems.Growth in autonomous vehicles that are dependent on 3D imaging for navigation.Advances in machine vision toward industrial precision and automation.Consumer preference for high-quality imaging in photography and videography.Growing applications in medical imaging, rehabilitation, and advanced diagnostics.Get Sample Report: https://www.theinsightpartners.com/sample/TIPTE100000773 Market SegmentationBy TechnologyTime of FlightStereoscopic ImagingAutostereoscopic ImagingStructured Light ImagingBy TypeTarget Camera and Target-Free CameraBy End-userConsumer ElectronicsHealthcareIndustrialAerospace and DefenseConstructionAutomotiveMedia & EntertainmentEmerging Trends IdentificationTechnology Advancements AI-powered depth sensing for enhanced object detection and image reconstruction.Integration of LiDAR into consumer devices: smartphones, drones, ADAS.Next-generation ToF sensors with higher accuracy and lower latency.Miniaturization of optical components to enable slender designs.3D rendering in the cloud and real-time 3D scanning for industrial use.Volumetric video capture to produce immersive content.Better 3D mapping in robotics, which enables superior SLAM: Simultaneous Localization and Mapping.Shifting Consumer PreferencesIncreasing demand for high-quality depth-enabled imaging on smartphones.Increasing preference for immersive experiences in gaming and augmented/virtual reality.Growth in social media trends needing advanced camera capabilities.Consumers demanding security and safety-the adoption of face identification and biometric verification starts to accelerate.Interest in personal 3D scanning for fitness, virtual try-on, telemedicine, and creative applications.Changes in Regulation and their EffectsData privacy affecting the use of facial recognition and biometric data.Safety and cybersecurity standards for automotive and industrial equipment using 3D imagingExport controls on advanced imaging technologies to specific regions.Medical device regulations influencing adoption of 3D imaging tools in healthcare.Drone operational regulations affect the applications of 3D mapping and surveying.Growth Opportunities in the 3D Camera MarketIncreasing investment in AR/VR and metaverse applications3D cameras are central to the development and provision of immersive environments, which opens up enormous opportunities from a business perspective in gaming, workplace collaboration, and virtual retail.Increasing Use in SmartphonesWith major smartphone manufacturers integrating 3D cameras for authentication, portrait modes, and AR features, the segment will continue to be a key driver of revenue.Growth in Autonomous and Electric VehiclesThe automotive sector presents a significant opportunity, as 3D cameras are indispensable in obstacle detection, driver monitoring, and navigation.Surge in Industrial Automation and RoboticsFactories implementing Industry 4.0 solutions have a key need for precision manufacturing, inspection, and robotic navigation-all applications of 3D imaging.Healthcare Applications3D cameras enable breakthrough applications in surgery assistance, rehabilitation, diagnostics, and telemedicine.Drones and Aerial MappingHigh-resolution 3D cameras mounted on drones are increasingly used for surveying, agriculture, mining, and infrastructure monitoring.Development of Smart Cities3D imaging supports surveillance, traffic monitoring, and urban planning.Digital Content Creation and EntertainmentThe rise of volumetric capture studios and 3D filmmaking opens up new commercial avenues.ConclusionThe 3D Camera Market: Global Industry Trends, Share, Size, Growth, Opportunity, and Forecast Period-for businesses looking to establish or expand their presence in this emerging sector-becomes imperative. In this report, an in-depth analysis of the competitive dynamics, technological drivers, regulatory influences, and future growth pathways is presented. The report thereby helps the stakeholders make informed, strategic decisions that improve operational success and market competitiveness.About The Insight PartnersThe Insight Partners is among the leading market research and consulting firms in the world. We take pride in delivering exclusive reports along with sophisticated strategic and tactical insights into the industry. Reports are generated through a combination of primary and secondary research, solely aimed at giving our clientele a knowledge-based insight into the market and domain. This is done to assist clients in making wiser business decisions. A holistic perspective in every study undertaken forms an integral part of our research methodology and makes the report unique and reliable...

