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[globalmarketdatabase2020]

Nanotechnologyin Cancer Treatment & Water Purification

One of the significant sectors where nanotechnology has gained extensive usage is the electronics and computing segment. With the aid of nanotechnology, computers have become more petite as the transistors and semiconductors within them have decreased in size. Modern computers have become faster, efficient, and capable of storing enormous data volumes.

Meantime, nanotechnology is also prevalent in the textile segment with the growth of smart fabric. The smart fabric is a variety of textile that is more durable than traditional fabric and extends more functionality to the wearer, it doesn’t wrinkle. Nanotechnology is also utilized in common objects such as furniture where nanocoating is being used to restrict dirt stains and make them waterproof. To obtain the same objectives, nano-coating is applied to cars as well. Nano–coating, known as a ceramic coating is the technique of using a surface layer that resists dry particles, oil, dirt, and water, for example, nano-coating can make the exterior scratch or bacterial resistant.

Nanotechnology is also bringing innovation to the healthcare segment. With the aid of nanotechnology, researchers are now studying ways to utilize nanoparticles for a more effective way of delivering medications and other substances. Interestingly, nanotechnology is also being implemented in agriculture. With the help of nano pesticides, this can enhance the productivity of crops while diminishing the adverse effects generated by conventional pesticides. The food industry is also expected to advance the utilization of nanotechnology to improve the quality and flavor of food and extend shelf life.

Nanotechnology in treatment of cancer

Nanotechnology in cancer treatment improves chemotherapy and decreases its unfavorable effects by controlling drugs to selectively target cancer cells. It leads to the surgical resection of tumors with greater levels of precision and improves the effectiveness of radiotherapies and other modern treatment alternatives. The effect is limited risk to the patient and enhanced endurance possibilities.

Researchers are creating novel therapeutics with recently found nanoparticles that have unique properties to be leveraged in medical science. Small-sized nanoparticles can be encapsulated in tiny pharmaceutical compounds. The comparatively wide surface area of nanoparticles enables them to be enriched with strands of DNA, ligand, peptides, or neutralizers. This gives the nanoparticle added functionality that improves the therapeutic impact and helps deliver a nanoparticle to a specific location. Hence, nanoparticles expedite combination drug distribution and multi-modality therapy. The re-radiation properties and energy absorption of nanoparticles allow them to develop hyperthermia and laser ablation treatments, which agitate diseased tissue.

The basic use of nanotechnology in oncology is within the delivery of medications. Research has revealed that nanotechnology has been utilized to produce multiple systems that enhance the pharmacokinetics of pharmaceuticals and diminish toxicities. These systems restrict the adverse effects of the drugs and increase a patient’s recovery rate.

Nanoparticle analysis in oncology is growing rapidly, with significant growth in nanoparticle packages, proactive pharmaceutical components to aid the exploration of a wider range of active ingredients, and the founding of surface coatings and immunogenic cargo as an adjuvant to nanoparticle-mediated treatment, stand-alone and radio- and chemotherapy therapies.

Immunotherapy has been reinforced as an interesting and useful alternative for many types of cancer. The proportion of patients reacting confidently to immunotherapy remains low, with just 15% of patients confirming an actual response rate. This is associated with the multiple immune-evasion practices of the tumor. To further boost the immune system’s efficiency against cancer, nanotechnology is being leveraged to maintain the spatiotemporal control of the immune system. The belief is that naturally, the immune system is spatiotemporally regulated. Hence, to work efficiently, treatments that affect the immune system should also be spatiotemporally regulated.

Nanotechnology in water treatment

Nanotechnology has been extended to help monitor and cleanse polluted water sites in diverse ways. Firstly, it aids build affordable and accessible means of purifying natural drinking water reservoirs. These systems provide rapid, cost-effective exposure and handling of water impurities, technology that is priceless to emerging economies where safe drinking water is not achieved.

Technicians have utilized nanotechnology to build thin-film membranes with nanopores to provide energy-efficient desalination. The efficiency and effectiveness of this technology are about two to five times more than the current practices to refine water.

Experts have used nanotechnology to discover new techniques to clean up industrial water pollutants from groundwater reservoirs. Lastly, scientists have favorably acquired a way of cleansing oil from water. The discovery involves a nano fabric composed of small wires of potassium manganese oxide knitted collectively that can absorb 20 times its weight, hence filtering oil from water.

[globalmarketdatabase2020]

Voice Recognition- Past or Future? - Business Outlook

Edge computing aiding voice biometric growth

A review of market trendsshows that cloud computing will never be the essence of truly extensive compute tasks like voice. Edge computing is to avail voice biometrics as it has done for networked facial recognition base. Edge computing is a shared, open IT structure that emphasizes decentralized processing power, facilitating the Internet of Things (IoT) and mobile computing technologies. It will be the significant infrastructure until networks and servers can efficiently and sustainably manage an immense quantity of data. These devices are innately better adapted to perform voice biometrics.

Market research is predicting that the global market for voice biometrics will be tripled by 2025. The market was about $1 billion in 2020, and it is foretold to exceed $3.4 billion by 2025. The growth will evolve from vehicle and smart portable appliances. The consumers are assumed to promptly adapt to homes that sense more about inhabitants, including their voices. For example, Map Project Office, a London-based technical design company will soon be rendering the temper of a person’s voice, an aptitude that appears to degrade with familiarity.

Biometric developments in underdeveloped economies

Economic developers such as Bill & Melinda Gates’ philanthropic foundation, Deutsche Gesellschaft für Internationale Zusammenarbeit, and Foreign Commonwealth & Development Office are proposing a reasonable investment to develop speech and voice identification apps that recognizes East African languages.

It is a thriving segment of biometrics to acquire an open-source Mozilla Common Voice project. Mozilla has consolidated voice dataset for 60 languages, which requires creating open depositories for all communications.

People can share their voices at the project site and can utilize the resulting datasets to train products and services. The creation of voice recognition systems is more durable and cost-effective and is deemed to do well for all languages and accents.

Lately, Vodacom Tanzania, a subsidiary of South Africa’s Vodacom Group, has declared the unveiling of a biometric identification verification feature that will enable people with disabilities to comfortably access its products and services.

Known as SautiPass, this innovative biometric feature can empower customers such as the visually impaired to secure and access their account and pin among other uses. Customers can now experience the ease of self-service for significant settings such as access to sim replacement and unlocking an account.

Voice recognition in Banking Sector

Voice recognition can be deployed to combat fraud, increase production and satisfy customer’s needs in the banking sector. It can play a multi-factor authentication role throughout the caller experience making banking experience seamless. Human characteristics that are universal, unique, recordable and nearly forgery-proof can be examined and checked with this technology. This leads to reduction in the necessity to regurgitate data.

Biometrics provides the support that consumers demand without losing security. For example, voice biometric authentication can be handled immediately in a call, rather than answering many out-of-wallet questions. A customer can confirm status by speaking several words since every human has a unique blend of behavior and attributes associated with their tone.

Today’s superior biometric technology can validate user’s voiceprints within seconds to improve contact center safety and counter deception. By eliminating the need for an inquiry, customer service operators can directly extend assistance to the account holders. In addition to limiting scams and enhancing customer experience, voice biometric technology decreases call handle times. This leads to decreased call center costs and ensures a return on investment. Interested readers can login to Global Market Database to access the current market size and the ten year business outlook.

