Cloud Supply Chain Management Market Gr Gurgaon

Cloud Supply Chain Management Market Growth Analysis And Trends

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Surging adoption in transportation management has been one of the major drivers for the cloud SCM market. As the world’s transportation networks and supply chains become increasingly intertwisted and complex, the systems that support them are advancing and improving at a rapid pace. Software vendors have been integrating more transportation optimization capabilities into their solutions, making it easier for shippers to streamline their supply chains, while also making them more cost- and time-efficient. This has been augmenting the growth of the cloud SCM market.

During the course of our analysis, we found that demand planning and forecasting is projected to witness the highest growth, with 20.3% CAGR during the forecast period, among all solutions in the cloud SCM market. Demand management solutions help to predict and manage replenishment effectively, align price and profit margins, better leverage past product performance and maintain a leaner and more profitable supply chain.

Demand management solutions takes supply chain management to the next level by enabling an automated ecosystem that simultaneously maps demand forecasting against factors like financial predictions, supply restrictions, inventory counts and customer commitments, as well as patterns of behavior that can affect demand at any given time. These benefits of demand management solutions are thus driving the growth of the demand planning & forecasting.

Cloud SCM demand will grow at the fastest rate in small & medium enterprises during the forecast period. The market for cloud SCM in energy & power and retail & wholesale industries are projected to grow at the fastest and equal rate, during the forecast period. Support & maintenance is estimated to be the fastest growing service type in this market. Private cloud deployment is becoming the most preferred cloud supply chain management, resulting in the highest growth among all deployment types.

Cloud SCM market has been growing at the highest pace in Asia-Pacific on account of surging industrialization in the region, and the growing adoption of automation among enterprises. Growing e-commerce market coupled with increasing focus on reducing the ownership cost are the other factors driving the cloud SCM market in the region. The regional governments have also been supporting the industrial growth, which is being translated into the growth of cloud SCM market in the region.

There exists a high degree of rivalry for wining over the clients among the companies operating in the cloud CSM industry. In 2017, Aditya Birla Online Fashion (Abof) selected IBM Cloud and Watson to deliver a personalized and convenient shopping experience to their customers. It will endow the Abof customers with various accessibility features, such as using natural language questions within Abof’s enhanced eCommerce platform, and receiving greater personalization and product recommendations. Some of the companies operating in this market include JDA Software, IBM, Logility, Kinaxis, and Oracle.

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Why Are Cancer Patients Opting for Next-Generation Antibody Therapeutics?

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The International Agency for Research on Cancer (IARC) estimates that 1 in 5 people develop cancer during their lifetime. The organization further states that 19.3 million people, including 9,227,484 females and 10,065,305 males, were diagnosed with cancer in 2020, and this disease accounted for approximately 10 million fatalities in the same year, worldwide. The female population is usually affected by breast, colorectal, lung, and cervical cancers; whereas, the male population generally suffers from lung, prostate, colorectal, and stomach cancers.

Thus, the surging cases of cancer will accelerate the next-generation antibody therapeutics market at a healthy CAGR in the coming years. In contemporary times, antibody drug conjugates (ADCs), the next-generation antibodies, are being considered as a safer and effective option for treating cancer, as these antibodies are prepared by combining a biologically active cytotoxic drug and monoclonal antibody to target tumor cells. These antibodies help in overcoming the challenge of the limited application of monoclonal antibody therapeutics.

Nowadays, the ADC technology is gaining traction due to the cytotoxic nature of such antibodies, as they offer a high potential benefit in chemotherapy. This property of ADCs delivers improved efficacy and enhanced specificity. Owing to the high efficiency offered by this technology, biotechnology and pharmaceutical companies across the globe are increasingly focusing on the development of ADCs. For instance, Seattle Genetics Inc., F. Hoffmann-La Roche AG, and Bristol-Myers Squibb Company are involved in the development of ADC technology-enabled next-generation antibody therapeutics solutions.

