How AI and Immersive Technologies are Shaping the Future of Visual Computing

The global visual computing market is poised for significant growth, with revenues projected to rise from $39.6 billion in 2024 to $110.3 billion by 2030, reflecting a compound annual growth rate (CAGR) of 18.9%.

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This expansion is driven by the increasing adoption of hardware and software solutions that facilitate the creation and representation of images, videos, and animations through computational methods, including 2D and 3D rendering. Advancements in display technologies and their applications across various industries further contribute to this upward trajectory. Notably, sectors such as gaming, media and entertainment, healthcare, automotive, manufacturing, and defense are leveraging visual computing to enhance user experiences and operational efficiencies.

Key Insights

Segmentation Analysis:

• Component: The hardware segment dominates the market and is anticipated to generate approximately $70 billion in revenue by 2030. This is attributed to the high demand for powerful GPUs, graphics cards, CPUs, and specialized processors that enable real-time interactive graphics, delivering immersive experiences. The growing popularity of interactive experiences in e-sports and online games further fuels this

Display Platform:

• Interactive Video Wall: This segment holds the largest market share, owing to its extensive applications in control rooms, airports, and retail environments. Interactive video walls create dynamic, engaging visuals that enhance communication and advertising effectiveness.
• Interactive Kiosk: Projected to experience a CAGR of 20% during the forecast period, interactive kiosks are increasingly utilized across retail, healthcare, transportation, and hospitality sectors. They offer convenience and improved user engagement, contributing to their rapid adoption.

Industry Application:

• Gaming: Accounting for 55% of the market revenue in 2024, the gaming industry is a significant contributor to the visual computing market. The demand for high-quality, immersive gaming experiences drives the adoption of advanced GPUs, ray tracing technology, and AI-powered image enhancement. The shift towards 4K and VR gaming necessitates high-end hardware solutions, underscoring the importance of visual computing in this sector.

Regional and Geographical Trends:

• North America: Currently the largest market for visual computing, driven by technological advancements and high adoption rates across various industries.
• Asia-Pacific: Identified as the fastest-growing region, with a significant CAGR anticipated during the forecast period. Factors such as rapid industrialization, increasing investments in technology, and expanding gaming and entertainment sectors contribute to this growth.

Technological Advancements:

• The integration of artificial intelligence (AI), particularly machine learning and motion planning, is revolutionizing visual computing. AI algorithms enhance tasks like object detection, image recognition, and motion tracking, making them more precise and real-time. For instance, NVIDIA's GeForce RTX 40 SUPER Series GPUs, built on the Ada Lovelace architecture, offer AI-generated capabilities that significantly improve creative and gaming performance.

Competitive Dynamics and Emerging Opportunities:

• The visual computing market is characterized by fragmentation, with numerous companies offering diverse solutions across categories such as computer graphics, image processing, and AI. This fragmentation is driven by rapid technological advancements and the entry of startups with specialized offerings. Emerging opportunities are evident in sectors like autonomous vehicles, where visual computing plays a crucial role in navigation and decision-making, and in manufacturing and defense, where predictive maintenance and real-time analytics are becoming increasingly important.

In summary, the visual computing market is on a robust growth trajectory, propelled by technological innovations, expanding applications across various industries, and increasing demand for immersive and interactive user experiences.

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Global Cognitive Supply Chain Market to Triple by 2030, Driven by AI and Sustainability

According to the latest market research study published by P&S Intelligence, the cognitive supply chain industry was valued at USD 8,798.2 million in 2023, which is projected to surge to USD 24,982.7 million in 2030, experiencing a 16.2% CAGR during the forecast period.

Cognitive SCM solutions represent the potent tools that contribute to minimizing loss, selecting favorable distribution channels, and empowering green practices increasingly accepted by the global business community. In this sense, both business sustainability goals and the rest of the global supply chain in which the company is part are able to simultaneously shift to more sustainable practices.

Perhaps the most prominent case is the high demand experienced in the era of increasing trade for green and efficient supply chain solutions. Closed loop control and complete operation supervising on complex global networks are done with the help of cognitive supply chain solutions. Therefore, it makes the processing of decisions that are connected with intricate supply chains smooth. Now what is being pursued as slap technology for better utilization of the resources that are embedded in the current waste cycles and environment-friendly processing practices is guided by sustainability.

Supply chain operations are forging into the AI and ML technologies sphere as these bring intelligent insights and process automation. AI-assisted in-demand forecasting, inventory optimization, and dynamic route planning were achieved by analyzing the patterns within data through predictive analytics.

Key Insights

• Large enterprises held a larger market share due to their ability to invest in modern technologies like cognitive supply chain solutions.
• These enterprises can afford complete cognitive systems with autonomous decision-making, real-time visibility, and predictive analytics.
• Large organizations most often integrate into the global supply chain, involving several regions and companies within the network, therefore it is technology-oriented and intended to simplify operations, help managers make better decisions, and mitigate risks.
• SMEs will be able to see quicker growth when they apply cognitive more affordable and suitable supply chain solutions across their businesses.
• The machine learning category is expected to grow at a CAGR of 16.5% during 2024–2030 and hold the largest market share.
• ML enables data-driven decision-making, cost reduction, productivity increase, and optimization of supply chain processes.
• ML-driven solutions automate tasks, analyze large data volumes, and identify patterns and insights for a competitive edge.
• The on-premises category held a larger market share, approximately 65%, in 2023.
• This deployment mode offers more customization options for cognitive supply chain solutions tailored to specific business needs.
• Integrating these solutions into existing workflows is easier with on-premises deployment.
• Older technologies can often work more efficiently when combined with on-premises solutions.
• North America is the largest market region, expected to contribute around 50% of global revenue by 2030.
• Factors driving North America's dominance include a strong focus on efficiency, cost savings, and productivity improvement.
• Cognitive supply chain technologies enable businesses in North America to detect patterns, forecast demand, and optimize logistics so that the number of resources involved is reduced with a subsequent drop in waste.
• The emerging AI and big data are the fundamental enablers of the transition to cognitive supply chain solutions across the region.
• Along with North America, Europe represents a rather big piece of the pie, as countries like Germany, the UK, and France quickly implement cognitive solutions for supply chain management.
• A partnership between technology firms, institutions of learning, and business leaders makes it possible for Europe to shift forward with innovation and quickly find solutions for implementation.