India, Pune – The Insight Partners proudly presents its latest market report: “BOARD-TO-BOARD EV CONNECTORS Market: An In-Depth Analysis and Forecast Period.” This report offers an in-depth analysis of the BOARD-TO-BOARD EV CONNECTORS market by highlighting current trends, growth prospects, and factors driving the industry during the forecast period.OverviewThe BOARD-TO-BOARD EV CONNECTORS market has undergone dynamic changes in the last couple of years due to rapid technological innovation, changing regulatory landscapes, and shifting consumer demand. This report identifies the driving forces behind these developments and provides a forward-looking perspective on market growth.Key Findings and InsightsMarket Size and GrowthHistorical Data & Forecast: The board-to-board EV connectors market size is projected to reach US$ 351.72 million in 2024 and is expected to reach US$ 1609.35 million by 2031. The board-to-board EV connectors market size is estimated to register a CAGR of 24.5% during forecast period.Key Factors Affecting Growth:The rising adoption of electric vehicles and hybrid systemsIncreasing demand for compact and high-performance electronic componentsTechnological innovation in the design of connectors for higher efficiency and reliability.Fluctuating raw material costs and supply chain challengesGet Sample Report: https://www.theinsightpartners.com/sample/TIPRE00041089 Market SegmentationBy TypeSealed ConnectorUnsealed ConnectorBy ApplicationADAS and Safety SystemBody Controls and InteriorInfotainment SystemEngine management and powertrainBattery Management SystemVehicle Lighting and OthersBy Propulsion TypeBattery Electric VehiclePlug-In Hybrid VehicleFuel Cell Electric VehicleHybrid Electric VehicleBy VoltageLow VoltageMedium VoltageHigh VoltageEmerging Trend SpottersTechnological Advancements:Development of high current, compact connectors for EV battery and motor applicationsIntegration of smart monitoring capabilities in connectorsUse of advanced materials for better thermal and mechanical performanceChanging Consumer Preferences:The growing preference for lightweight, energy-efficient EVs has increased demand for compact board-to-board connectors.Emphasis on greater product reliability and durability in extreme environmental conditionsRegulatory Changes:Governments worldwide are introducing strict EV safety and performance standards.Regulations that favor the use of EVs and low-emission vehicles are driving demand for advanced electronic connectors.Growth OpportunitiesThe rapid growth of EV production opens up new, higher-than-ever opportunities for board-to-board connectors in the market.Advanced Electronics Integration: Connectors' increasing utilization in IoT-enabled automotive electronics and in battery management systems.Emerging Markets: Expansion in Asia-Pacific and Latin America, where electric vehicle penetration is accelerating.Innovative Material Development: Opportunities for developing connectors that are more efficient, thermal-resistant, and in miniaturized form factors.ConclusionThe Board-to-Board EV Connectors Market: Trends in the Global Industry, Share, Size, Growth, Opportunity, and Forecast Period report offers actionable insights in relation to companies looking to establish or expand operations in this growing market. This report helps stakeholders understand competitive dynamics, emerging technologies, and regulatory landscapes, which would, in effect, let them make data-driven decisions, capture growth opportunities, and improve business performance in the evolving board-to-board EV connectors sector.About The Insight PartnersThe Insight Partners is among the leading market research and consulting firms in the world. We take pride in delivering exclusive reports along with sophisticated strategic and tactical insights into the industry. Reports are generated through a combination of primary and secondary research, solely aimed at giving our clientele a knowledge-based insight into the market and domain. This is done to assist clients in making wiser business decisions. A holistic perspective in every study undertaken forms an integral part of our research methodology and makes the report unique and reliable...

United States of America –The Insight Partners is pleased to release its latest market research report, "Memory Chips Packaging Market: In-depth Analysis of Trends, Growth Opportunities, and Challenges." This in-depth report presents an all-around view of the industry, with concise insights into the ongoing dynamics of the market, future growth prospects, segmentation, and prominent driving forces.Overview The Memory Chips Packaging industry is going through immense change because of constant advancements in semiconductor production, evolving regulatory environments, and shifting consumer and business requirements. With the market trending toward higher-performance and smaller-form-factor memory devices, packaging solutions are playing an ever-more significant role in providing speed, reliability, and thermal efficiency.This report explores the root causes of this change technological innovations, including 3D packaging and chiplet architecture, and emerging standards for consumer electronics and data centers, all impacting the direction of the market.Major Market Drivers:Growing need for high-performance computing (HPC) and AI-powered devicesExpansion of IoT, automotive electronics, and 5G infrastructureGrowing demand for energy-efficient and space-constrained packaging in smartphones and wearablesIncreasing investments in next-generation semiconductor manufacturing and foundry growthGet Sample Report: https://www.theinsightpartners.com/sample/TIPRE00025678 Market SegmentationBy PlatformFlip-chipLead