The construction sector has suffered from repeated inefficiencies and cost overruns, and delay problems because it continues to use traditional building methods and overlapping systems. Artificial intelligence (AI) integration brings a fresh wave of innovation that holds prospects to revolutionize the entire project planning and distribution process in this industry.
Additionally, AI offers a set of advanced algorithms and predictive analytics that can exploit real-time data to help prevent construction delays or at least shorten those delays-thereby delivering a giant boost to an industry with fair proportions of the global GDP. Increased utilization of AI will further assist in establishing it within construction by offering solutions targeting challenges that have long bedeviled the industry, ultimately improving project outcomes.
The Growing Role of AI in Construction
AI has ceased to be a futuristic concept and has become a real tool in the present that continues to make its mark in industries all over the globe, construction being one of these industries. Construction projects are beset with complexity due to extensive numbers of stakeholders, tight scheduling, and variables that are sometimes unpredictable, such as weather- or supply chain-related disruptions. Therefore, AI is an obvious candidate to inquire for a solution for these large-scale construction problems, which works in boosting the AI in the construction market.
In construction, AI is being implemented for different approaches, from design and planning through the execution on-site to post-construction maintenance. AI could analyze large data sets from which actionable insights could be provided to project managers to anticipate issues, optimize resources, and streamline workflow. For instance, the French construction giant NGE adopted the optimization platform of ALICE Technologies in January 2025 to employ its technology for multiple capital projects scheduling. This AI-enabled solution is working in pioneering a new way for NGE into the planning and execution of projects, showing its promise to innovation within the construction industry.
Moreover, as per the IBEF report in October 2024, the Indian Ministry announced approval of 50 National Highway projects, which span 1,026 km in Manipur. Additionally, 44 projects cover the span of 902 km located in the hills. This highway construction project’s scale and complexity, especially in the hill region, demand advanced AI construction techniques for project planning and scheduling while managing extreme variables such as high rainfall and steep gradients.
Moreover, as per United States Census Bureau data of April 2025, the monthly construction spending was accounted for US$2,179.9 billion in January 2025, which recorded a rise in February 2025, which was valued at US$2,195.8 billion. This steady rise in construction activity depicts a rise in infrastructure projects, which can lead to AI-driven project management platform integration in construction activities in the coming years to optimize the country’s resources and time.
Increase in Monthly Construction Spending in the United States, in US$ Billion, in January 2025 and February 2025
Source: US Census Bureau
How AI Reduces Delays in Construction Projects
Delays in construction projects may originate from a myriad of sources, including inadequate planning, shortages in resources, sudden weather conditions, or faulty design, driving the increased demand for AI in the construction market. AI steps in to mitigate these adversities by utilizing the predictive power and the real-time capability of assessing the situation on-site so that the teams can be proactive rather than reactive.
- Predictive Analytics for Proactive Planning
The power of AI in the construction market comes through most in predictive analytics. Integrating analysis of historical project data with current information on other risks such as weather forecasting, labor availability, and material supply schedule, enables AI algorithms to inform the user about delays before they occur. For example, machine learning models work to uncover patterns in prior projects where delays were driven by late material delivery or equipment failure, thereby providing managers with the information they need to adjust timelines or procure backup resources ahead of time. Computer vision equipment can also be leveraged for AI to analyse video from onsite cameras in identifying hazardous conditions, including failure to wear safety equipment or operating machines unsafely.
- Real-Time Monitoring and Adjustments
AI systems work to evaluate real-time operational data to reconfigure worker distribution together with equipment distribution and materials supply in order to make them accessible at intended locations in the moment. For instance, in February 2025, AI Clearing, which is a global provider of AI-powered construction monitoring, launched a tool for the production of same-day progress reports for projects associated with the infrastructure and energy sector. The innovations work in providing 50 percent of the US solar builder and owners to access the real-time progress and performance report of the construction activities, which advances the AI potential in the construction sector. Additionally, this deployment of AI assists in tracking the project and supporting correct actions for effective completion.
Similarly, in October 2024, Buildots released the Dot, the first GenAI assistant for construction process management. This interactive tool utilizes Buildots’ large dataset and GenAI algorithms to provide real-time insights into the status of construction activities. Dot takes multiple variable data points and cross-checks them to perform a more comprehensive analysis that then allows for better progress parameters, adjustment tracking, and issue resolution before these issues escalate.