Apart from ADCs, Bayer AG, Xencor Inc., Dyax Corp., Takeda Pharmaceuticals Company Ltd., Biogen Inc., Kyowa Hakko Kirin Co. Ltd., ImmunoGen Inc., Amgen Inc., and AstraZeneca PLC are also engaged in the production of Fc engineered antibodies, biosimilar antibody (Ab) products, bispecific antibodies (BsAbs), and antibody fragments and antibody-like proteins (AF & ALPs). In the coming years, Fc engineered antibodies will be consumed at the highest rate. These next-generation antibodies are being used in oncology and autoimmune/inflammatory therapeutic areas.

The surging use of next-generation antibody therapeutics can also be attributed to the numerous initiatives being taken by several government organizations for improving healthcare infrastructure and encouraging research in this field. The soaring government support toward this field is because of their higher effectiveness than conventional therapeutics for treating cancer, autoimmune disorders, and inflammatory diseases. Extensive government support in research is encouraging pharmaceutical and biotechnology firms to heavily invest in the development of new antibodies.

According to P&S Intelligence, North America led the next-generation antibody therapeutics market in the past, and it is also expected to retain its market dominance in the coming years as well. This can be credited to the strong presence of prominent players, presence of well-developed life sciences research infrastructure, and increased anti-body research activities, in the region. Additionally, the growing prevalence of chronic health disorders such as cancer and surging government support for R&D in antibody therapeutics will encourage the adoption of next-generation antibody therapeutics in North America.

Thus, the increasing incidence of cancer and the growing popularity of ADC technology will fuel the usage of next-generation antibody therapeutics, across the globe.

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How Are Brownfield Discoveries Driving Digital Oilfield Technology Usage?

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During 2017–2018, electricity production from coal, natural gas, and crude oil grew by 370 million tonnes of oil equivalent (Mtoe), driving the global electricity generation during this period, says the International Energy Agency (IEA). Thus, despite the focus shift toward renewable energy, fossil fuels continue to hold the largest share in the earth’s energy mix. This is perhaps because power production from these sources requires technologies that have been known for over one century. Moreover, renewable technologies require a high investment, and many of them don’t produce electricity as efficiently; solar plants don’t work at night, while wind plants can only work on really windy days.

Moreover, a huge volume of unstructured data is created when looking for oil and gas and extracting and producing them, which needs to be turned into structured sets and aptly analyzed for taking any action. Digital technologies gather the data, give it a structure, and make it easier for oil and gas companies to analyze it. Even the discovery of immature oil and gas fields is driving the usage of digital oilfield technologies as the focus on renewable energy has made E&P firms focus on cost-effective and efficient production, so that the levelized cost of energy (LCoE) of such fossil fuels can be kept low.

As per an article on Forbes, 2019 saw a four-year high in E&P activities, with 12.2 billion barrels of oil discovered across the world, including 1.8 billion barrels in Guyana alone! Moreover, in January of 2018, Chevron Corporation and BP PLC, two of the oil supermajors, announced huge deep-water oil reserve discoveries in the North Sea and Gulf of Mexico. However, with oil and gas transportation costs increasing every year, the overall cost of producing electricity from them is rising. This, coupled with the already high expenses that E&P activities require, has forced oil companies to use digital technologies to make the process more efficient and cost-effective.

Reservoir optimization, production optimization, and drilling optimization are the three processes accomplished by digital oilfield technologies. Among these, the technologies are majorly used for production optimization in both greenfield (newly developed) and brownfield (already operational) oil and gas fields. In order to achieve profitability, it is important for E&P companies to increase their production volume for the same investment, which is why the usage of digital oilfield solutions for this purpose is rising.

Presently, Europe and North America are the two largest contributors to the digital oilfield technology market because of their huge oil and gas reserves. The U.S. and Russia account for some of the largest oil and gas reserves and E&P volumes. Although Venezuela in South America is said to have the largest proven oil reserves, its production volume is quite low due to it being a developing country with primitive technology, which is not suitable for mass production.