FrameWafer Level Chip Scale PackagingThrough-silicon Via Wire-bondBy ApplicationNAND Flash PackagingNOR Flash PackagingDRAM PackagingBy End UserIT and TelecomConsumer ElectronicsAutomotiveIdentifying Emerging TrendsTechnology Advancements:3D packaging and stacking technologies to enhance density and bandwidthFan-Out Wafer-Level Packaging (FOWLP) for power-efficient and compact designChiplet architecture integration for cost-effective scalabilityThermal management solutions development for high-performance memory chipsShifting Consumer Preferences:Shift towards thinner, smaller products with longer battery lifeGrowing need for faster data connectivity and greater storage capacityFocus on eco-friendly and recyclable materials in electronic packagingRegulatory Shifts:Export controls and trade restrictions impacting semiconductor supply chainsNew climate change regulations surrounding material disposal and e-waste handlingCompliance requirements for ESG (Environmental, Social, Governance) initiatives in manufacturingOpportunities for GrowthSpend growth in automotive electronics as cars become more autonomous and connectedAdoption of edge computing propelling need for high-performance localized memory5G network deployments driving increased memory integration in infrastructure and mobile devicesAI/ML application demand fueling innovation in high-bandwidth memory (HBM) packagingStrategic partnerships among memory makers and OSAT (Outsourced Semiconductor Assembly and Test) providersConclusionThe Memory Chips Packaging Market: Global Industry Trends, Share, Size, Growth, Opportunity, and Forecast Period report is a valuable resource for stakeholders looking to unlock the full value of the market. With thorough competitive analysis, reviews of the technological environment, and strategic growth forecasts, the report arms decision-makers with the insights to develop strong market entry or expansion plans. Whether you are a manufacturer, investor, or a technology pioneer, this report serves as a roadmap for making informed decisions and achieving long-term success in the fast-changing Memory Chips Packaging marketplace.About The Insight PartnersThe Insight Partners is among the leading market research and consulting firms in the world. We take pride in delivering exclusive reports along with sophisticated strategic and tactical insights into the industry. Reports are generated through a combination of primary and secondary research, solely aimed at giving our clientele a knowledge-based insight into the market and domain. This is done to assist clients in making wiser business decisions. A holistic perspective in every study undertaken forms an integral part of our research methodology and makes the report unique and reliable...

In an era where smartphones are ubiquitous yet fragile, rugged phones occupy a peculiar niche. These gadgets are engineered to thrive in extreme environments-from construction sites and emergency-response fields to remote adventures. Constructed with reinforced casings, military-grade drop certifications, and imperviousness to water, dust, and shock, rugged phones are trusted tools for laborers and adventurers alike. The market for such rugged phones has continued to grow with industrial adoption, demand from first responders, and the growing needs of outdoor consumer segments.The Rugged Phones Market size is projected to reach US$ 5.69 billion by 2031 from US$ 2.98 billion in 2023. The market is expected to register a CAGR of 8.40% during 2023–2031. Growth StrategiesIndustrial & Enterprise AdoptionRugged phones now find increasing usage as part of enterprise workflows in construction, mining, logistics, and public safety. Enterprises prefer rugged devices that minimize phone downtime while lowering the total cost of ownership.5G and Improved ConnectivityThe adoption of 5G is a major growth lever. Rugged phone makers are launching 5G-capable devices to meet the demands of real-time data transfer, IoT integration, and low-latency communication in remote and mission-critical settings.Feature InnovationTo differentiate their devices, manufacturers are adding niche capabilities: night vision/thermal imaging, ultra-large batteries, built-in projectors, programmable buttons, and AI-assisted tools.Partnerships & Ecosystem BuildingRugged phone vendors often partner with software providers, such as Microsoft Teams, or with hardware integrators to create total solutions that combine rugged devices along with apps, accessories, and enterprise services.Regional ExpansionThe potential for rapid industrialization in the Asia-Pacific, especially in mining and infrastructure-related sectors, is enormous.Get Sample Report: https://www.theinsightpartners.com/sample/TIPRE00017936 Future Trends & OpportunitiesAI and Edge Computing: Rugged devices will increasingly integrate AI for tasks such as predictive maintenance, environmental sensing, and augmented reality overlays in the field.Ultra-rugged projectors: Devices like those from Blackview have shown that integrated projectors enable field workers or adventurers to project data or media without additional hardware.Sustainability: Rugged phones with swappable or long-life batteries, or made from eco-friendlier materials, could gain interest in markets sensitive to e-waste and total life-cycle cost.Private 5G Networks: Enterprises can leverage private 5G networks for rugged phone fleets, such as warehouses or industrial campuses where low latency and control matters. Kyocera's devices already support private-network use cases.Increased Adoption in Public Safety: First Responders will increasingly adopt due to integration with mission-critical communications, PTT over IP, and disaster-resilient hardware.Key