Lastly, limiting duplicity builds the confidence and trust of the consumers in the system. Voice biometrics is set for prime experience in the financial services industry. For example, Forrester, in 2021 issued a report asserting modern voice biometrics solutions counter replay attacks and have increased precision performance making them adequate for fraud management, and security purposes. The technology is secure, and consumers are responsive, the time is right for economic institutions to operate voice biometrics to battle impostors and improve customer experience.

[globalmarketdatabase2020]

Smart Textiles: A Business Outlook

Based on their functionality, smart textiles can be classified into three categories such as passive smart materials, active smart materials, and very smart materials. The term passive smart materials refer to materials or systems that solely detect the environment or stimuli. They are called sensors. They reveal what has occurred to them, such as changes in color, form, temperature, and electrical resistance. These smart textiles are more or less comparable to high-performance and functional textiles. Nanofiber is very passive, waterproof, and permeable to water vapor at the same time.

Active smart materials are materials and systems that can sense and respond to environmental stimuli. Their primary roles are to detect and respond to stimuli. This demonstrates that they are both sensors and actuators in response to environmental variables. Materials and systems that can perform three functions are known as very smart materials. They are, first and foremost, sensors that can accept stimuli from the environment, and, second, they can react to those impulses. Third, they have the ability to adapt and restructure themselves in response to changing environmental conditions.

Smart Fiber- Nanofiber fabric

A sensor’s basic function is to convert one signal into another that can be read and interpreted by a determined reader, which can be physical equipment or a person. When it comes to real-world equipment, the majority of signals are eventually converted to electric signals. Textiles cover a considerable portion of the body’s surface area. As a result, they make perfect measuring tools. The sensor market is rapidly evolving, with numerous businesses creating smart textiles solutions for medical and wellness applications. Neurofabric, a Diabetic Sock and Foot Monitoring System with microsensors incorporated directly into the nanofiber fabric. Six sensors – three in the ball of the foot, one in the arch, and one on the heel are constantly monitoring foot temperature for changes. Neurofabric, a Diabetic Sock, and Foot Monitoring System continuously monitor foot temperature to possibly detect signs of inflammation, which is a prelude to diabetic foot ulcers. Foot temperature monitoring has been clinically demonstrated to be the most effective technique of detecting foot injuries, and it is up to 87% more effective than routine diabetic foot care in preventing diabetic foot ulcers.

In recent years, there has been a lot of interest and study towards finding the right platform and materials to make truly smart textiles. With the development of new graphene-based technology, the quest has advanced significantly. A group of scientists has devised a method for producing electrical fibers that can be used in the manufacture of daily apparel. Wearable electronics have traditionally been manufactured by gluing devices to clothes, but this method often results in inflexible materials that are prone to malfunction. On the other hand, the latest development incorporates electronic devices into the material by coating electronic fibers with lightweight, long-lasting components that allow images to be displayed directly on the fabric. The team pointed out that graphene is the smallest substance capable of transmitting electricity and is extremely flexible, making it ideal for clothing.

Electronic Textiles and Nanofiber fabric

Computing and digital components are embedded in fabrics to create smart textiles. The integration of electrical components is the core goal of smart textiles, also known as electronic textiles. The science of embedding substances is known as fibertronics. Building electrical capabilities on textile fibers, just like in traditional electronics, necessitates the use of conducting and semiconducting materials like conductive textile. Metallic fibers are combined with textile fibers to generate conducting fibers that can be woven or sewn in a variety of commercial textiles today. On the other hand, metals and traditional semiconductors are stiff materials that are not well suited for textile fiber applications, as fibers are subjected to a lot of stretch and bending during use. Users can login to Global Market Database to understand the Global market potential of this market.

The application of smart textiles is maturing at the moment, and consumer acceptability is growing. Smart textiles are now used in medical and health care, military protection, entertainment and sports, and apparel consumption. Particularly in the fields of medical health care, entertainment, and sports, consumers in developed nations are paying more and more attention to their own physical and mental health. Smart textiles have emerged to meet these needs, and the majority of R&D and production locations are in developed countries. As a result, in the APAC region, China continues to lag behind developed countries such as Europe and America. The early growth of multidisciplinary cross-border integration in Europe and the United States and the effective restructuring and upgrading of the textile sector are the key reasons for the difference.

[globalmarketdatabase2020]

3D Hologram Business Outlook

3D Holographic Technology Applications

Due to its growing popularity, 3D Holographic Technology is now employed in a variety of sectors. Some of the most recent effects were seen in India during the re-election campaign of “Narendra Modi.” Because India is such a large country, running an effective election campaign is difficult. Using 3D Holographic Technology for the election campaign allowed speakers to address audiences in multiple locations at the same time using filmed speeches that were broadcast live through satellite uplink to the stages. The politicians’ points of view were incredibly persuasive, as well as attractive and touching to those who had never seen a politician speak so close to them. Another amazing example of 3D Holographic Technology was Michael Jackson’s performance at the 2014 Billboard Music Awards. For Michael Jackson fans, it was a fascinating and imaginative performance, as the renowned persona was brought back to life. In addition, several museums apply 3D Holographic Technology to recreate world-famous works of art.

3D holograms are also applied in a variety of industries, including medical, commercial, aerospace & defence, automotive, consumer, metrology, and more. Following the COVID-19 pandemic, some brands have begun to use 3D holograms to boost customer communication, product promotion, positioning, and company recovery in the post-COVID 19 periods. 3D holograms are made up of two basic components which include the hardware and software components.

3D hologram projection has a lot of potentials, due to nearly endless holographic possibilities ranging from lifelike humans to blockbuster-style special effects, as well as ongoing technological advancements. A holoprojector is a device that uses hologram technology to project large-scale, high-resolution images onto a variety of surfaces at various focal distances from a small-scale projection device. Many recent big-budget movies are accessible in 3D, and everyone is buzzing about the 3D future of television, thus many people are looking at 3D hologram projections without glasses.

Digital holographic display advancements have allowed for the creation of natural, vivid, and high-quality three-dimensional motion picture image formations. Customized light fields are used in digital holographic displays to create realistic 3D pictures with motion parallax and a continuous depth axis. Such 3D holograms are used in the healthcare field, allowing us to visualize human anatomy in three dimensions. This can be viewed from various angles to pinpoint the sickness or condition more precisely.

The growth of this market has been aided by increased demand in several sectors such as healthcare, aerospace & defence, and commercial applications. Several countries have begun to implement 3D holograms in public spaces to provide information. With the usage of digital signage, the usage of 3D projected displays with real-time motions has led to an increased reaction during concerts, live shows, promotional events, advertisement, and marketing.

3D Holographic Technology Hardware

The hardware components are physical objects that display the 3D image in high quality and real-time motion using actual projection techniques. Some of the hardware components used to create 3D holograms include spatial light modulators, reflectors, lenses, microelectronics, and sophisticated projectors. Advanced algorithms are used by software modules to process photos and recreate the output in a computer display. In 3D holograms, software components such as motion detection, computer vision, and artificial intelligence are used.

New Technology in 3D Hologram

The new generation of technology, 3D hologram projection, has revolutionized the perception of the world in the new era. It has far-reaching consequences in many areas of life, including business, education, science, the arts, and healthcare. The technology of 3D hologram projection is quickly advancing. With every company attempting to make their product stand out from the competition, 3D hologram advertising and promotion are quickly becoming a hit. 3D hologram projection has evolved into a futuristic audio-visual display due to the latest in HD projection and CGI technology and is being utilized by many companies worldwide.

Readers can refer to Global Market Database to understand the Global market potential of the 3D Hologram market.

