Rising Usage of the Digital Biomarkers for Effective Disease Management

Digital transformation in various industries has paced up operations with increased efficiency and revenue generation. A digital biomarker is such innovative technology in the healthcare sector. 

The digital biomarkers industry generates $1,850 million revenue in 2021, and it is projected to capture $21,986.2 million revenue in 2030, advancing at a rate of 31.6%. The rising prevalence of chronic diseases and technological advancements in digital healthcare systems drive the industry.

Digital biomarkers are the foundation for precision medicine as they provide strong evidence of patient outcomes. Moreover, the advancing healthcare system to deliver a value-based paradigm leads to the rising adoption of innovative solutions such as digital biomarkers. The major goal to attain such technological advancements is to enhance tailored care delivery for a better analysis of the healthcare information of the patients.

The data collection tool holds a significant share of the digital biomarkers industry accounting for 90%. These tools support data gathering and novel digital biomarkers extraction that are more precise, patient-centric, and clinically useful.

Under the data collection category, wearables which include smartwatches and fitness bands, hold a significant share of the digital biomarkers industry. Wearables by major brands such as ActiGraph, Garmin, Fitbit, and other others have proved successful in clinical studies in various fields of medicine. It includes cardiovascular diseases, rehabilitation, mental health, diabetes, and oncology for assessing the heart rate, sleep-related outcomes, sweating intensity, blood oxygen level, and step count.

Moreover, digital biomarkers can enable longitudinal insights into diseases that have progressed over time. Such novel insights cannot be tracked by current diagnostic tests for diseases such as Alzheimer’s disease, depression, and dementia. Furthermore, the rising engagement of patients has facilitated them to track their health and set their own goals for improved medication adherence and disease handling led by lifestyle interventions.

Wearable devices are increasingly being used for developing highly personalized and adaptable treatment plans. It allows prompt therapeutic intervention implementation based on minor changes in the health patterns.

The cardiovascular application of digital biomarkers contributes an extensive share to the industry revenue, accounting for 20%. It is led by the growing prevalence of cardiovascular disorders, which causes 32% of the global mortality, with an estimated death of 17.9 million people each year, according to a government source.

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What Use Are Data Loggers for Global Automotive Industry?

With more than 1.3 million people dying in road accidents each year, as per the World Health Organization (WHO), the focus on making roads safer is strengthening. Since most of the accidents are attributed to human error, many governments are mandating the adoption of some level of vehicle autonomy so that the burden on the driver can be reduced. Such awareness and the increasing inclination of people for improved vehicles are leading to the integration of advanced driver assistant systems (ADAS), which automate many functions of automobiles and display real-time information.

As per P&S Intelligence, this will be a key reason behind the growth of the automotive data logger market during 2020–2030, since valuing around $3 billion in 2020. This device is similar to the all-important flight data recorder (FDR) in airplanes, which records what happens to the aircraft systems with every push of the button or foot-operated pedal, shift of the stick, push or pull of the lever, and turn of the control knob. 

In the automotive sector, data loggers are used to track and monitor the functioning of not only the mechanical systems, such as engines, wheels, brakes, and steering, but also of the electronic systems, such as ADAS. This information is used by automakers to make future systems better or send alerts to vehicle owners regarding maintenance, servicing, or replacement. Further, automakers also use these instruments before the vehicles come out of the factory, during the testing phase. With the stringent emission control and passenger safety mandates, rigorous vehicle testing has become indispensable.

As a result, North America is the largest automotive data logger market, as several U.S. states and Canadian provinces have already tweaked their transportation regulations to accommodate autonomous vehicles. Moreover, in 2015, the National Highway Traffic Safety Administration of the U.S. made the installation of such devices necessary in trucks, so that driving hours could be recorded electronically. Driver fatigue is the key reason behind accidents involving trucks in the country, which is why electronic logging devices are now being used to ascertain how long trucks are being driven.