SegmentsBy TypeSmartphone and Featured PhonesBy Screen SizeBelow 5 Inch5 Inch to 6 InchAbove 6 InchBy End UserIndustrialGovernmentCommercialMilitary and DefenseConsumerKey Players & Recent DevelopmentsBlackviewBlackview is making waves with its ambitious rugged flagship models. Its recently launched Xplore 2 Projector features a 20,000 mAh battery, has a built-in projector, and MIL-STD-810H plus IP68/IP69K protection.Standout entries include the BL7000, which is billed as a 5G AI rugged phone that features a Doke AI suite with ChatGPT-4 mini, Gemini 2.0, and voice-print recognition, all packed into a rugged military-certified chassis.These innovations show Blackview's strategy of pushing the envelope in rugged design, mixing durability with productivity and creativity.Caterpillar (Cat Phones)The tough phone business of Caterpillar is handled by Bullitt Group under license. Recent product announcements are few and far between, but Cat Phones remain iconic in the rugged segment, especially in industrial use. For instance, the Cat S75, built for extreme durability, stresses long-term resistance.There are headwinds, though: recent reports indicate Bullitt Group-the company that manufactures for Cat Phones-is experiencing financial difficulties. If this isn't resolved or restructured, this might affect the rollout of next-generation devices.KyoceraDuraForce PRO 3: Rugged build with MIL-STD-810H and IP68 ratings, plus a triple-camera setup, 5G connectivity, and programmable buttons earned it the iF Design Award for 2023.DuraSport 5G: Kyocera launched an unlocked version in collaboration with UScellular in 2023. It has a weight of only 185 g, a 6.1″ shatter-resistant display, MIL-STD-810H certification, IPX8 waterproof rating, and a 4,500 mAh battery that offers rugged reliability within a compact form.Wi-Fi Calling for First Responders: In February 2024, Kyocera added Wi-Fi calling on the DuraSport 5G for UScellular's Priority Services, improving connectivity in hard-to-reach areas for first responders.Kyocera has integrated the Walkie Talkie feature in Microsoft Teams into its 5G rugged smartphones, the DuraForce Ultra 5G and DuraSport 5G, to extend the push-to-talk over cellular/Wi-Fi feature to frontline workers.OpportunitiesSMEs & Outdoor Enthusiasts: Rugged phones are no longer limited to large industrial firms; smaller businesses and adventure seekers are a fast-growing segment.Emerging Markets: Booming industrialization in APAC and Latin America has positioned rugged devices (particularly value-for-durability) in an enviable position.After-Sales & Service: Offering rugged support-such as warranties or advanced replacements-can be a differentiator.Accessory Ecosystem: Revenue opportunities could be increased by solar chargers, modular battery packs, satellite communication add-ons, and rugged cases.ConclusionThe rugged phone market is evolving from its traditional industrial roots into a broader, more innovative segment. With the growing demand of enterprise, defense, and outdoor consumer markets, rugged phones are no longer a niche; they're mission-critical. Whether through AI, 5G, or ultra-durable design, key players such as Blackview, Caterpillar, and Kyocera are pushing innovation.As emerging trends like AI-on-device, private 5G, and integrated projectors continue to mature, rugged devices will become smarter, more capable, and even more central to how both frontline workers and adventurers alike communicate. For businesses and consumers, choosing the right rugged phone increasingly means matching features to the environment-whether that's a dusty construction site, a remote mountain trail, or a first responder's shifting work zone.Frequently Asked QuestionsQ1: What is a rugged phone?A rugged phone is one built to withstand tough conditions, shockproof, water, and dust resistant; often certified to military standards such as MIL-STD-810.Q2: Why choose a rugged phone over the normal smartphone?Rugged phones reduce risk and total cost of ownership if you operate in harsh environments, such as in construction, mining, or rescue; drop your phones often; or simply want a long-lasting, reliable device.Q3: Are rugged phones expensive?Because they consist of rugged materials and certifications, they usually tend to be more expensive than regular smartphones; however, they can prove to be economical in industrial environments as they last longer and require fewer replacements.Q4: Does a rugged phone offer all modern features, including 5G and AI?Yes, many phones that come out now support 5G and even AI features, such as the Blackview's BL7000. Other phones have special hardware, like thermal cameras or projectors.Q5: Which rugged phone brand is the best?It depends on your use case. For extreme durability and industrial use, Kyocera is very reliable; for innovation, Blackview stands out-providing solutions such as projectors and AI; for traditional rugged phones with a legacy brand, Cat Phones remain a strong option, though future product risk exists given Bullitt's business concerns.About Us:The Insight Partners is a one stop industry research provider of actionable intelligence. We help our clients in getting solutions to their research requirements through our syndicated and consulting research services. We specialize in industries such as Semiconductor and Electronics, Aerospace and Defense, Automotive and Transportation, Biotechnology, Healthcare IT, Manufacturing and Construction, Medical Device, Technology, Media and Telecommunications, Chemicals and Materials.Contact Us:If you have any queries about this report or if you would like further information, please contact us:Contact Person: Ankit MathurE-mail: sales@theinsightpartners.comPhone: +1-646-491-9876..