[globalmarketdatabase2020]

Soilless Farming- Business Outlook

As the population grows, the amount of agricultural land per person is expected to shrink by half the amount of agricultural land per person in 1960. Currently, 95% of vegetables are farmed through traditional farming techniques . About of third of all world’s land is used for farming. The top layer of the soil, the layer suitable for cultivation is eroding fast due to climate change. Any additional claim of natural land reserves will adversely affect the ecological balance. Global soil pollution is on the rise due to the excessive use of chemical fertilizers and modern agricultural practices.

Soilless farming also saves additional carbon emissions, due to logistics. As soilless farms are compact, farms can be operated on rooftops of grocery mart to provide fresh vegetables. Soilless farming uses very less amount of water because water wastage and weed population are zero, soilless farming conserves water resources. Soilless farming environment can be automated to produce yield throughout the year, unlike traditional farming techniques, an automated farm environment would increase operating margins for farms. As the soilless farm environments are isolated, the effect of natural phenomena like storms, is limited, adding predictability to farm lifecycle.

Hydroponics, Aeroponics, and Aquaponics- Market Database

Based on the medium used in cultivation, soilless farming is classified into hydroponics, aeroponics, and aquaponics.

Aeroponics uses no substrate to support the plant, nutrients are directly sprayed to the root systems. In aeroponics, plant roots are suspended in air control chambers where nutrient-rich water is sprayed to the roots directly. As nutrients are sprayed inside air chambers, care should be taken to prevent the growth of harmful bacterial and fungus growth. Sterilization of air chambers is crucial to prevent microbial infection to the plant.

Aeroponic systems are more mobile than hydroponic systems. Aeroponic systems are easy to maintain and are compact systems, tailored for the urban landscape. The plant growth rate is higher in aeroponics systems as compared with hydroponics. The high growth rate is attributed to the high availability of oxygen content to roots and the direct absorption of nutrients by roots.

Low-pressure aeroponics systems are the most commonly used non-commercial systems, they are easy to set up and cost-effective. A low-pressure pump creates a larger droplet while spraying nutrition to roots.

Low-pressure systems can not be deployed at a commercial scale due to operating conditions. Commercial systems require high-pressure pumps to create a very minute nutrition spray droplet. The smaller size of the nutrition droplet accommodates more space for oxygen interaction with roots, and result in faster growth of the plant. High-pressure aeroponics systems are advanced and expensive, requiring specialist equipment to set them. High-pressure aeroponics is also the most efficient type of aeroponic system.

Hydroponic systems use water as the medium for root growth, roots are suspended in water solution. Plants grow in the neutral substrate that provides physical strength for the shoot of the plant, roots grow inside a nutrition-rich aqueous solution.

Reservoir type hydroponic system is one of the basic types of hydroponic system which is convenient for growing leafy greens and herbs. Plants float on Styrofoam with roots suspended in the aqueous solution. A pump is used to oxygenate the solution. Care should be taken to make the container opaque, as light causes algae growth.

In the Nutrient film technique, the nutrient solution is made to flow over plant roots without any intervals. The system is designed such that it uses gravity to facilitate the return of runover nutrient solutions. The nutrient film technique is suited for short-statured plants. But the system is more prone to pump failures and power cuts.

The Wick System is one of the most simple and low-cost hydroponic techniques, suited for households. A wick draws the nutrient solution from the reservoir into the growth media. The system contains no moving parts and has low maintenance costs. The disadvantage of the technique is that plants with greater absorption capacity use all of the nutrient solutions faster than the wick can replenish. The wicking method is inefficient.

Aquaponics is the hybrid between hydroponics and aquaculture. Fish and plants are grown in the same water source. Fish provides nutrition for the plants to grow, and plant roots purify water for fish. Bacteria decompose fish waste into ammonia which is consumed by the plant. Aquaponics takes months for bacteria to significantly induce ammonia content in water.

Soilless farming offers an alternative, eco-friendly method for cultivation, this blog helps in identifying different methods of soilless farming. Users can login to Global Market Database to understand more about this market.

[globalmarketdatabase2020]

Top 10 trends in coffee market in Canada

Demographics- Top 10 trends in Coffee market in Canada

Although Canada does not manufacture coffee beans, it appears to be addicted to them. After the Netherlands and Finland, Canada ranks third among the world’s top coffee drinkers. An average Canadian consumes 152 liters of coffee each year. That is almost a barrel of oil in size. Smaller, stronger coffee portions are the norm in Europe. At the same time, coffee consumption trends in North America have shifted drastically. Starbucks pioneered the transition to stronger coffee more than two decades ago. Other retailers had to adjust as the coffee preferences of North Americans shifted. Most coffee merchants with considerable market shares in Canada have Europeanized their products.

Coffee is the most consumed beverage among those over the age of 16 in Canada, surpassing even tap water. The average number of cups of coffee consumed by Canadian adults per day is 2.8, with more people opting for larger cups. The new Canada Food Guide lists unsweetened coffee as one of only four “healthy drink alternatives” other than water. In the last five years, the number of Canadians who buy ready-to-drink coffee in a bottle or can has more than doubled. Canadians under 35 are more likely to consume “gourmet” coffee beverages, which include both espresso-based (cappuccinos, macchiatos americanos, etc.) and non-espresso-based beverages (nitro, cold brew, frozen blended).

Consumption Pattern- A Business Outlook.

However, in recent years, Canadians’ consumption of coffee outside the home has decreased by over 3% annually. Single-serve coffee machines are becoming a stronger competitor to classic drip brewers, encouraging more people to enjoy coffee at home. Single-serve coffee pods, which are more convenient and less wasteful, have propelled Canada to the top of the world’s coffee drinkers. That is why, despite the environmental cost, many coffee shops sell pods because the profit potential is simply too great to pass up.

The Home segment accounts for the majority of consumption of coffee in Canada. In fact, seven out of 10 cups of coffee in Canada are consumed at home. Coffee in Canada is the first beverage drank outside of the home, ahead of soft drinks and tea, according to two out of every three Canadians who visit coffee shops at least once a month. Traditional coffee is chosen by more than half of coffee consumers in Canada, according to consumer preferences. Espresso-based beverages are also popular, with one in every three drinkers of coffee in Canada preferring this type of beverage. Non-espresso beverages, on the other hand, are a small part of the Canadian coffee market.

Millennials are important in the marketplace since their coffee consumption is increasing by 5% to 6% every year. Coffee drinkers are becoming younger and younger, with the youngest Millennials as young as 14 years old. On the way home, coffee shops have become a must-stop. According to the National Coffee Association in New York, daily consumption of coffee in North America, among 18- to 24-year-olds increased to 48% from 34%, while consumption among those aged 25 to 39 increased to 60% from 51%. Adults 60 and older witnessed a dip from 76% to 64%, while the 40-to-59 age bracket saw a decrease as well.

Coffee has clear physiological effects, leading to it being regarded as a drug for spiritual reflection, a medicine for a variety of ailments ranging from indigestion to headaches and hyperactivity, a cure for hunger and fatigue, a potion for creativity, and an additive of athletic and labor performance. According to numerous studies, drinking up to four cups of coffee a day may be beneficial to one’s health. Coffee was recently demoted from a carcinogenic food to healthy food by the International Agency for Research on Cancer (IARC). According to the study, coffee can reduce the incidence of liver and uterine cancer.