Key Developments:
| Year |
Development |
| March 2025 |
Buildots, the prominent leader in AI construction technology, announced the launch of the first line of balance project control methods for removing construction-related workflow delays due to diverse factors. The on-site specific AI tool works in processing progress together with delay data across multiple activities in a single analysis view, which provides the on-site team to detect the future bottleneck in the construction activity and manage and adjust as per to limit delays. |
| February 2025 |
ZIGURAT Institute of Technology announced the launch of the first online Master’s program for the AI in construction application. The program is developed to provide the AI fundamental with its application in BIM (Building Information Modelling), understanding project management with generative design integration and smart cities. It also integrated the understanding of tools such as natural language processing and generative machine learning, which are utilized in the architectural processes. Moreover, the program aims to equip professionals with advanced applications of AI in diverse sectors, including in construction. |
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The Role of Chemical Blowing Agents in Sustainable Foaming Solutions
BlogThe foam industry is growing at a significant rate, with an increasing trend towards sustainability leading to an increase in demand for lightweight, sustainable materials across industries. This sustainability in foaming solutions is driven by chemical blowing agents, which are specialized compounds that help in reducing material use, improving energy efficiency, and enabling eco-friendly innovation, and supporting circular economy principles across various industries like construction, automotive, and packaging, and beyond.
What are Chemical Blowing Agents?
Chemical Blowing Agents are compounds that decompose when heated to release gases like nitrogen, carbon dioxide, or water vapour. It provides a controlled release of gas, helping to enable a uniform cellular structure, which finds very critical applications in places such as foam production in the construction industry, or in PLA foams where they enhance density control and structural uniformity, supporting mechanical strength and consistency are essential.
Chemical blowing agents are playing a pivotal role in advancing sustainable foaming solutions. It reduces the material use such as by creating lightweight foams; improves the energy efficiency, such as by producing thermally efficient foams, leading to a reduction in building energy consumption; and enables eco-friendly innovations, for example, by producing low-density PLA foams in place of petroleum-based foams for packaging and disposables among other uses.
A compelling example of CBAs’ sustainability impact comes from research by Rojas et al. (2018). As per the study, with the use of an exothermic CBA with PLA type 8052D achieves a cell population density of 4.82 × 10⁵ cells/cm³, an expansion ratio of 2.36, a density of just 0.53 g/cm³, and a void fraction of 57.61%, highlighting how chemical blowing agents helps in reducing raw material usage by creating lightweight foams, cuts down energy cost in construction industry and thus, overall helps in reducing the environmental impact.
The growing innovation by the market players in the chemical blowing agents market for offering sustainable foaming solutions makes this trend evident. For example, in April 2024, Solvay announced the opening of its Alve-One production unit in Rosignano, Italy. It marked the launch of a significant European production facility for Alve-One, a chemical blowing agent eco-designed to transform the thermoplastic foaming industry. Alve-One is a low-GWP chemical blowing agent, reduces carbon dioxide emissions by 10 times that of the traditional ADCA, offering customized solutions for sustainable foaming in footwear, automotive, building & construction, and others.
How Chemical-Blowing Agents Enable Sustainability in Foaming Solutions
The chemical blowing agents are playing a transformative role in making the foaming solutions across industries more sustainable. It is enabling sustainability in foaming solutions by minimizing the material use, enhancing the energy efficiency in production, enabling eco-friendly innovations, and supporting circular economy principles.
It also reduces energy need at the in the time of the end-use application of foamed product as CBA-based foam acts as a great insulator, leading to a reduction in energy demand.
Thus, chemical blowing agents are revolutionizing sustainability in foaming solutions across industries such as automotive, construction, packaging, and even consumer goods by minimizing the material use, enhancing the energy efficiency, reducing carbon emissions, and supporting the circular economy. The growing sustainability trend and increasingly stringent policies of the government, like the USA’s Environmental Protection Agency, which regulates the blowing agents to reduce environmental harm, or the EU’s Green Deal, are providing fuel to the chemical blowing agents market, leading to a surge in demand for chemical blowing agents and rise in investment in chemical blowing agents for driving sustainability in foaming solution industry.