Other than North America and Europe, the Middle East and Africa (MEA) is another potential user of the digital oilfield technology. For a region the very economy of which is built around oil, the Middle East could potentially generate a huge demand for such solutions. Among the top 10 countries with the largest proven oil reserves in the world are Saudi Arabia, Iran, Iraq, Kuwait, the U.A.E., and Libya, all in the MEA region.

Hence, with oil and gas continuing to power humanity, the demand for advanced technologies that can help boost their production will only rise.

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Increasing Population Leading to Medical Display Monitor Market Growth

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Display monitors are among the most essential and easily recognizable equipment types at healthcare settings. A lot of the diagnoses these days are made by doctors based on what they see on these monitors. From the results of imaging studies and vital sign readings to what is going on inside the body, as the surgeon operates, everything can be seen on such screens. With the increasing population around the world, the demand for healthcare services is constantly going up. With more medical centers being set up in this regard, the procurement of display monitors is also rising.

This is why among all the resolution ranges these appliances come in — up to 2 MP, 3 MP–4 MP, 5 MP–8 MP, and above 8 MP — the demand for 5–8 MP monitors is expected to increase the fastest in the coming years. Similarly, of the monochrome and color variants, color variants are more commonly seen in healthcare settings, as they offer better visualization. The better the picture, the more confident the doctor can be in making a diagnosis, and in turn, more effective would be the treatment prescribed.

Apart from diagnosis, display monitors are also used in surgery and clinical applications. Among these, diagnosis has been the largest application area of these screens, without which X-ray, ultrasound, positron emission tomography (PET), computed tomography (CT), and magnetic resonance imaging (MRI) systems are unimaginable today. Apart from radiological machines, even a large number of systems which analyze the blood and urine for abnormal substances are integrated with display monitors, for quick medical intervention.

Along with diagnosis, the usage of display monitors is also rapidly rising in surgeries, especially with the advent of minimally invasive surgeries (MIS) and hybrid operating rooms (OR). A hybrid OR has a number of monitors, attached to imaging modalities, which assist surgeons in complex operational procedures. Apart from imaging systems, the vital sign monitor in ORs too have a monitor, so if any anomaly is detected in any of the waveforms, doctors can immediately do the needful.

Therefore, with the increasing demand for such systems, companies providing them have upped their product development activities. For instance, CuratOR LX550W, a 55-inch 4K ultra-high-definition (UHD) monitor, was launched by EIZO GmbH in October 2017, for interventional endoscopy and radiology. In June 2016, the company had acquired Panasonic Healthcare Co. Ltd.’s endoscope monitor business, to offer 4K and 3D endoscopy monitors for ORs. Similarly, LG Display Co. Ltd. introduced a transparent and flexible organic light-emitting diode (OLED) monitor, in a 77-inch size, in June 2017.

The increasing usage of display monitors in ORs is also credited to the rising preference for MISs, which is also why North America has been the largest medical display monitor market till now. According to the American Society of Plastic Surgeons, 17.7 million MISs were performed in the U.S. in 2018, which was an increase of 2% from previous year. In the coming years, the highest rise in the procurement of medical display monitors is predicted in Latin America (LATAM), as a result of the advancing healthcare infrastructure in the region.

Hence, as the number of medical centers and patients increase, so will the sale of display monitors.

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Major Growth Expected in Global Connected Logistics Market in Future

One of the biggest factors driving the demand for connected logistics is the rapid evolution of internet of things (IoT) and related connected technologies, which have resulted in the development of cheaper, smarter, and more efficient communication devices. Due to their ability to provide better and easier connectivity, these devices are witnessing an increasing adoption in several industries, including transportation and logistics, in which they are used to enhance the efficiency of operations through effective data communication.