In the coming years, the incorporation of these devices will pick up the fastest in Asia-Pacific (APAC), which accounts for the highest automotive production and sales in the world. In addition, with the increasing disposable income of people here and them becoming rapidly tech-savvy, the demand for cutting-edge automotive features is increasing. Moreover, with the presence of a large number of electronics companies in the region, such devices are available at cost-effective rates.

Hence, with the increasing focus on enhancing road safety, the procurement of data loggers by automakers, fleet operators, and government agencies will boom.

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Acoustic Vehicle Alerting Systems Enhancing Pedestrian Safety

The International Energy Agency (IEA) forecasts that the global stock of plug-in hybrid electric vehicles (PHEV) (trucks) and battery electric vehicles (BEV) (trucks) will rise from 228 units in 2020 to 900,264 units by 2030 and 30,872 units in 2020 to 860,942 units by 2030, respectively. The IEA also predicts that the global PHEV (cars) and BEV (cars) stock would surge from 3,346,713 units in 2020 to 44,355,904 units by 2030 and 6,850,327 units in 2020 to 79,975,992 units by 2030, respectively. The rising electric vehicle (EV) sales is fueling the requirement for acoustic vehicle alerting systems (AVAS).

Moreover, the declining cost of automobile components, such as speakers, amplifiers, copper coils, and battery backs, will help the acoustic vehicle alerting system market display a healthy value CAGR of 11.9% during 2020–2030. According to P&S Intelligence, 24.7 million AVAS were installed in electric two-wheelers and passenger cars in 2019. The market is expected to generate $10,578.8 million revenue by 2030. AVAS has become an integral part of EVs because it concerns pedestrian safety, especially of the more-vulnerable sections, such as aged people, children, blind people, and individuals with partial vision.

Similarly, in July 2019, sound experts of Daimler AG designed an identifiable note for Mercedes EVs at its acoustic test facility at the Mercedes-Benz Technology Centre in Sindelfingen, Germany. This note has been created in adherence to the European Union (EU) directive that propounds that any new EV in Europe must feature an acoustic warning up to a speed of 20 km/h. Other companies working toward the creation of advanced AVAS components are Mando Corporation, Honda Motor Co. Ltd., Renault–Nissan–Mitsubishi Alliance, Robert Bosch GmbH, Volkswagen AG, and DENSO CORPORATION.

Whereas, Europe is expected to adopt AVAS components at the highest rate in the foreseeable future owing to the burgeoning EV and hybrid vehicle sales and increasing implementation of government regulations that mandate the inclusion of such components. For instance, the EU plans to phase out ICE-driven vehicles to mitigate greenhouse gas emissions and reduce oil imports. Many European nations aim to ban ICE-powered automobile sales between 2030 and 2040.

Therefore, the booming EV sales and plunging automobile component prices will fuel the adoption of AVAS globally.

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How Do Industrial Sector Propels Sales of Diesel Generators in Congo?

In 2021, the Democratic Republic of the Congo diesel generator set market contributes $46.4 million, and it is projected to generate $62.1 million in 2030, rising at a rate of 3.3%. The country is home to an 85 million population, among those 12 million share their residential space in Kinshasa.

In addition, it holds the third-significant urban population in the sub-Saharan Africa region, after South Africa and Nigeria. Around 1 million people migrate to cities every year, due to the increasing requirement for standalone and backup power sources majorly in residential buildings, hospitals, retail stores, and hotels. Moreover, generators are massively utilized in manufacturing, oil & gas, construction, and power applications.

Moreover, infrastructure development is crucial for the government, and they are increasingly investing in the airport, transportation, and telecom infrastructure, and it is projected to drive Democratic Republic of the Congo diesel generator set market in the near future. 

The industrial sector captures an extensive revenue share of the diesel generator industry of the DRC, and it is projected to rise at a 3.1% rate from 2021 to 2030. The industrial sector contributes significantly to the nation’s economy. Moreover, the mining sector holds great importance in cobalt, copper, tantalum, gold, and diamonds worldwide supply. In addition, the Democratic Republic of Congo produces 70% of the world’s cobalt production, and it is the significant export income source of the country.