Canada has demonstrated the fastest consistent growth among the traditional coffee importing markets, including, North America, Europe, and Japan – in the recent decade. Canada imports coffee from more than 30 developing nations. The market of coffee in Canadahas created over 160,000 jobs in cafes and coffee shops, as well as 5,000 positions in roasting and manufacturing. Coffee in Canada has benefited over 5,000 individual café and coffee shop owners, as well as thousands of more franchisees. The coffee market in Canada has also generated jobs in supporting industries such as packaging, cup suppliers, and food production.

Canadian Coffee market- Pandemic Impact

During the COVID-19 pandemic, the rapid rise of delivery services helped to limit losses of the coffee market in Canada, although only to a certain extent. This was clearly insufficient to cover the crisis’s worst months. The coffee market in Canada, on the other hand, looked strong in 2020. According to reports, the sellout varied from 4.17 million bags of 60 kg in 2011 to 4.83 million bags of 60 kg in 2020. According to the Specialty Coffee Association of Canada, coffee consumption per capita has climbed from 7,050 kg to 7,830 kg per person, and two-thirds of Canadians drink at least one cup of coffee per day, with the average being 2.8 cups per day.

[globalmarketdatabase2020]

Meats market in UK

Meat Promotion Wales (HCC ) is one such campaign that promotes the use of lamb and beef in-home cooking, while also addressing the red meat industry’s environmental problems.

Despite meat’s detractors and unfavorable news coverage. Sales did not contract like projected in 2019. The volume of sales of chicken and pork grew, whereas the volume of sales of beef and lamb declined somewhat during the same time. The economic downturn caused by Brexit, covid-19-induced economic troubles, and poor customer confidence has all contributed to a drop in lamb and beef sales. Lamb and beef are high-priced protein sources.

Business Outlook in Meats market in UK

Customers, corporations, and government authorities place a high value on health and sustainability. For every industry, sustainability and health go hand in hand. The Meats market in UK is working hard to position itself as a sustainable meat sector. The meat industry is attempting to distinguish itself from industrial farming operations such as those seen in the United States and Brazil. Factory farming is unsustainable, and the meat is hazardous to one’s health. The meat market in the United Kingdom is trying hard to project a favorable image. Typically, news coverage of the meat industry generalizes procedures and lumps all alternatives together. The meat industry is attempting to promote the United Kingdom’s animal welfare measures as well as its lower greenhouse gas emissions, As a green offering to combat climate change

To reduce plastic pollution caused by meatpacking. The meats market in UK is exploring alternatives. Alternatives need significant expenditure in research and development. In the United Kingdom, the beef industry is experimenting with novel skin packaging technologies, such as substituting heavy-semi stiff plastic bases with totally flexible plastic alternatives. Newer packaging options include less plastic, reducing the level of plastic pollution.

Because of the negative health effects of red meat intake, sales of white meat, such as chicken and fish, are increasing. The proportion of people concerned about the negative consequences of red meat has risen from 8% in 2015 to 13% in 2019. Chicken is a diverse protein source with several health advantages. Furthermore, chicken is one of the least expensive forms of protein, which adds to its commercial attractiveness. The market for ready-made, seasoned chicken is expanding. Customer ease is a critical aspect in increasing sales.

The meat business is attempting to expand into overseas markets, namely the Middle East. Swine flu has had an impact on Chinese meat exports. To increase lamb exports, the sector is looking to the Middle East. Any possibility of free trade with South America will have a significant influence on the UK beef sector. Due to customer emphasis on the legitimacy of meat, fast food conglomerates are bypassing distributors and entering into agreements with organic farm owners.

Imports and Exports

Beef accounts for nearly half of all meat imports to the United Kingdom. Pork and lamb account for 30% and 20% of meat imports, respectively. The domestic meat industry meets the majority of the UK’s demand for meat cuts. Popular meat cuts, however, are imported to meet demands. Imports meet around 26% of total meat demand. The Republic of Ireland, New Zealand, the Netherlands, and Germany are the major beef import destinations. Imports of meat from South American countries such as Brazil are also on the increase.

Meat is exported from the United Kingdom to France, the Netherlands, and the Republic of Ireland. China is a significant meat export market for the United Kingdom. Meat exports to the United States are increasing. Beef contributes 40% of total export revenue. Lamb and pork account for 36% and 20% of total export income, respectively. The weakening of the pound following the 2017 Brexit referendum has made UK beef exports more competitive.

The meat sector is concerned about trade agreements that the UK is entering in with other countries. The meats market in UK may be overwhelmed by cheaper meat imports, which might have a significant impact on the meat business. After Brexit, a trade deal between the EU and the UK is vital for the future of the UK’s meat sector. The EU accounts for 70% of all meat exports from the United Kingdom. If a comprehensive trade deal is not negotiated, the meat sector in the United Kingdom is anticipated to pay additional expenditures ranging from GBP 90 million to GBP 120 million. This effectively undermines the competitiveness of UK meat exports.

The users can log in into Global Market Database to get more views on the business outlook for meats market in UK.

[globalmarketdatabase2020]

Irrigation System – Global Market Database

Smart irrigation system uses on field to sensors to measure variables and take necessary steps accordingly. System monitors for variables like weather, soil condition, evaporation, moisture, and humidity.

Weather-Based sensors and Soil Moisture Sensors

Smart irrigation systems use broadly two main types of controllers. Namely, on-site soil moisture sensors and Weather-based sensors. Geographic location and environment decide the selection of the type of controller.

Soil moisture sensors

Soil moisture sensors are buried in the root zone of shrubs, accurately determine the moisture level in the soil and communicate the reading. Based on the input from the sensors, controllers take actions accordingly. We have suspended cycle irrigation systems, here the systems are designed like traditional time controllers. Watering starts as per the predetermined schedule and runs for the programmed time. Based on the input received from on-site sensors regarding moisture content, the system may stop or allow the next scheduled irrigation cycle. This enables the system to prevent water waste that could have happened if the required moisture was attained in the previous cycle.

Weather-based smart irrigation controllers

Weather-based controllers are complex systems that use local weather data to adjust irrigation schedules. They are also known as evapotranspiration controllers. Controller gathers local weather data to adjust their water cycle timetable. Smart irrigation system gathers data regarding temperature, wind, solar radiation, and humidity. These inputs help to calculate accurate water demand.

The smart irrigation system may use meteorological data from publically available sources and calculate local water demands. This type of controller is known as the signal-based controller. Controllers can also use past water tables to program a water curve that can be adjusted to solar radiation and temperature to plan effective water running schedules. They are known as historic controllers.

Smart irrigation can have multiple sensors deployed across the field to take real-time continuous readings to plan water schedules, On-site weather measurement controllers are the most complex type and are costly. But On-site controllers provide accurate data and help in water conservation.

Delivery

Smart irrigation system make use of sprinkles, trickle, and subsurface methods to deliver water to plants. Sprinkles are usually used in the golf course, stadiums, and other large grass patches. Sprinklers distribute water through the air, like water. Trickle irrigation delivery is a direct water delivery type. In trickle systems, water is delivered to the roots of plants directly. Surface irrigation is the most traditional type of water delivery system. Water is supplied to plats via irrigation ditches. Surface irrigation systems are ineffective due to evaporation losses. The subsurface method is among the most efficient water delivery systems. Water pipes are buried next to the plant root zone and supply water to the root. Both subsurface and trickle methods same most water due to fewer evaporation losses associated with them

Adoption

Existing underground irrigation systems may be retrofitted with smart watering technology by replacing the present controller with a smart one. Add-on weather or moisture-based sensors can be utilized with existing controllers and systems in some situations, saving the expense of acquiring a new controller .