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Since the last few years, several logistics and IoT solution providers have been providing various advanced connected logistics technologies for warehouse management, transportation, fleet management, tracking, monitoring, and other associated processes, such as financial transactions, order processing, shipping, and dispatching, which are enhancing the efficiency of logistics operations. Due to these factors and the numerous advantages offered by connected logistics over the conventional solutions, the global connected logistics market is expected to witness massive growth in the coming years.

Connected logistics basically refers to a set of advanced network connections, communication devices, and IoT technologies which are adopted in order to offer more customer-centric logistics solutions. Connected logistics is also becoming more popular across the globe owing to the rapid development of faster internet connections and advancements in communication technologies, which are improving the efficiency of warehouse operations, freight transportation, and end-delivery processes. Furthermore, such solutions allow the logistic providers to make changes in their supply chains, in order to streamline delays and cancellations.

Connected logistics solutions providers majorly offer professional services and managed services. Of these, the professional services, including consulting services, system integration and deployment services, overall logistics management, and on-time support and maintenance, recorded higher demand in the past. This was mainly due to the fact that these services are usually required during as well as after the successful adoption of connected logistics systems in an industry.

The connected logistics market is presently witnessing swift advancements in the cloud computing technology, increasing implementation of sensor-based technologies in various industries, and rising demand for advanced freight management systems. Advancements in the cloud technology are offering features including information sharing to transport carriers and logistics providers in real time, which is, in turn, helping in the optimization and efficient management and delivery of inbound and outbound shipments to various locations across the world.

Globally, North America witnessed the highest adoption of connected logistics systems and solutions in the past. The fastest growth in the demand for connected logistics systems is expected to be observed in the Asia-Pacific (APAC) region in the coming years. This is attributed to various factors such as the advancements in technologies, surge in digitalization rate, boom in retail industry, and swift adoption of connected solutions by major logistics providers in the region. Additionally, the burgeoning improvements in technology, pertaining to supply chain management and infrastructure, are expected to further boost the adoption of such solutions in the region in future.

Therefore, owing to the rising need for efficient supply chain management and customer-centric processes, the demand for connected logistics is expected to record a massive surge in the coming years.

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Light-Based Energy Harvesting Systems Gaining Mainstream Adoption

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The average human emits 35,000–45,000 pounds of carbon dioxide (CO2) via the usage of energy in various forms for various purposes! These emissions lead to air pollution, which ultimately results in climate change and respiratory diseases. Thus, a strong need is being felt to reduce the amount of greenhouse gas (GHG) emissions and make the earth inhabitable for future generations. Limiting the usage of fossil fuels to produce energy and leveraging alternative resources that are abundant on earth, such as heat and light, for the purpose has proven to be one of the best solutions to this problem.

The popularity of energy harvesting systems is also driven by the rising demand for energy-efficient devices. Wireless sensing devices are often installed far from grid connectivity and in places where battery replacement is a hectic affair. Therefore, the demand for systems that can tap the natural energy around these devices and autonomously convert it to electricity is increasing. For this purpose, super-diodes, in combination with microelectromechanical systems (MEMS), are being used to convert conventional energy to usable electricity. This technology is preferred for such applications as it offers better performance over others in the long run.

The technology segment of the energy harvesting system market is classified into vibration, light, electromagnetic/radiofrequency (RF), and thermal. Among these, in 2017, the light category dominated the market, as light is the most abundant resource on earth and its application for energy generation is well understood. To convert light to electricity, energy harvesting systems only require a photovoltaic cell, along with other components. Market players are taking initiatives to come up with small and cost-effective light-based energy harvesting systems, which is further driving their adoption.

All the four energy harvesting technologies are used for consumer electronics, building & home automation, transportation, industrial, and security purposes. Among these, the concept found the widest usage in the past for building & home automation applications, on account of the rising integration of sensors and increasing demand for energy-efficient systems from the growing commercial and residential sectors. Self-powered wireless building & home automation systems are gaining ground in North America and Europe. This is propelling the demand for compact energy harvesting systems that can easily fit in buildings and houses.