The Insight Partners has released a new report titled “Agricultural Electric Vehicle Market Share, Size, Trends, and Forecast by 2031,” projecting robust growth in the global market. The report highlights how electrification, autonomy, and eco-conscious farming practices are driving adoption. According to the Agricultural Electric Vehicle Market forecast, the sector is expected to see consistent expansion in Agricultural Electric Vehicle Market size, Agricultural Electric Vehicle Market share, and innovation through 2031.Get Sample Report- https://www.theinsightpartners.com/sample/TIPRE00039702 Electrification and Autonomy Drive Market MomentumThe Agricultural Electric Vehicle Market’s momentum is fueled by a convergence of climate mandates, cost efficiency, and smart farming solutions. Zero-emission farming is becoming a global priority. Electric tractors, harvesters, and sprayers reduce carbon footprints while improving operational efficiency. Autonomous capabilities are transforming productivity. AI-powered electric vehicles offer precision in crop and livestock management, reducing labor dependency. Battery innovation is extending runtime and enabling fast charging, making EVs viable for full-day agricultural operations.These drivers are not only improving farm economics but redefining how electric vehicles are integrated into modern agriculture. As a result, the Agricultural Electric Vehicle Market size continues to grow, with adoption accelerating across crop production, livestock, and aquaculture sectors.Recent News and DevelopmentsLeading companies are actively shaping the future of Agricultural Electric Vehicle Market growth through innovation and strategic expansion: Mahindra & Mahindra inaugurated a ?4,500 crore EV and battery assembly facility in Chakan, Pune, on January 8, 2025. The plant supports electric tractor production and features AI-enabled body shops and IoT-based process monitoring, powered entirely by renewable energy.  Yanmar launched its Electrification Unit in March 2025, focused on delivering modular e-powertrain solutions for compact agricultural machinery. The unit will develop batteries, eDrives, and electrified components for OEMs.  Solis introduced its EV High Torque Tractor Series in 2025, combining electric power with autonomous capabilities. These tractors are designed for emission-free farming and precision agriculture.  Kioti Tractor showcased its RX7340 utility tractor at CES 2025 on January 6, featuring AI-driven autonomous farming capabilities including soil analysis, pest diagnosis, and harvest optimization.  Zoomlion launched the TE100-DH hybrid harvester in June 2025, offering intelligent power output adjustment and 30% fuel savings. The company also expanded its service network with 107 new stations and 2,200 support staff.  AGCO introduced the Fendt e100 Vario electric tractor, available from Q2 2025, with 100 kWh battery, 90 hp peak power, and fast-charging capabilities. It’s designed for emission-free operations in livestock farms and greenhouses.  Kubota showcased its Agri Concept 2.0 at CES 2025 on February 7, an electric autonomous tractor using AI for real-time decision-making. Other innovations included Smart Autonomous Sprayers and Robotic Pruners. These developments reinforce Agricultural Electric Vehicle Market trends and reflect the growing demand for sustainable, high-performance, and tech-integrated farming solutions.Key Collaborations and Major Players in Agricultural EV MarketStrategic partnerships, electrification platforms, and regional expansion are shaping the future of the market. This Agricultural Electric Vehicle Market analysis shows how manufacturers are responding to climate goals, labor shortages, and the need for precision farming.For instance, companies are integrating autonomous navigation, modular battery systems, and AI-driven diagnostics to meet evolving agricultural demands and sustainability benchmarks.“Agricultural electric vehicles are transforming how farms operate and scale,” stated Ankit Mathur, Research Head at The Insight Partners. “They offer unmatched efficiency, environmental benefits, and smart capabilities.”Key Players Operating in the Agricultural Electric Vehicle Market Mahindra & Mahindra Yanmar Solis Kioti Tractor Zoomlion John Deere CNH Industrial AGCO KubotaFuture OutlookAs demand rises across regions, companies with a strong Agricultural Electric Vehicle Market share are expected to lead the next wave of sustainable farming. The increasing Agricultural Electric Vehicle Market size, fueled by electrification and autonomy, will define the next phase of agricultural innovation.With performance meeting sustainability, stakeholders who act early in this space stand to gain a lasting competitive advantage, supported by ongoing insights from The Insight Partners. Market Analysis from The Insight Partners“The Agricultural Electric Vehicle Market growth is being fueled by the need for cleaner, smarter, and more efficient farming solutions,” said a spokesperson from The Insight Partners. “Our Agricultural Electric Vehicle Market report offers strategic insights for farmers, OEMs, and policymakers to navigate this transformation and unlock new opportunities.”For detailed insights, regional breakdowns, and strategic forecasts, access the full Agricultural Electric Vehicle Market report at: www.theinsightpartners.com/reports/agricultural-electric-vehicle-ev-marketBuy this Report @ https://www.theinsightpartners.com/buy/TIPRE00039702 ..