Benefits

Smart irrigation systems optimize water levels based on inputs regarding moisture and weather predictions. Wireless inputs from the censors and meteorological database assist the controller in taking necessary steps. Smart irrigation saves about 20% of water when compared with traditional irrigation systems. Weather based smart irrigation systems use natural agents like rains to save water. Smart irrigation systems also result in cost benefits for property owners. Smart irrigation systems run on fixed water cycle and are fully automated, which reduces human effort in maintaining lawns.

Smart irrigation systems provide an opportunity to effectively use water and conserve water for future use. Smart irrigation systems are an eco friendly way of maintaining huge estates, golf course, and other aesthetic landscapes. Smart irrigation system offers multiple benefits to property owners and prevents water wastage. This blog provides basic information regarding smart irrigation. Users can login to Global Market Database to understand the dynamic changes in this market.

[globalmarketdatabase2020]

Car Hacking- A key challenge to Automotive Cybersecurity

Market research tools suggest that the Electronic Control Units (ECUs) are an important part of the vehicle as they simplify the communication mediums in the vehicles. As per market intelligence platforms, these systems are prone to greater cyber breaches as they make use of the internet. The growth trends associated with this sector can be studied using market research tools like Global Market Database. The cloud based market research platform studies the shift in line with changing market trends.

Automotive cybersecurity applications are either integrated with the vehicular systems or are controlled via cloud architecture. Market research states that cloud-based applications are expected to capture a larger share in the market. They offer significant advantages such as remote access, quick response, increased storage, and cost-effectiveness.

ADAS & Body Control:

According to the market database , the automotive cybersecurity protocols can be used in different use cases, these include Advanced Driver Assistance Systems (ADAS) & Safety, body control & comfort, infotainment, telematics, and powertrain systems. Market research states that the ADAS & safety systems have commanded a greater share in the market. Market intelligence tools state that advanced Driver Assistance Systems (ADAS) are defined as electronic systems that assist the driver in driving and parking functions. According to the market database, the ADAS is considered one of the key safety technologies that are installed in modern vehicles. Market research states that the group of sensors and processors are required to be in constant secure communication mode. ADAS are developed to automate, adapt, and enhance vehicle systems for improved safety. Such a mix of factors has contributed towards an optimistic market outlook for this type of cybersecurity application. The overall growth dynamics associated with this sector can be studied using market research tools like Global Market Database. The market research platform provides the market trends across 600+ markets and 12 different industries.

Infotainments, Telematics, and Powertrains:

In-car entertainment systems or infotainments are defined as a collection of hardware and software elements that provide audio and video entertainment. Market database states that these modules provide can be controlled manually or by voice commands. According to market research tools, infotainment systems capture a large amount of user-sensitive data and need to be protected with the appropriate mechanisms. Telematics is described as a communication technology for vehicles based on information flowing between vehicles through wireless networks. These are the usual gateways for entry for car hacking.

Greater acceptance of the Internet of Things (IoT), cloud technology, and 5G have accelerated the demand for secure communication channels between smart vehicles. The market penetration rate for IoT-based technologies can also be studied using market research platforms like Global Market Database. The change in market outlook associated with the introduction of these technologies can also be studied using this market research tool.

Growth Catalysts & Opportunities:

According to the market database, increased use of electronic components in the car and a greater number of electric cars have supported the growth of this market. Market research states that several opportunities have started to emerge with the convergence of IoT, Artificial Intelligence (AI), Cloud Computing, blockchain, and 5G. Advancements in these supporting technologies have amplified the use cases of automotive cybersecurity.

Market research tools state that the policies across the globe are now aimed towards data protection and data sharing protocols with special emphasis on cybersecurity to prevent car hacking. According to the market database, major countries have rolled out draft policies to strengthen the action plans for automotive cybersecurity. This has contributed towards a positive market outlook. For instance, recently, ISO and the Society of Automotive Engineers (SAE) worked together to define cybersecurity standards for the automotive industry.

The U.S Market Perspective:

A key challenge in the automotive cybersecurity market is the car hacking. Market research states that this is due to the well-established technological and research infrastructure to strengthen innovation and drive wide-scale adoption.

Government support in terms of relevant policies and regulations has contributed towards an optimistic market outlook in the region. In 2015, US legislation proposed the Security and Privacy in Your (SPY) Car Act. Market database states that the bill was aimed to mandate critical software systems in cars are isolated and the entire vehicle is safeguarded against cyberattacks. Market research suggests that special measures are also undertaken by the National Highway Traffic Safety Administration (NHTSA) to regulate the collection and transmission of data generated by the vehicles.

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Foods Market Driven by Vegan Diet

Market research suggests that dairy alternatives offer significant advantages such as low concentration of fat, cholesterol, and lactose. According to the market database, based on the formulation, the dairy alternative products are available in the plain and flavored format. Plain types are completely pure and offer superior nutrient content. Market research tools suggest that the flavored type contains a mixture of natural flavors or some artificial sweeteners to enhance the taste.

Classification Based on Source:

Market database suggests that almond is another source that has contributed significantly towards the development of the dairy alternatives market is expected to the fastest growing in the coming years. According to market research, almond sources offer different advantages such as high nutritional content, easy availability of raw materials, and increased popularity. Market research states that they provide a nutty flavor and can be consumed by vegans. Almond-sourced products are beneficial for weight management techniques. Market database suggests that other types of dairy alternative sources are expected to increase the percentage of contribution due to the introduction of innovative products and improved consumer demand.

Distribution Channels:

Market database suggests that supermarkets have experienced a greater share in the dairy alternatives market. Market research states that this is due to their ubiquitous nature and ability to house several physical products. COVID-19 disrupted the supermarket vertical as the overall consumer footfall dropped significantly due to the lockdowns. The business recovery post-COVID-19 can be studied using Global Market Database. The market research platform provides customized market research reports according to the client’s requirements.

According to the market database, as economies across the globe started to ease the restriction, the demand for supermarkets has witnessed a sharp revival.

Health food stores, pharmacies, and convenience stores are different physical establishments that have supported the demand for dairy alternatives after supermarkets. Market research states that these stores are dedicated to healthy and natural products which allow the consumer to choose from the different variety of dairy alternatives products.

Growth Elements & Opportunities:

Market research states that increased cases of lactose allergies, changing consumer lifestyles and improved health awareness have contributed to the growth of the foods market. Market database suggests that lactose is defined as the major carbohydrate in milk and other dairy food products which include ice cream, cheese, and yogurt. Market research tools state that symptoms of lactose intolerance include abdominal pain, diarrhea, nausea, gut distention, flatulence, and constipation. Market research states that dairy alternatives are lactose-free and are considered healthy as they contain a smaller number of calories.

A shift in the adoption of vegan diets which prohibit the use of dairy products has significantly contributed to the demand of this market. COVID-19 allowed to improve the consumption of organic food & beverages and supported the growth of dairy alternatives products. The change in consumption patterns amongst the demographics associated with the pandemic can also be studied using market research tools.

Foods Market is driven by consumers have now shifted the focus towards clean label products and brands have accelerated the release of such products to capture the attention.

APAC Foods Market

According to the market database, the region has commanded a greater share in the dairy alternatives market. Market research states that this is due to the increased adoption of plant-based production and consumption of clean label products. Higher population density coupled with greater penetration of internet-enabled services has led to the formation of a robust distribution network. Market research tools state that the growth in this region is led by countries such as China, India, Australia, and Japan.