In addition, the Congo lures regional operators to make investments, including the extension of fiber networks of SCPT, and national telco in other cities. Moreover, numerous licenses have been issued to companies in the past few years for launching networks and services in the country. Mobile telephony penetrates 44% of the country's population, whereas the internet penetrates 3%, with ongoing development in the 3G/4G stage speed. 

Its increasing investments escalate internet connectivity led by increased sales of mobile phones and supply of telecom equipment, that supports the telecom software development, led by new technologies and cybersecurity solutions. The telecom infrastructure development in the country is driven by the demand for diesel generator sets. 

Therefore, the expansion of the telecom sector with the extension of fiber networks in various cities boosts the sales of diesel generators in the country.

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Adhesives and Sealants will rule the High-Temperature Resin Market

The size of the high-temperature resin market was around $3,561 million in 2021, and it will progress at a growth rate of about 4% in the years to come, reaching about $5,032 million by 2030. The growth of the industry is chiefly credited to the capability of these materials to endure tremendously high temperatures and severe environmental conditions. They are an effective auxiliary for ceramics and other metals have led to their growing adoption, thus driving the growth of the industry.

Epoxy has the highest revenue of $1,326.8 million in 2030, because of the excellent corrosion resistance and negligible outgassing of epoxy high-temperature resins. They are outstanding chemicals with sturdy adhesion and heat resistance. The resins are utilized in the form of practical powder coatings to improve resistance against wear & tear. Also acknowledged as polyoxides, they are utilized for the manufacturing of products and materials used in building and construction, like primers& sealers, adhesives, plastics, and paints.

Silicone resins will observe modest growth in the coming years. Factors driving the requirement for them are their high resistance to heat and preference over natural rubber, as the former can work at much higher temperatures, of approximately 230 degrees Celsius, as opposed to natural rubbers, which weaken at 80 °C and melt at 120 °C. These resins are utilized to manufacture industrial and medical products since of their high sponginess, chemical inertness, low surface tension, and thermal stability.

APAC has the best global outlook in the high-temperature resin market. This will generate revenue of above $1,986 million in 2030, with a growth rate of above 4% in the years to come. Some main factors fuelling industrial growth are the steady progress in the construction industry and the speedy development in the countries like India, China, and Japan.

With an increase in the automotive and manufacturing sectors, the demand for high-temperature resins will increase like anything.

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Tokenization Market To Propel at a Mammoth Growth rate of Above 19% by 2030

 The tokenization market had a value of about $2,591 million in 2021, and it will propel at a massive CAGR of above 19% in the years to come to reach over $12,684 million by 2030. The growth of the industry is chiefly credited to the increasing financial frauds and the growing requirement to protect payment gateways. Meeting safety standards to avert a data breach, although safeguarding the customer experience will also drive market growth in the future.

The BFSI industry is the leader in the tokenization market.  It will generate around $5 billion in 2030, because of the rise in seamless digital payments, while guaranteeing safe transactions. The banks are rushed to address the challenge of monetary fraud while confirming customer satisfaction. Tokenization reports this challenge and its executions help banks propose varied payment offerings and allow their clienteles to make protected transactions, therefore opening value for the banks.

Tokenization Industry Growth Forecast to 2030

The cloud will record faster progress in the tokenization market, advancing at a growth rate of about 20%, by the end of this decade. This mode of deployment is extremely helpful, as merchants are not required to build safe payment infra with privileged info like passwords, credit card detail, usernames, and others. 

Cloud-based tokenization lets the exchange of sensitive info with UID symbols, which are permanent placeholders called tokens while safeguarding sensitive info outside the internal system. This decreases the difficulty of compliance and reduces merchants’ risk to update and guard the customers’ sensitive info.