Key Developments in Chemical Blowing Agent Market Reshaping the Sustainability in Foaming Solutions
The chemical blowing agent market is shaping the sustainability in foaming solutions through some innovations, regulatory alignment, and widespread industry adoption. Some key developments in the market show how the chemical blowing agents market is reshaping the sustainability of foaming solutions and is aligning with the global sustainability trend.
In April 2024, Solvay announced the opening of its Alve-One production unit in Rosignano, Italy. It marked the launch of a significant European production facility for Alve-One, a chemical blowing agent eco-designed to transform the thermoplastic foaming industry.
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EV Charging Management Software Platform Market expected to reach US$7,033.250 million by 2030
Press ReleasesEV Charging Management Software Platform Market Trends & Forecast:
The EV charging management software platform market is projected to grow at a CAGR of 16.84% to reach a market size of US$7,033.250 million by 2030 from US$3,230.351 million in 2025, according to a new report by Knowledge Sourcing Intelligence.
EV Charging Management Software Platform is evolving rapidly, driven by innovations in AI, renewables, electrification, rising EV Adoption, and energy grid modernization.
In March 2025, Lynkwell, launched QuickLynk, an innovative automated onboarding product that reduces newly installed EV charger connection time to minutes instead of hours. By eliminating manual configuration steps, QuickLynk streamlines the setup of Lynkwell’s XLynk Level 2 charger, enabling installers to be more efficient and empowering site hosts to control their new charger settings. This new innovation will improve the adaptation of EV charging.
Moreover, In January 2025, Driivz, a Vontier company and part of its EVolve e-mobility portfolio, announced a partnership with ON the RUN Charging to install its electric vehicle (EV) charging and energy management software across chargers located at convenience stores in Canada. ON the RUN Charging is one of the largest EV fast-charging networks in Canada, with EV chargers strategically placed along highways and in major destinations across British Columbia, Alberta, Ontario, and Quebec. The company aimed as the number of EV charging customers continues to grow, customers expect a frictionless charging experience when they visit an ON the RUN Charging location.
As the EV market continues to grow, data protection and cybersecurity are critical for charging network operators, fleet managers, and energy providers. By adhering to the strictest standards for protecting sensitive user and operational data, Vontier announced it has completed the Service Organization Control (SOC) 2 Type II audit in February 2025. It was conducted by PwC. The SOC 2 Type II certification, established by the American Institute of Certified Public Accountants (AICPA), verifies that Driivz implemented rigorous controls to safeguard customer data.
Easy payment preferences, like VPOS, which does not require an app, offer payment via Apple Pay, Google Wallet, and standard card processing to promote convenience and flexibility in the EV charging management software platform. In March 2025, XCharge North America announced the launch of its first Virtual Point of Sale (VPOS) solution for XCharge systems. XCharge integrated payment system is designed with security in mind, and comes pre-installed and shipped with every new XCharge system.
➥ View a sample of the report or purchase the complete study at: EV Charging Management Software Platform Market Report
EV Charging Management Software Platform Market Report Highlights:
EV Charging Management Software Platform Market Segmentation:
Knowledge Sourcing Intelligence has segmented the global EV Charging Management Software Platform Market based on charging levels, module type, deployment type, and region:
EV Charging Management Software Platform Market, By Charging Levels
EV Charging Management Software Platform Market, By Module Type
EV Charging Management Software Platform Market, By Deployment Type
EV Charging Management Software Platform Market, By Region
EV Charging Management Software Platform Market Key Players
Hyperchargers Market Report
Wireless Charging Module Market Share
EV Charging Connectors Market Size
ARM Processors Market expected to reach US$19.306 billion by 2030
Press ReleasesARM Processors Market Size & Growth:
The ARM Processors Market is projected to grow at a CAGR of 8.18% to reach a market size of US$19.306 billion by 2030 from US$13.030 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. ARM processors are a processor type that provides important applications in several fields and handheld devices, such as laptops, smartphones, and IoT devices, among others. The ARM processors provide lower expenses and increased operation speeds. The processors provide reduced power consumption and come in smaller sizes. The global use of smartphones is one of the most important factors driving the demand for ARM processors. Likewise, advancements in technology and the introduction of new and better technologies are also anticipated to enhance market growth within the forecast period.
The growing worldwide usage of smartphones is one of the major drivers that are driving the growth of the ARM processors market over the forecast period. In smartphones, they assist in the prolongation of the battery life of the smartphone, provide enhanced performance, and are lightweight.