Easy availability of raw materials and related resources gas attracted key market players to set up manufacturing and research facilities in this region. As more people are equipped with smartphones and related smart gadgets, the presence of online stores has increased in this region. Such a mix of factors has contributed towards a shift in foods market for dairy alternatives in the APAC region.

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Global Biofertilizers Market Demand

According to market research tools , about one-third of the world, the population depends on agriculture, the proportion is more in developing and underdeveloped world. One of the main causes of limiting crop yield is soil infertility. To fill the void nations are excessively using chemical fertilizers to temporarily boost the nutrient content. But, long exposure to chemical fertilizers deteriorates soil and is a major contributor to water pollution. The use of organic fertilizers is steadily increasing, thanks to increased consciousness among urban customers.

Need for Biofertilizers

According to market research, increasing soil infertility leads to further use of chemical fertilizers which in the long run further deteriorates soil. Also, about 60% to 90% of chemical fertilizer applied is lost. Only 40% to 10% is taken up by plants. Market research tools signify the need for biofertilizers, as they directly integrate nutrient producers with nutrient consumers. As per Global Market Database, the use of Biofertilizers, in the long run, helps to recharge the soil and correct heavy contamination caused due to the use of chemical fertilizers. With an emphasis on organic produce, farmers can expect a higher return for their produce, increase their income level.

Important Elements

According to the market database, Soil fertility refers to the presence of an appropriate proportion of elements present in the soil, elements ranging from nitrogen, Potassium, Calcium, and other important elements

The Global Market database states, Nitrogen is a primary macro-molecules necessary for plants in large quantities. It is used in RNA and DNA synthesis, protein formation, and the synthesis of plant hormones. Market research shows, Potassium occupies second place in terms of the volume of necessary nutrients consumed by plants, Potassium regulates cell growth and water absorption by plants and also helps in plant defense against some variants of bacteria and fungus. According to Global market database Phosphorus promotes plant growth and is present in cell membranes, controlling entry and exit. It is important in seed formation and is absorbed by plants in the form of phosphates.

Mode of application

According to market research, biofertilizers use carrier elements to increase effectiveness. Carrier materials like Springer and Somasegaran are used. According to the Global market database, An ideal carrier material must be cheap and readily available, it must be easy to sterilize, it must be easy to form and lump-free, along with good pH buffering capacity, and contain high organic content. Biofertilizers can be in liquid form or powder form. Carrier material influences the final state of the biofertilizer.

Market Factor’s for Biofertilizers

According to Market research tools, the major promoter is the increasing concern about food security. This coupled with concern about the impact of chemical fertilizers on the environment is fueling the growth. Market intelligence platforms show economies are emphasizing sustainable development and developing favorable policies is boosting the market

According to market research tools, a major limiting fact is the nutrient content of biofertilizers when compared to chemical fertilizers, which is low. They have a shorter shelf life and are not independent of external factors like temperature and other parameters that limit their effectiveness. Lack of technical support to farmers along with lack any subsidies for farmers is making the shift difficult. Market database states, General awareness about biofertilizer is limited cause further more isolation and preventing the mass roll-out

United States Market prospective

Market research suggests Customers in the US are increasingly adopting organically grown agricultural produce. According to the global market database, The US having a well-established agricultural ecosystem is a major player on the world stage. Soya bean an important crop in the US requires a high amount of nitrogen. Also, the share of organic fruits and vegetables is increasing. Market research suggests fruits and vegetables require a higher amount of Potassium and Phosphorus, compared to cereals and other produce. Fruits and vegetables are expected to drive the market. Sensing higher growth firms are funding/ sponsoring research projects in universities. When analyzed through market intelligence platforms, customer awareness and steady innovation in the market are projected to keep up the demand.

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US population 2020 and Foods Market

The global population is growing at 1.1% annually, adding 83 million people annually. The current population growth rate is one of the lowest in decades. But the population growth is not equally distributed around the world. The western developed world is concerned with slowing population growth rate and increasing aging population. Japan with a current population of 127 million is expected to have 100 million by 2050 and decline by two-thirds of its current population, by 85 million by 2100, according to United Nation estimates. The US is witnessing a lower growth rate than a decade ago. The same is with India, the growth rate of the population of India in 2020 was 0.99%, the population growth rate was 1.6% in 2005. Food security is of top priority for policymakers in these countries.

United States Foods Market:

The US population in 2020 was over 330 million. The future population growth rate is further expected to drop. But, food demand in the US is steadily growing. Mainly due to changing lifestyles and food wastage. Food wastage in the US is about 30%-40% of total food production. Maximum food wastage occurs at the retail and customer end. US wastes around 133 Billion pounds of food valued at USD 161 billion each year.

About 1.2 billion acres of land in the US were used for agriculture in 2012, an 11% decrease in land use from 1949. 26 million acres of land were under wheat cultivation in 2017. 0.8 million acres of land under oat cultivation, 90 million acres were under soybeans cultivation, 2 million acres under rice cultivation, and 4 million acres under vegetable cultivation. In meat products, poultry has a bigger market share. As the population grows, land under cultivation is further expected to increase.

In 2018, per capita beef availability was 54.6 pounds, chicken availability was 64.5 pounds. Chicken has witnessed increased consumption, it overtook per capita pork consumption in 1999. Fish and shellfish have a moderate per capita availability at 16.1 pounds.

Food insecurity has decreased in the US, but the tread may be affected due to covid-19 induced economic disruption. About 90% of households in the US have food security. 13.6% of households have experienced food insecurity in 2019. About 6%-7% of the US population in 2020 was employed in agriculture and allied activities. Accounting for 10.9% of total jobs in the US. Agriculture contributed to 2.6 million direct jobs. About 13% of household income was spent on food.

Covid impact on foods market

During the initial days of covid lockdown, consumers focused on hoarding supplies. This created an artificial demand boost. After some time shoppers adjusted to pandemic shopping and demand returned to normalcy. Households made fewer trips during lockdown but the value of purchase has increased substantially. Demand for the ready-to-cook segment increased due to lockdown. Along with meat, milk and baby food categories witnessed increased sales. Alcohol sales increased during lockdown due to a higher consumption rate. Demand for packed snacks increased substantially during the lockdown.

Newer delivery options

Traditionally consumers in the UK have used supermarkets, mini markets, they still hold considerable popularity. But online grocery shopping is expected to rise, this has forced supermarkets to provide online order and home delivery options to consumers. The outside food consumption market has increased, and a large proportion of the population is predicted to eat outside. This has led to the integration of technology to promote online food delivery. Online food delivery startups have entered the segment, to ferry cooked food to parties, outings, and business venues. The foods market in UK is expected to grow at a healthy rate. Login to Global Market Database to understand more about this market.

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Automotive Communication Technology Business Outlook

According to market database, Collected data is processed and make a more appropriate prediction on traffic and accident-prone zone and providing faster accessibility for an ambulance and police vehicles. The data is collected by various modules like Controller Area Network (CAN), Ethernet, Flexray , Local Interconnect Network (LIN), Media Oriented Systems Transport (MOST), these are mainly used in power-train, body control & comfort. Global market database shows a paradigm shift being witnessed in the industry with the introduction of self-driving cars. Firms offering Self Driving cars are going on a massive test program to begin early roll-out, like a big American firm starting its test run in Atlanta, USA. Cites are rolling the red carpet to cash in on this. With many cities building or funding test track.