During the historical period (2013–2017), Europe generated the highest revenue in the energy harvesting system market because of a high rate of integration of automation technologies in buildings, houses, and industries. North America is expected to be the fastest-growing region during the forecast period due to the adoption of advanced technologies, rising research and development (R&D) investments in the field, and surging demand for energy-efficient devices in factories. Similar reasons will lead to the escalating procurement of energy harvesting systems in the countries of Asia-Pacific (APAC), especially India and China.

Thus, with the increasing environmental concerns, the scope for energy harvesting technologies will only widen.

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Surging Geriatric Population Driving Sales of Osteoporosis Drugs in Asia-Pacific

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Human skeleton has changed drastically during the thousands of years of evolution. According to the research pubished in the PNAS (Proceedings of the National Academy of Sciences of the United States of America), a multidisciplinary science journal, the advent of agriculture and the subsequent change of human lifestyles from hunter-gatherers to farming-based have caused a considerable reduction in the weight of the human skeleton. Moreover, this has caused a sharp reduction in the bone densities of humans.

Apart from causing a major change in diets, agriculture also reduced the human dependence on running and walking for surviving, which, in turn, caused a huge reduction in the physical capabilities of humans including their bone strength. The advent of machines, the rise of industries and urbanization, and the advent of computers have further reduced the human dependence on physical labor for survival and as a result, our skeletons becoming progressively weaker with each passing generation.

According to the World Health Organization (WHO), over 50% of the population in the world currently live in urban areas and this share is predicted to rise to 70% by 2050. This rapid urbanization is giving rise to sedentary lifestyles and unhealthy eating habits, which are, in turn, fueling the rise in the prevalence of osteoporosis across the world. Osteoporosis is a bone condition that occurs when the human body makes too little bone or loses too much bone.

This condition drastically increases the chances of bone fractures and therefore, requires immediate medical treatment. As osteoporosis drugs are widely used for treating this disorder, the growing incidence of this disease is pushing up the requirement for osteoporosis drugs all over the world. Many research organizations and academic institutions are making huge investments for facilitating faster discovery and development of osteoporosis drugs, because of the rising need for enhanced osteoporosis care and the ballooning public awareness about these drugs.

Hence, with the mushrooming sales of osteoporosis drugs around the world, the global osteoporosis drugs market will exhibit huge expansion in the coming years, as per the estimates of P&S Intelligence, a market research firm. Selective estrogen receptor modulator (SERM), calcitonin, bisphosphonates, rank ligand inhibitor, and parathyroid hormone therapy are the most commonly used types of osteoporosis drug classes. Amongst these, the sales of the bisphosphonates drug class were observed to be considerably high in the years gone by.

Globally, the North American osteoporosis drugs market is currently very prosperous and is predicted to exhibit lucrative growth in the future years. According to industry experts, the sales of osteoporosis drugs will rise tremendously in the Asia-Pacific (APAC) region in the forthcoming years, on account of the presence of a soaring geriatric population suffering from osteoporosis and the rising adoption of unhealthy lifestyles, which negatively impact the bone health of people.

Hence, it can be said with surety that due to the ballooning incidence of osteoporosis, on account of the growing adoption of unhealthy lifestyles and consumption of fast foods, the sales of osteoporosis drugs will climb all over the world in the upcoming years.

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Brizzle Man Biography

Brizzle Man, whose real name is Tiamiyu Ibrahim Olawale, is a Nigeria Musical artist, songwriter, Composer, Producer. He was born in Orilé later moved to Iba New site, where he was raised by his parents.

Tiamiyu Ibrahim Olawale (born 4th April, 2003), know professionally as Brizzle Man is a young Nigerian singer, songwriter, composer and a producer. He started his music career at the age of 17 In lagos, Nigeria as a music producer online.