The introduction of new and advanced technologies in the semiconductor industry also increases market growth. The advancement of technologies in the industry will increase the efficiency of the processors, as well as their performance in high-computing operations.
The ARM processors market includes a wide range of types, including deep-trench silicon capacitors, MOS capacitors, and MIS capacitors. By end-user industry, the market is segmented into consumer electronics, automotive, IT and telecommunications, healthcare, and aerospace and defense.
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ARM Processors Market Report Highlights:
ARM Processors Market Segmentation:
Knowledge Sourcing Intelligence has segmented the ARM processors market based on architecture type, application, and end-user:
ARM Processors Market, By Architecture Type
ARM Processors Market, By Application
ARM Processors Market, By End-User
ARM Processors Market, By Region
ARM Processors Market Key Players:
Graphic Processor Market Trends
Embedded Processor Market Share
Deep Learning Processor Market Size
A2 Milk Market expected to reach US$4,923.87 million by 2030
Press ReleasesA2 Milk Market Trends & Forecast:
A2 Milk Market is projected to grow at a CAGR of 9.13% to reach a market size of US$4,923.87 million by 2030 from US$3,181.29 million in 2025, according to a new report by Knowledge Sourcing Intelligence. The A2 milk market is driven by the health benefits offered by A2 milk, such as A2 beta-casein protein makes digestion easier, driving the demand among lactose-intolerant or dairy-sensitive customers. The growing demand for premium dairy products due to rising disposable income is propelling the market to grow. Further, the A2 beta-casein structure gives it a similarity to human breast milk, accelerating its demand in infant formulas.
The market is experiencing product growing emphasis towards organic aligning itself with the growing sustainability trend among the eco-conscious and health-conscious customers. At the same time, companies are increasing the fortification of A2 milk with vitamins, minerals, and functional ingredients to target specific health needs, such as fortification of A2 milk with 120 IU vitamin D and 300 mg calcium/250 ml by Nestle in China. However, the market is also facing limitations such as higher cost than the regular milk, limited supply of A2 cows and increasing competition from plant-based milk.
The Asia Pacific region is anticipated to hold a significant amount of market share in the global A2 milk market. Countries like India, Australia & New Zealand, and China are making a favorable impact on market revenue. Growing demand from infant formulas, higher population, and rising disposable income is driving the market.
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A2 Milk Market Report Highlights:
A2 Milk Market Segmentation:
Knowledge Sourcing Intelligence has segmented the global A2 Milk Market based on Packaging, Application and Region:
A2 Milk Market, By Packaging
A2 Milk Market, By Application
A2 Milk Market, By Region
A2 Milk Market Key Players:
Oat Milk Market Trends
UHT Milk Market Share
Milk Powder Market Size
Ultra-Fast EV Batteries Market expected to reach US$16.692 billion by 2030
Press ReleasesUltra-Fast EV Batteries Market Trends & Forecast:
The Ultra-Fast EV batteries market is projected to grow at a CAGR of 11.27% to reach a market size of US$16.692 billion by 2030 from US$9.785 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. The robust growth is driven by technological advancement in ultra-fast batteries that significantly enhance the charging speeds, enabling batteries to reach over 80% capacity in less than 15 minutes. The innovations in battery chemistry such as low-impedance anodes, solid-state electrolytes, and improved thermal management have offered the market with faster charging time than conventional lithium-ion systems, giving a major boost to the market.
The fast-charging electric vehicle (EV) battery industry is advancing rapidly driven by trends like recent technology breakthroughs, supportive government policies, and rising customer expectations. Solid-state batteries are emerging as the ideal choice offering higher energy density than traditional lithium-ion batteries, faster charging capabilities, and enhanced safety features. Higher-voltage power systems allow for faster charging while protecting battery performance and longevity. New production methods help reduce battery costs due to modern materials development in ultra-fast charging batteries, making these technologies more accessible.
The growth in EV vehicles and growing government policies and initiatives for EV vehicles boost is directly propelling the market growth. For instance, UK drivers must switch from gas and diesel to electric cars by 2023, while EU member states plan total conversion by 2035, and the USA expects 50% of U.S. vehicles to use electric power by 2030.