According to business outlook, the global automotive communications technology market is estimated at USD 5.84 billion in 2017. Market intelligence platforms show the growing demand for comfortable and safer vehicles from the customer along with technological strides being made is fueling the growth of the market.

Segment-wise analysis

Automotive communication different buses are used for effective communication. Buses like Controller Area Network (CAN), Ethernet, Local Interconnect Network (LIN), Flexray, and Media-Oriented Systems Transport (MOST) are a few. CAN and Ethernet have a larger market share. According to Global market database, CAN bus has a larger share of market. This is due to the low cost of integration and flexible data transfer rate. However Competitor Database indicates that the adoption is in line with the cost of technology and other associated cost.

According to Global market database need for use of communication technology in cars is heavily influenced by car type. The luxury car segment uses max communication technology to offer premium services. Market Database predicts the economy section of the automobile market to be growing at a healthy rate. As the market becomes more competitive, firms are offering advanced technologies in the passenger and semi-luxury segments.

According to business outlook from GMD, automobile communication technology has a wide array of applications ranging from powertrain, body control & comfort, infotainment & communication to safety. Due to government regulations on safety, the use of communication technology is growing in the safety segment.

Market Factors for Automotive Communication Technology

The key drivers in the market are the increasing electronic components and their complexity, as the complexity of the system rises, the volume of data generation increases accordingly. Stricter government regulations for safety are further boosting the demand. As automobile sales rise in the US so does the demand for Automotive Communication Technology. The emergence of autonomous vehicles is expected to further boost the demand, due to the vast amount of volume of data generated and analyzed in them. As the luxury segment in automobiles grows, so does the demand for automotive communication technology grows with it.

The market is completely dependent on automobile sales, any dent in the auto industry is also felt here. The auto industry is affected badly due to Covid-19 and the restriction that followed. Year on Year (YoY) growth in the auto sector has decreased by 12%. As the complexity of the system increase, their reliability decreases. Which makes replacement and maintenance costly. Also as the number of nodes increase, the overall cost of the system increases. According to Global market database, A major concern is with cybersecurity, as systems are increasingly being interconnected. The possibility of remote hack also increases with it.

The US market Perspective

According to the Global market database, The automotive communication technology market in the US is growing at a healthy rate. Stringent government policy aimed at safety and emission is boosting the demand. As more firms are researching autonomous vehicles, the demand is further expected to increase. Competitor Database indicates that many auto firms are forming a strategic alliance with tech firms to explore new offerings. As the US is one of the largest markets for passenger cars, it is well-positioned to witness healthy growth in the automotive communication technology market.

Business Outlook tools shows the US is investing heavily in autonomous vehicles. From tech giants, traditional automakers, to ride-sharing giants, are investing heavily in the research and development of autonomous vehicles. According to GMD’s Competitor Database, A major player has spent over USD 3.5 Billion on research & development. Delivery and logistics firms are developing unmanned terrestrial vehicles to optimize last-mile delivery. Autonomous vehicles use maximum communication technology devices. This is because of the volume of data generation and integration of different platforms for smooth running.

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Air purifier for car– Business Outlook

Active and passive air purifiers

According to Global Market Database, Air purifiers are classified based on the method of filtration adopted. Active filtration refers to the use of negatively charged ions to filter air. Air ionizer type employs active filtration method. Air surrounding the purifier is loaded with negatively charges ions dust, and other contaminants attach themselves to negative ions and stick to surfaces as a result. According to market research Air ionizer type consumes very little electrical power. Since there is no physical filter replacement and maintenance charges are low.

According to market research, the passive method of filtration makes use of filters to physically filter to remove contaminants. Carbon filter and HEPA filter are two main types. In the Passive method, the air is forced through a series of filtration units to physically trap pollutants present. Maintenance and replacement charges are high in this segment. The passive filtration method offers protection against a wide range of pollutants. Market research tools predict increasing air pollution levels in the US is anticipated to boost demand for passive filtration air purifiers.

Technological Aspects

Air ionizers produce negative ions and ozone for purification. Both cause respiratory diseases such as asthma. Which is limiting the widespread technology adoption.

According to market intelligence platforms like Global Market Database HEPA, High-efficiency particulate air filter. Leads the market with a 40% global revenue share in 2020. HEPA use many small filters, varying in size to collect dust, pollen, and other airborne contaminants. HEPA car air purifiers mostly have a three-part filter system. The pre-filter catches larger particles such as dust. The second filter catches gasses and odors. The third, the HEPA filter, catches small and ultra-small allergens, viruses, bacteria, and micro-sized dust. HEPA filters are highly efficient in trapping pollen, bio-contaminants, smoke, and dust. Market research tools show the high quality and reliability of HEPA filers in removing contaminants is driving passive filtration technology.

According to market research, Carbon filters make use of activated carbon to filter out contaminants. The absorption property of activated carbon is exploited here. Filters are used to absorb gases, odor, and smoke. The cost of carbon filters is more than other types. Which reduces wide-scale adoption.

Market Factor for Air Purifiers

Drivers, restraints, and opportunities in the market are analyzed through Market research tools like Global Market Database.This shows awareness among the general population is the major driving factor for the air purifier industry. Awareness about health benefits from the pollution-free environment and harmful effects of the traditional mode of transportation.

Market research shows, the advent of EVs and hybrids, and customer interest in an alternative mode of transport are rising. Existing air purifiers need a reconfiguration to adjust for new working conditions.

Covid-19 Impact on Air purifiers

According to Market intelligence platforms like Global Market Databases, the impact of covid-19 on the global automobile industry was severe. With a 12% reduction in Year on Year (YoY) demand growth in 2020. With countries battling the second wave, consumption would be seriously affected. Market research tools state, air purifier for car market is directly dependent on the automobile industry, any setback in the auto sector is also reflected here. Market research show replacement sales for air purifiers are also affected mainly due to covid-19 restriction and supply chain disruptions. Due to covid-19 customer opinion on owing personal car is growing. Which is expected to register good growth for the automotive air purifier market.

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Automotive Transmission– A Global Outlook

Classification and analysis

According to Global market database, As the number of gear in an engine transmission increases, the speed ratio increases accordingly. Higher number of gear allows the engine to perform at optimum level. Vehicles with 8 gear have better fuel efficiency, better durability, and help in minimizing CO2 emission.

Lesser gear combinations are used in semi-luxury and passenger cars. The passenger car segment is growing at a steady state, so is its gearbox market. Sales of SUVs and light commercial vehicle is growing. Market research tools signify the status symbol associated with SUV as a growth promoter. And increased urban transportation in LCV. Market Outlook across industries have changed in the post COVID business environment.

Technological aspect

According to Global market database, based on the mode of operation gear transmission is divided into automatic transmission, manual transmission, dual-clutch transmission, and continuous variable transmission. Automatic transmission consists of a complex setup of torque ratios that are computer-controlled to give the perfect gear ratio for a given speed. They provide smooth. They are most commonly used in the North American market. The growth dynamics can be studied using Global Market Database. Global Market Database is a cost optimum B2B market research tool that provides Market Research Reports For Free.

Manual transmission is one of the simplest and oldest modes of transmission. Since it’s simple in design, the cost of maintenance is low so is the cost of replacement. The market share is steadily declining due to the wider adoption of automatic transmission. According to market research tools, Europe is the biggest market for manual transmission.

According to market database, Dual-clutch Transmission is the hybrid between automatic and manual transmission, even and odd gears have two separate clutches which allows for faster shifts. Operations can be fully automatic or manual. Mainly used in race cars and high-end sports cars. They are extremely complex resulting in frequent failures and replacement is costly. Dual clutch-type as 14% of market share.