Rising Demand for Connected Devices to Drive Thin Film and Printed Battery Market Growth During 2022–2030According to our latest market study on "Thin Film and Printed Battery Market Size and Forecast (2020–2030), Global and Regional Share, Trend, and Growth Opportunity Analysis – by Voltage Rating, Chargeability, and Application," the thin film and printed battery market was valued at US$ 197.31 million in 2022 and is anticipated to reach US$ 904.94 million by 2030; it is estimated to record a CAGR of 21.0% from 2022 to 2030.Wearable devices, such as smart glasses, virtual reality headsets, smartwatches, and fitness wristbands, are becoming increasingly popular among consumers. These devices serve various purposes, including activity tracking and health monitoring. The growing demand for wearable devices drives the need for thin and durable batteries. The application areas of wearable devices are expanding beyond consumer electronics to include medical devices and wireless communication devices. In addition, the medical sector holds significant growth potential for thin film and printed batteries, particularly in wearable medical devices and wireless healthcare monitoring systems, as the sector undergoes a technological transformation.Thin Film and Printed Battery Market Analysis – by Geography, 2022To get sample Copy of the report, along with the TOC, Statistics, and Tables please visit @ https://www.theinsightpartners.com/sample/TIPRE00008884 Source: The Insight Partners AnalysisThe market for wearable technology is characterized by continuous product innovation, with frequent product launches and advancements. Therefore, the development of flexible and ultra-thin batteries, such as thin film and printed batteries, is crucial to meet the high flexibility and design requirements of wearable devices. For instance, in February 2023, in the Indian market, the shipping of wearable devices, such as fitness-tracking bands, smartwatches, and true-wireless earbuds, achieved a significant milestone by surpassing 100 million devices in a single calendar year. This accomplishment was accompanied by an impressive year-on-year shipment growth rate of 46.2% for the segment. Notably, both smartwatches and earbuds experienced a substantial increase in consumer demand throughout the year, indicating a strong and growing interest in these products. These smart wearable devices require thin film and printed batteries to power their real-time clocks, ensuring uninterrupted operation even during power outages. Hence, the increasing demand for wearable devices is expected to be an important thin film and printed battery market trend worldwide.  Asia Pacific held the largest thin film and printed battery market share in 2022. China holds the largest thin film and printed battery market share in the region due to the increasing demand for portable electronic devices, such as smartphones, tablets, and wearables. China is the world’s largest manufacturing hub; it produces ~36% of the world’s electronics, which includes smartphones, computers, cloud servers, and telecom infrastructure. In addition, with approximately one-fifth of the world’s population, China is the second-largest final consumption market for electronic devices after the US. This demand drives the need for smaller, lightweight, and more efficient power sources. The thin film and printed batteries, with their compact size and high energy density, are perfectly suited to meet these requirements. According to a report by China Daily, China has achieved global leadership in the production and sales of consumer electronics due to its enhanced innovation capabilities and effective brand-building strategies. Thus, the increase in the demand and production of portable electronic devices in the country is propelling the growth of the thin film and printed battery market.According to the thin film and printed battery market forecast, India is expected to register the highest CAGR during 2022–2030. During the COVID-19 pandemic, the world experienced the biggest supply chain disruptions from China; as a result, India has emerged as a strong alternative for manufacturers. Many market players are investing in the country to open their manufacturing units. Apple, Inc. moved a few of its production facilities to India. The iPhone 13 model was produced in India by Foxconn’s contract manufacturing partner. Thus, to attract more manufacturers, the Indian government is taking various steps to boost domestic electronics manufacturing, reduce import dependence, and increase exports. Various initiatives such as the Make in India program, the National Policy on Electronics, the Production Linked Incentive Scheme for the electronics sector, the Modified Special Incentives Scheme, and the Electronics Manufacturing Clusters (EMC) Scheme are providing incentives for domestic manufacturing, localization of electronics manufacturing, attracting foreign direct investment, and increasing exports. Thus, the growing consumer electronics sector is the major factor fueling the thin film and printed battery market growth in