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Ultra-Fast EV Batteries Market Report Highlights:
Ultra-Fast EV Batteries Market Segmentation:
Knowledge Sourcing Intelligence has segmented the global Ultra-Fast EV Batteries Market based on battery type, vehicle type, propulsion type and region:
Ultra-Fast EV Batteries Market, By Battery Type
Ultra-Fast EV Batteries Market, By Vehicle Type
Ultra-Fast EV Batteries Market, By Propulsion Type
Ultra-Fast EV Batteries Market, By Region
Ultra-Fast EV Batteries Market Key Players
Global Air Batteries Market Share
EV Battery Recycling Market Report
EV Powertrain Market Size
AI in Construction: Reducing Delays and Enhancing Project Timelines
Thought ArticlesThe construction sector has suffered from repeated inefficiencies and cost overruns, and delay problems because it continues to use traditional building methods and overlapping systems. Artificial intelligence (AI) integration brings a fresh wave of innovation that holds prospects to revolutionize the entire project planning and distribution process in this industry.
Additionally, AI offers a set of advanced algorithms and predictive analytics that can exploit real-time data to help prevent construction delays or at least shorten those delays-thereby delivering a giant boost to an industry with fair proportions of the global GDP. Increased utilization of AI will further assist in establishing it within construction by offering solutions targeting challenges that have long bedeviled the industry, ultimately improving project outcomes.
The Growing Role of AI in Construction
AI has ceased to be a futuristic concept and has become a real tool in the present that continues to make its mark in industries all over the globe, construction being one of these industries. Construction projects are beset with complexity due to extensive numbers of stakeholders, tight scheduling, and variables that are sometimes unpredictable, such as weather- or supply chain-related disruptions. Therefore, AI is an obvious candidate to inquire for a solution for these large-scale construction problems, which works in boosting the AI in the construction market.
In construction, AI is being implemented for different approaches, from design and planning through the execution on-site to post-construction maintenance. AI could analyze large data sets from which actionable insights could be provided to project managers to anticipate issues, optimize resources, and streamline workflow. For instance, the French construction giant NGE adopted the optimization platform of ALICE Technologies in January 2025 to employ its technology for multiple capital projects scheduling. This AI-enabled solution is working in pioneering a new way for NGE into the planning and execution of projects, showing its promise to innovation within the construction industry.
Moreover, as per the IBEF report in October 2024, the Indian Ministry announced approval of 50 National Highway projects, which span 1,026 km in Manipur. Additionally, 44 projects cover the span of 902 km located in the hills. This highway construction project’s scale and complexity, especially in the hill region, demand advanced AI construction techniques for project planning and scheduling while managing extreme variables such as high rainfall and steep gradients.
Moreover, as per United States Census Bureau data of April 2025, the monthly construction spending was accounted for US$2,179.9 billion in January 2025, which recorded a rise in February 2025, which was valued at US$2,195.8 billion. This steady rise in construction activity depicts a rise in infrastructure projects, which can lead to AI-driven project management platform integration in construction activities in the coming years to optimize the country’s resources and time.
Increase in Monthly Construction Spending in the United States, in US$ Billion, in January 2025 and February 2025
Source: US Census Bureau
How AI Reduces Delays in Construction Projects
Delays in construction projects may originate from a myriad of sources, including inadequate planning, shortages in resources, sudden weather conditions, or faulty design, driving the increased demand for AI in the construction market. AI steps in to mitigate these adversities by utilizing the predictive power and the real-time capability of assessing the situation on-site so that the teams can be proactive rather than reactive.
The power of AI in the construction market comes through most in predictive analytics. Integrating analysis of historical project data with current information on other risks such as weather forecasting, labor availability, and material supply schedule, enables AI algorithms to inform the user about delays before they occur. For example, machine learning models work to uncover patterns in prior projects where delays were driven by late material delivery or equipment failure, thereby providing managers with the information they need to adjust timelines or procure backup resources ahead of time. Computer vision equipment can also be leveraged for AI to analyse video from onsite cameras in identifying hazardous conditions, including failure to wear safety equipment or operating machines unsafely.
AI systems work to evaluate real-time operational data to reconfigure worker distribution together with equipment distribution and materials supply in order to make them accessible at intended locations in the moment. For instance, in February 2025, AI Clearing, which is a global provider of AI-powered construction monitoring, launched a tool for the production of same-day progress reports for projects associated with the infrastructure and energy sector. The innovations work in providing 50 percent of the US solar builder and owners to access the real-time progress and performance report of the construction activities, which advances the AI potential in the construction sector. Additionally, this deployment of AI assists in tracking the project and supporting correct actions for effective completion.