Early Life and Career

Brizzle Man is a native of Oyo State, He grew up in Iba New site. He started his music career at the age of 17 In year 2020 In lagos, Nigeria. as a music producer online. He later started releasing his originals music on major streaming platforms. His first released was love you on Apple Music, Deezer, ITunes, Amazon Music, Jiosaavn, Audiomack, Boomplay, YouTube music, Sportify, Facebook and Instagram.

Brizzle Man sings in English language, Nigerian Pidgin, Yoruba language his is a blend of Afrobeats and Hip hop music. He derived his stage name from one his best-beloved friend called Brizzle, whom he Admired. Brizzle Man is best know for his singles Doli Baby, Adesewa, Hadijah, Latifah, Lifestyle the most viral on Apple Music and other streaming platforms in November, 2021.

Record Label Preparation

Brizzle Man started building up his own Record Label which he later succeeded in year 2022.

Brizzle Man Owned Brizzleman Records

He is the founder and CEO of Brizzleman Records. Brizzle Man released the Afrobeat track "Doli Baby" on 14th August, 2022. It's produced by Brizzleman Records


At the age of 11, He had his primary at Great saviors Montessori Nursery and Primary school at Iba New Site Lagos. He also attended Isasi Junior and Secondary Grammar School in year 2013.

Where he graduated with his West African Senior School Certificate (WAEC) in year 2019. He started working hard to get him self selected at the music industry which he keeps pending and started planning for his University Educational journey which he wishes to study in a Military school as an Officer of Airforce in kaduna.

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When we say education, the first thought we get is education is the process of gaining knowledge. It is the process of facilitating learning or training and acquiring knowledge, skills, values, beliefs, and ethics.

Education can be in the way of either formal or informal.

I believe that everyone in this world does acquire knowledge whether it’s by informal way from our elders, ancestors or by the formal way like going to school, college, university, etc.

Why do we acquire knowledge, how does it help us in our daily life?

We acquire knowledge on what we believe in future we shall thrive to become someone in our lives. We all have a goal and target on what we wish to become in the future, and not only are some of us still researching more options on what we want to become in the future.

It is excellent as you may get hundreds of opinions, but in the end, there will be only one opinion which will be the best of all and education in our daily life helps us both in our career and life as well.

To have a promising career, you need to get an education first. Education shows us the importance of hard work and thus helps us grow and develop in our life, and it allows us to differentiate between many things, including right and wrong, good and bad, etc.

Nowadays, education has become a joke in this generation because some people are not ready to work hard. They are unable to define their goals, targets, and what they want to become in life and are not focused on their career; my aim is not to point out to anyone but want to say that in generalit's hight time please take charge of your life, pass through the difficulties arising, be patient. In the end, things will be easier.


In the end, a person will have a promising career and will succeed in achieving their goals or targets.


When I say career, I mean it is an individual’s journey through learning, education, and all other aspects of life. It is an occupation or profession undertaken which usually involves training and teaching followed by one’s lifework.

A career cannot be achieved without hard work; To build a promising career and a bright future, a person needs to be hardworking, educated, and trained.

To be successful and have a career, a person must be passionate and interested in the chosen occupation or profession. The person must work with joy and excitement, enjoy the work the person is doing, and be determined.

A great career is whatever job you have that makes you want to work every morning, and it’s never about the pay or benefits.

Create different opportunities for a promising career because prospects don’t happen just like that, but you create them.

Always never give up on anything and go on with the choice that scares you because that’s the one that is going to help you grow, and in case of failures, don’t stop, keep going because failures are a part of life, if you don’t fail, you don’t learn if you don’t learn you’ll never change.


Work hard and build the foundation strong to build a great career and never accept defeat without trying and have confidence in yourself and at the end you will surely get success.


Nothing is impossible in this world; the word itself says I’m possible !!!!


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