Continuous Variable Transmission(CVT), The Drive experience of Continuous variable transmissions is the same as that of automatic transmission. But the principle behind is different, CVT uses a pulley system to maintain the gear ratio, car speed, and its computer adjusts the pulley ratio. According to market research tools, the primary advantage is the fuel economy

Market factors for Automotive Transmission

According to market intelligence platforms, Due to covid-19, there is an inclination among individuals to own personal cars. The passenger car segment is anticipated to grow rapidly. Due to growing awareness of climate change and favorable government policies aimed at faster EV adoption is further expected to drive the market. According to market research, The Netherlands has the highest EV adoption thanks to pro-electric policies. The market share of a manual transmission is expected to fall significantly due to growing interest in automotive transmission. Firms are offering automatic transmission in the passenger segment to attract customers.

According to Global market database, The automotive transmission market is heavily dependent on the global automobile market. The auto market is seriously affected due to covid-19. But the demand is expected to catch up soon. As customer inclination towards personal vehicles increases, the market is projected to boom. Hybrids and Evs are other high growth potential areas.

European Market Perspective

According to Global market database, Market penetration for automatic transmission is low in Europe when compared to America. Fuel efficiency is critical in most European markets. The continent is home to some of the biggest auto players and has a well-established market. The passenger car segment is expected to be the major driving factor for the market. According to market research, EV acceptance is huge in Europe, this has attracted many outside players aiming to exploit the market. A major Chinese Electric car maker is eyeing Europe as a major market. A major American car player has a deadline to go all-electric by 2030. The future market projects look healthy in Europe.

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Global Automotive GlassMarket Outlook

Classification and Analysis in Automotive Glass

On basis of the manufacturing technique of glass is divided into laminated and tempered. According to market database, laminated glass prevents miniature fraction formation in the glass during accidents and other adverse events, they are also used in sunroofs, major auto players use laminated glass. They are costly as compared to tempered glass. Tempered glass is cost-effective, higher strength, and robust. They are used in widows and backlite. According to Global market database, Windscreen carries significant aspects in the vehicle, both glass, and automotive manufactures are engaged in developing newer technologies for enhanced features and appearance, like a new variety of windshields with self-cleaning glass.

For many years industry has preferred tempered glass for sidelite, increased safety concerns are a primary reason for the industry to shift for laminated glass use in windows, which prevent severe injuries during accidents involving heavy impact. Market Outlook across industries have changed in the post COVID business environment.

Passenger cars account for more than 60% automotive glass market share. The commercial vehicle segment follows closely. Passenger car ownership is increasing in both developed and developing nations. An increase in purchasing power has resulted in boom for passenger cars. Passenger car uses automotive glass in the windshield, backlight, sidelight, and side and rear-view. It is used for providing protection and helps to enhance the aesthetic feature of the vehicle. The growth dynamics can be studied using Global Market Database. Global Market Database is a cost optimum B2B market research tool that provides Market Research Reports For Free.

Market Factors for Automotive Glass

According to market database, The primary driver for the global automotive glass is rising demand in Asia-Pacific and other regions. The demand can be matched with a high production rate. Also, the demand for sunscreen is growing, due to growing customer interest in SUV and premium car segment. This corresponds to growth in the glass market.

According to Global market database, The market is heavily dependent on raw materials, energy requirements, and a distribution network. Any factors that affect these will affect the supply side of the glass market. Market intelligence platforms like Global market database show Covid-19 induced restrictions have disrupted the supply side. Overall market growth is tied with the growth of the auto industry, as the auto industry slows down. So does the glass market.

Market overview for Automotive Glass Industry

According to Global market database, The Global Automotive glass market is consolidated, top players account for about 75% of the market share. Mergers, acquisitions, and joint ventures with regional manufacturers are the nature of market dynamics. Market research tools, show leading manufacturers are engaged in research and development and implementation of new strategies for increasing their market share. Like Strengthening their product portfolio and increasing global presence. Apart from mergers, capacity expansion, acquisitions, and new product developments, integration across different stages of the value chain is one of the strategies adopted by key players to maintain a competitive advantage over other manufacturers.

North American Market Prospective

According to Global market database, North America is expected to have a stable growth rate due to the increase in the passenger car segment. Market intelligence platforms predict SUV and premium segment which uses sunscreen as a significant demand booster. The region being a well-established auto market is further fueling the demand. Setbacks due to covid-19 are short-term. according to market research, Anticipating the long-term demand a major player announced its investment of USD 24.0 million for increasing production of its popular market offerings at its Fort Wayne Assembly Plant in Indiana, U.S.

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Agricultural Drones – Global Market Database

Drones have an eye in the sky, patrolling for crop insects or dry spots in need of further focus when equipped with cameras, sensors, and other data capturing equipment. Drones are now used frequently to supply fertilizers or pesticides in several parts of the world; an estimated one in three bowls of rice consumed in Japanese homes is cultivated using pesticides sprayed from an unmanned aircraft. United States farmers have been working with drones, including grape growers in California and New York, to survey regions of low vigor where water could be scarce, or soil is not up to par. Farms and farming companies would increase crop yields, save time, and make agricultural management decisions by introducing drone technologies that would maximize long-term performance. Market Outlook across industries have changed in the post COVID business environment.

UAS (Unmanned Aerial Systems) offers a host of interesting ways to enhance the conservation of grains, cattle, fisheries, forestry, and other natural resources. UAS helps farmers to gain a birds-eye view of their fields at the tiniest scale, helping them to spot small changes that crop scouts cannot quickly recognize at ground level. Multispectral images that are pieced to produce spectral reflectance bands can be obtained by Drones fitted with special sensors. The growth dynamics can be studied using Global Market Database. Global Market Database is a cost optimum B2B market research tool that provides Market Research Reports For Free.

The use of Agricultural drones are on the rise as more farmers understand the capacity of the platform to execute key tasks and the quickly evolving ability to take on greater roles in the future. The technology’s attractiveness has been further strengthened by the decreasing cost of drone equipment, which decreases initial outlays and provides the opportunity for higher investment returns. The drone’s affordability and rapid developments in the technology’s scope are driving an ever-expanding number of current uses. These include aerial mapping, tracking of plant quality, identification of weeds, and where crop spraying is allowed by legislation.

Typically, most agricultural drones are normally medium-sized for observational purposes, whereas larger drones are used where there is a need to bear a load; that is for application such as planting or spraying. Multi-rotor configurations have seemed to be the choice in the agriculture sector currently using drones, mostly due to their reduced cost and a high degree of versatility. For many farmers, agriculture remains a challenging, low-margin market, with governments often supporting when extreme weather events or economic conditions emerge. Despite their cost-effectiveness, drones do require the procurement and proper use of considerable capital expenditure and technological skills, making it impossible for many small and medium-sized farms that are less expected to benefit from economies of scale to justify them.

To achieve the highest yields on investments, widespread implementation of emerging innovations enables farmers to adapt and modernize production practices. In comparison, in the agricultural sector, only 39% of farms use a smartphone or a tablet. This is an important challenge to solve, provided that drones are typically remotely controlled by software instruments such as smartphones and tablets to create the flight route and then analyzing the data obtained. The growth dynamics associated with the regional agrilogistics can be studied using Global Market Database. Global Market Database is a cost optimum B2B market research tool that provides Market Research Reports For Free.