Similarly, in October 2024, Buildots released the Dot, the first GenAI assistant for construction process management. This interactive tool utilizes Buildots’ large dataset and GenAI algorithms to provide real-time insights into the status of construction activities. Dot takes multiple variable data points and cross-checks them to perform a more comprehensive analysis that then allows for better progress parameters, adjustment tracking, and issue resolution before these issues escalate.
Key Developments:
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Fungicides Market expected to reach US$31.302 billion by 2030
Press ReleasesFungicides Market Trends & Forecast:
The fungicides market is projected to grow at a CAGR of 4.32% to reach a market size of US$31.302 billion by 2030 from US$25.337 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. The expansion in the market is primarily due to a rise in demand for higher agriculture yield across the globe, which is leading to increased requirements and effective and efficient crop protection solutions, such as fungicides. There is an increase in fungal diseases in crops, which is heightened with the growing climatic change, giving rise to demand for fungicides to shield the agriculture yield from these effects.
Furthermore, the increasing adoption of intensive farming practices like vertical farming, along with the rise in agrochemicals, is leading to advancement in agriculture technology, including the integration of pest management methods, which will contribute to the growth of the market during the projected period. In addition, major market players are increasingly focusing on developing fungicide formulations for the enhancement of their efficiency. Further, the growing shift towards sustainable agriculture is also promoting the companies to develop bio-fungicides, which are derived from natural sources, further boosting the market. The government initiatives to support modern agriculture practices will also positively expand the market.
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Fungicides Market Report Highlights:
Fungicides Market Segmentation:
Knowledge Sourcing Intelligence has segmented the Fungicides Market based on the type, crop type, form, and region:
Fungicides Market, By Type
Fungicides Market, By Crop Type
Fungicides Market, By Form
Fungicides Market, By Region
Fungicides Market Key Players:
Global Biorational Fungicides Market Share
Post-Harvest Treatment Market Trends
SDHI Fungicide Market
Skimmed Milk Powder Market expected to reach US$45.518 billion by 2030
Press ReleasesSkimmed Milk Powder Market Size & Growth:
The skimmed milk powder market is projected to grow at a CAGR of 6.69% to reach a market size of US$45.518 billion by 2030 from US$32.926 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. The skimmed milk powder market is driven by the growing demand for low-fat and fat-free dairy products due to the rising number of health-conscious consumers. Its demand is also driven by the confectionery and bakery industry for its light dairy flavour. The long shelf life offered by skimmed milk is appealing to the growing, busy modern lifestyle consumers. Alongside, the market is driven by the increasing use of skimmed milk in infant formulas.
The market is witnessing increasing fortification of the skimmed milk with vitamins, minerals and functional ingredients to enhance its nutritional profile to compete with the fortified plant-based alternatives. At the same time, the market is witnessing a shift towards lactose-free formulations to target the lactose-intolerant customers. The market is also increasing its focus on product formulation with natural flavors to cater to younger consumers and kids
The organic trend is impacting this market as well. There is a growing demand from customers for organic skimmed milk. Alongside, market players are increasing the concentration of protein to cater to the wellness and fitness market. During the forecasted period, the market is anticipated to witness an increasing use of Ultra-High Temperature processing techniques for longer shelf-life.
➥ View a sample of the report or purchase the complete study at: Skimmed Milk Powder Market Report
Skimmed Milk Powder Market Report Highlights:
Skimmed Milk Powder Market Segmentation:
Knowledge Sourcing Intelligence has segmented the global Skimmed Milk Powder Market based on product type, application, packaging, distribution channel, and region:
Skimmed Milk Powder Market, By Product Type
Skimmed Milk Powder Market, By Application
Skimmed Milk Powder Market, By Packaging
Skimmed Milk Powder Market, By Distribution Channel
Skimmed Milk Powder Market, By Region
Skimmed Milk Powder Market Key Players:
Milk Powder Market Size
A2 Milk Market Share
Oat Milk Market Trends
Silicon-Based Capacitor Market expected to reach US$2.981 billion by 2030
Press ReleasesSilicon-based Capacitor Market Size & Growth:
The silicon-based capacitor market is projected to grow at a CAGR of 5.25% to reach a market size of US$2.981 billion by 2030 from US$2.308 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. The silicon-based capacitor market will see considerable growth as a result of the acceptance of automation across various industries with an increase in demand for miniaturization. The growing automobile and electronics industry also demands silicon-based capacitors since these industries comprise miniaturized products like smartphones, autonomous driving systems, and wearables. Additionally, the growth of the semiconductor industry’s development is also encouraging demand for these capacitors for high-frequency applications and stability.