India.Molex LLC, Varta AG, Renata SA, Enfucell Flexible Electronics Ltd, STMicroelectronics, Samsung SDI CO LTD, Excellatron Solid State LLC, Ultralife Corporation, Ilika, and Imprint Energy are among the key players profiled in the thin film and printed battery market report. Several other major players were also studied and analyzed in the thin film and printed battery market report to get a holistic view of the market and its ecosystem. The market analysis provides detailed market insights, which help the key players strategize their growth.The increasing focus on sustainability is anticipated to bring a major thin film and printed battery market trend during the forecast period. Sustainability refers to the ability to meet the needs of the present without compromising the ability of future generations to meet their own needs. Sustainability encompasses environmental, social, and economic aspects of development and aims to create a more inclusive and resilient society. Moreover, there is growing awareness about the environmental impacts of conventional batteries, such as greenhouse gas emissions, resource depletion, waste generation, and pollution. Thus, the growing focus on sustainability can help minimize waste by being recyclable, biodegradable, or compostable.Additionally, regulatory and reporting standards for environmental, social, and governance (ESG) performance are increasing. ESG refers to the criteria that measure an organization's sustainability and social impact. ESG investors and rating agencies are holding firms accountable for their ESG performance and are rewarding those that demonstrate leadership and innovation in sustainability. The thin film and printed batteries can help firms improve their ESG performance by reducing their carbon footprint, enhancing their energy efficiency, and supporting their social responsibility initiatives. Thus, the growing focus on sustainability will fuel the growth of the thin film and printed battery market during the forecast period.Contact UsContact Person: Content Team Phone: +1-646-491-9876Email Id: sales@theinsightpartners.com..

Stringent Government Regulation Regarding Gas Analysis to Create Opportunities in Fixed Gas Analyzers Market During 2022–2030According to our latest market study on "India Fixed Gas Analyzers Market Size and Forecast (2020–2030), Country Share, Trend, and Growth Opportunity Analysis – by Product Type and Industry Vertical," the market was valued at US$ 115.48 million in 2022 and is projected to reach US$ 178.23 million by 2030; it is expected to register a CAGR of 5.6% from 2022 to 2030. The market emphasizes the key factors driving the market and prominent players' developments. The fixed gas analyzers market forecast is based on various sources of data and methods of analysis, such as historical trends, surveys, company’s analysis, information by organizations and government authorities, etc.The Government of India is focused on enhancing safety and improving product quality across various sectors, such as oil & gas, chemicals, and food processing. A fixed gas analyzer is a critical component for many important processes. The quality of gas must be checked before and after the fixed gas analyzer is put into operation, which is necessary for the equipment's performance; this generates the demand for gas analysis technology. In addition, companies need accurate functioning analyzers to guarantee the well-being of employees working with or around these gases. Fixed Gas Analyzers Market — by Geography, 2022To get sample Copy of the report, along with the TOC, Statistics, and Tables please visit @ https://www.theinsightpartners.com/sample/TIPRE00038958 Source: The Insight Partners AnalysisThe Occupational Safety and Health Administration (OSHA) published a list of toxic substances and chemical hazards in workplaces that might adversely affect human health. Regular calibration and equipment replacement practices must be followed to ensure analyzers can accurately detect the presence of dangerous concentrations of certain gases and alert businesses of the potential threat to worker health. Thus, to ensure the well-being of the business ecosystem, the companies must use fixed gas analyzers to carry out the gas analysis.Further, authorities make regulatory policies and decisions for the production, distribution, transmission, and supply of natural gas. For instance, the Oil Industry Safety Directorate (OISD) is the safety regulator for upstream offshore blocks operating under the Ministry of Petroleum and Natural Gas (MoPNG). It coordinates the implementation of a series of self-regulatory measures aimed at enhancing the safety of workers in the oil & gas industry in India. All these factors are increasing the focus on safety regulation in the sector, which encourages the oil and gas companies to adopt the necessary technology for safety, including fixed gas analyzers. Thus, stringent government regulations regarding gas analysis in the oil & gas and other industries are expected to create an opportunity for the India fixed gas analyzers market growth during the