The PCI DDS requires administrations, which accept, transfer, and stock the data of any cardholder, to confirm that data is suitably protected. This requires vendors to receive payment through credit cards and to follow the regulations.

Furthermore, protected networks must be preserved and frequently updated on the database of the sellers. Also, merchants are mandated to report separate systems that stock and process credit card info to ensure they are ensuing PCI DSS necessities.

North America is the leader in the tokenization market. The regional market will generate a revenue of more than $6 billion in 2030, registering a growth rate of approximately 20% by the end of this decade. Some key factors fueling the growth of the market are increasing cases of data breaches, payment security apprehensions, and growing payment regulatory agreements in the region. According to a report, around 850,000 cybercrime cases were informed in 2021, with a growth of 7% from 2020 and a possible loss of around $7 billion. The increasing number of cyber fraud and data theft cases has led to the augmented acceptance of tokenization by large companies and also SMEs to augment security and fight against future attacks.

The tokenization market is consolidated, with few players controlling the major share. Recently, they are involved in collaborations and partnerships, to beat all the competition. For example, American Express joined hands with Goldman Sachs in October 2021, to offer a cohesive cloud-based digital payment system for business clients. It bids support for manifold payment options, data, and analytics, in a single unified platform.

The increasing demand for tokenization solutions is because of 5he rising cases of financial fraud, and an increasing requirement to find a secure payment gateway.

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Miniaturization of Electronic Devices Drives Photonic Integrated Circuit Market

 The market is being driven by the significant demand for such components from the telecommunications, medicinal, and data center facilities, as well as the growing popularity of autonomous cars, rapid automation in a variety of industries, and downsizing of electronic equipment. The photonic integrated circuit market is set to hit $41,037.7 million value by 2030.

Moreover, silica-on-silicon has second-largest share in the market. This is because photonic integrated circuits built of this material are inexpensive to install and run. Additionally, because such components are so simple to incorporate into electrical devices, there is a huge market opportunity for companies that provide the silica-on-silicon platform.

Photonic Integrated Circuit Market Size and Share Analysis Growth Forecast to 2030

Additionally, the need for high speed, low cost, broad bandwidth, and high energy efficiency data flow is driven by the fast-growing traffic on telecommunications networks, growing need for data centers, and expanding usage of high-performance computers. As a result, the photonic integrated circuit market demand for this raw material is increased by the incorporation of photonics for ultra-fast data transmission into electronics.  

With a CAGR of 20.9% in the upcoming years, the application segment's data centers category is anticipated to increase at the fastest rate. This is because of the introduction of 5G mobile networks, video streaming, and cloud connectivity services, which have been propelling the vast global construction of data centers.

Monolithic has a bigger share in the photonic integrated circuit market, based on the integration method. This is because photonic ICs are integrated using a single material in a range of both passive and active optical devices, eliminating the problems associated with adapting between different materials.

Furthermore, the commercialization of this method and the implementation of several monolithic photonics platforms in improved CMOS technologies for next-generation integrated systems are predicted to grow the potential for monolithic integration.

One of the main photonic integrated circuit market drivers is the rapid improvements in photonics IC technology as well as the numerous integration techniques. For example, in October 2021, scientists at the Hong Kong University of Science and Technology developed a monolithic InP on a silicon-on-insulator (SOI) substrate that would pave the way for completely integrated Si-based photonic integrated circuits.

Due to the widespread use of WAN solutions for fiber-optic communications and data centers, North America holds the biggest share in the photonic integrated circuit market. Additionally, the increased adoption of IoT and the growing need for high-speed data transfer add to the strain on cloud computing networks, which has led to the possible development of a burgeoning photonic integrated circuit industry.

Moreover, companies have begun to turn toward integrated circuits as a result of the rise in data creation, consumption, and bandwidth needs. These components offer increased bandwidth and efficiency by using light and photons rather than electricity and electrons; as a result, they may be a crucial component of many upcoming applications. Numerous cutting-edge technologies, including quantum computing, are supported by PICs.

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