Automotive industries’ trends towards miniaturization induce the use of silicon-based capacitors since these industries keep escalating their adoption of advanced driver assistance systems (ADAS) technology. For example, India manufactured 25.9 million vehicles in FY23 at high volumes in nationwide domestic purchases and exportation activities. Demand from consumers hit 27,73,039 units in the September 2024 period.
Silicon capacitors are needed in aerospace and defense applications due to their superior reliability and stability, which satisfy these demanding conditions’ requirements. Such components can function at extreme temperatures and other abusive conditions. For example, the Indian aerospace and defense industry boosted 3.3% industrial GDP growth during fiscal year 2023-24. By 2025, the Ministry of Defence will aim to achieve Rs. 1.75 lakh crores worth of A&D manufacturing, which will generate Rs. 35,000 crores in export revenues as per the Interim Union Budget 2024-25.
The silicon-based capacitor market includes a wide range of types including deep-trend silicon capacitors, MOS capacitors, and MIS capacitors. By end-user industry, the market is segmented into consumer electronics, automotive, IT and telecommunications, healthcare, and aerospace and defense.
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Silicon-based Capacitor Market Report Highlights:
Silicon-based capacitor Market Segmentation:
Knowledge Sourcing Intelligence has segmented the silicon-based capacitor market based on type, capacitance range, and end-use industry:
Silicon-based capacitor Market, By Type
Silicon-based capacitor Market, By Capacitance Range
Silicon-based capacitor Market, By End-Use Industry
Silicon-based capacitor Market, By Region
Silicon-based capacitor Market Key Players:
Global Diodes Market Share
Semiconductor Back-End Equipment Market Size
EV Semiconductor Devices Market Report
Membrane Switch Market expected to reach US$4.770 billion by 2030
Press ReleasesMembrane Switch Market Size & Growth:
The membrane switch market is projected to grow at a CAGR of 6.56% to reach a market size of US$4.770 billion by 2030 from US$3.473 billion in 2025, according to a new report by Knowledge Sourcing Intelligence. Growing need in automotive, medical, and consumer electronics demands steady growth in the market of membrane switch. Touch-sensitive interfaces and flexible materials have enhanced in technical usage. With growing adoption of smart devices and appliances, industries are making possibilities for many in the years to come.
Industries are shifting towards intuitive communication and minimalist “plug-and-play” input configurations. These switches enjoy a wide range of acceptance because of their usability, design flexibility, and great integration into contemporary technology and consumer products. India’s consumer market growth will be driven by a favorable demography and increasing disposable incomes, as per the Indian Brand Equity Foundation. Electronics exports during April to June 2024 were US$8.44 billion. With robust growth, India projects US$300 billion in manufacturing and US$120 billion in electronics exports by FY26.
Health care emphasizes reliable, hygienic, and robust interface technologies, like membrane switches in medical equipment, to enable safety and functionality with stringent industry regulations. The Indian government announced 27 new Bulk Drug Park projects and 13 manufacturing facilities for medical devices under the PLI Scheme in March 2024. This is a wonderful start in fortifying India’s healthcare and pharmaceutical infrastructure.
The membrane switch market includes a wide range of types including non-tactile membrane switches, and tactile membrane switches. By end-user industry, the market is segmented into automotive, energy storage, consumer electronics, and others.
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Membrane Switch Market Report Highlights:
Membrane Switch Market Segmentation:
Knowledge Sourcing Intelligence has segmented the Membrane switch market based on type, application, and end-user:
Membrane Switch Market, By Type
Membrane Switch Market, By Film Type
Membrane Switch Market, By End-User Industry
Membrane Switch Market, By Region
Membrane Switch Market Key Players:
KVM Switch Market Share
Virtual Switches Market Report
Elevator Seismic Sensor Market Size