forecast period.India is focused on becoming a global leader in several sectors, such as oil & gas, chemical & petrochemicals, food & beverages, etc. The Government of India aims to reduce its dependency on exports. The World Bank Group is also helping the government to strengthen policies, institutions, and investments to create a resilient industrial ecosystem in the country. As a result, there is a rise in the investments and development of new plants across several industries in India. A few effective government-led policies and FDI policies attract several global players to establish their business in the country.A few of the instances are mentioned below: In September 2023, ITC announced an investment of approximately US$ 180 million (INR 1,500 crore) in Madhya Pradesh to establish an integrated food manufacturing and logistics facility along with a sustainable packaging products manufacturing facility at Sehore.In October 2023, Haldia Petrochemicals Ltd (HPL) announced an investment of ~US$ 360 million (INR 3,000 crore) to set up new plants in West Bengal. It aims to build the first on-purpose propylene plant and a phenol unit at its existing manufacturing facility in Haldia. The projects are anticipated to be completed by the first quarter of 2026.The construction of new plants generates the demand for fixed gas analyzers to offer continuous monitoring of the concentration of various gases to improve safety. Thus, rising investment in the establishment of new plants is likely to create lucrative opportunities for the India fixed gas analyzers market growth during the forecast period.The fixed gas analyzers market trends include technological advancements in fixed gas analyzers, which play a crucial role in transforming the landscape of refinery gas analyzers. The integration of advanced hardware, digital solutions, and innovative service in a fixed gas analyzer can contribute to its overall performance. It helps to reduce capital expenditure (CAPEX) and promote simpler operations. Automation in the workflow has become a key priority to increase production and ensure enhanced operations.Refineries are focused on adopting automated digital solutions to improve margins and reduce operational expenditure. Further, the miniaturization of components in a fixed gas analyzer, along with the incorporation of technologies such as augmented reality (AR) and cloud computing, can help the authorities maintain the quality of hardware, including fixed gas analyzer, used for gas analysis. Innovative digital services can enable instrumentation engineers to review the health and status of fixed gas analyzers. Digital services help them to minimize the need for maintenance and fix any potential errors in the equipment at an early stage. In addition, constant efforts to improve the hardware structure and functioning can help improve the quality and service offered by the fixed gas analyzer.Thermo Fisher Scientific Inc, Agilent Technologies Inc, Revvity Inc, M M Automation, Mukta Instruments, HNL Systems Pvt Ltd, and Teledyne Technologies Inc are among the prominent players profiled in the fixed gas analyzers market report. In addition, several other players have been studied and analyzed during the study to get a holistic view of the market and its ecosystem. The fixed gas analyzers market report provides detailed market insights, which help the key players strategize their growth.The "India fixed gas analyzers market analysis” has been carried out by considering the following segments: product type and industry vertical. Based on product type, the oxygenates GC analyzers segment held the largest fixed gas analyzers market share in 2022 and is expected to record the highest CAGR during the forecast period. Oxygenates GC analyzers are a type of gas chromatography (GC) analyzer that is designed to study fixed gases in various samples. The analyzer is most commonly used in pharmaceuticals and petrochemical industries for analyzing numerous gases such as oxygen, nitrogen, hydrogen, and helium. These types of analyzers use a thermal conductivity detector (TDC) for measuring the concentration of fixed gases in the sample. The TDC method is a highly robust and effective method used by industries for measuring oxygen coupled with GC systems. This factor leads to the rise in the adoption of fixed gas analyzers in the pharmaceutical industry. The analyzer supports the pharmaceutical industry in separating oxygen from other gases without the need for a specific GC column.Moreover, significant benefits offered by oxygenates GC analyzers, such as rapid and efficient methods for the analysis of fixed gases in various applications, are boosting the demand for oxygenates GC analyzers, and driving the India fixed gas analyzers market. Moreover, in terms of industry vertical, due to the rise in the use of fixed gas analyzers in the oil & gas industry, the oil & gas segment is expected to hold the largest fixed gas analyzers market share during the forecast period.Contact UsContact Person: Content Team Phone: +1-646-491-9876Email Id: sales@theinsightpartners.com..