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Mounted Bearing Market Will Reach USD 2,122.1 Million By 2030

 The estimated value of the worldwide mounted bearing market is approximately USD 1,451.0 million in 2023. Projections indicate a compound annual growth rate (CAGR) of 5.8% from 2024 to 2030, with the market expected to reach USD 2,122.1 million by the year 2030.

This growth of the market can be credited to the utilization of mounted bearings in numerous sectors including the growing demand for particular bearings for the optimization of price, which they offer with their longevity, higher effectiveness, and less maintenance need.

According to the U.S. Department of Agriculture, food & beverage plants generated 16.8% of the sales of manufactured products and 15.4% of the employment in the nation in 2021. Within this expansive ecosystem, the meat processing sector had a 26.2% sales share, the dairy sector 12.8%, beverages 11.3%, other food items 12.4%, and grains and oilseeds another 10.4%.

In the past few years, smart tech and digitalization have arrived in mounted bearings, which are providing profitable opportunities to industry players. AI-based detectors and IoT aid in monitoring the status of such devices at all times, in a very simple way. The detectors can get these components’ speed, rotational direction, vibrations, and temperature, aiding end customers to track their condition and dodge expensive breakdowns.

This can be credited to their versatility, affordability, advanced sealing shielding against lubricant leakage and the arrival of other foreign particles in the casing, performance advancements of the motor, and simple maintenance. Such variants are extensively used in rotary applications to offer low friction and smooth motion.

In 2023, the conveyor category had the largest industry share, of 25%, on the basis of equipment type. This can be credited to the extensive utilization of conveyors in many sectors, such as construction, manufacturing, paper, automotive, and mining & mineral.

The machines utilized in these sectors carry and transfer bulky material with the aid of mechanical or pneumatic approaches. The conveyors utilized in all these sectors require many kinds of bearings, which essentially boosts the development of this category in the industry.

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What Is the Importance of Adhesive Tapes in the Health Care Sector?

Adhesive tapes are a mixture of a material and an adhesive film and are utilized to tie or join things together instead of utilizing welding, fasteners, and screws. Putting on adhesive tapes instead of mechanical fasteners allows you to utilize lower-temperature applications, which can streamline manufacturing procedures.

The adhesive tapes market is experiencing growth and is projected to reach USD 103,040 million by 2030.

Medical Adhesive Tapes

Surgical tape or medical adhesive tape is utilized to attach gauze, bandages, and other dressings to the skin around injuries. The majority of adhesive tapes are pressure-sensitive tape; i.e., tapes that stick and remain in place with steady pressure. There's no requirement for heat initiation or a solvent. Medical adhesive tape can be created from several materials, but most are breathable for ease and simple to utilize.

What Are Adhesive Tapes Made Of?

Adhesive tapes contain a material known as backing or carrier plastic film, paper, cloth, foil, foam, etc., which is covered with glue and a release liner if required. The adhesive-coated backing or carrier is then coiled up to create a long huge roll of tape. The huge roll is then split into narrow-width bands to make several rolls of tape.

Most Popular Kinds of Adhesive Tapes:

Pressure-sensitive adhesives are sticky at room temperature in dry form. They stick firmly to a range of surfaces and need only the function of a finger or hand. PSAs do not need water, solvent, or warmth activation in order to attach to materials including metal, wood, cement, paper, plastic, and glass. The suggested bonding pressure is 14.5 – 29 psi =^ 10 – 20 N/cm².

Heat-activated tape is habitually tack-free till it is stimulated by a heat source. The heat-triggered tape needs time at higher temperatures at 180˚F or advanced to make a bond. Heat-stimulated adhesive enables aggressive tie to complex surfaces including EPDM, rubber, PVC, and PU- based plastic materials. It can be created with diverse carriers that are appropriate for a range of applications.

Water-activated tape, stuck paper tape, or gummed tape is a starch or an animal adhesive-built glue on a kraft paper backing which turns gluey when moisturized. Water-activated tape is low-priced and is utilized for closing and sealing boxes.

Non-adhesive tapes, films, or covers do not have a functional glue mainly due to they are self-adhering. PTFE thread-sealing tape is a kind of non-adhesive tape.

Hence, the main boosting factors in the adhesive tapes industry are the increasing healthcare industry, technological improvements, growing research and development expenditure by industry hulks, and the growth in innovative product launches.

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Automobile Industry To have the Fastest Growth in the Ethyl Acetate Market

In 2021, ethyl acetate market was valued at about $4,415 million, and this will increase to above $8,443 million by 2030, advancing at a growth rate of 8% in the future. This is credited to the increasing use of synthetic solvents for flavouring food products; the snowballing purchase rate of goods like adhesives, nail paint removers, and printing inks, in which the solvent is employed; and the increasing number of infra-activities around the world.

The automobile industry will have the fastest growth in the years to come, proceeding at a growth rate of around 8% in the industry. This can be mainly credited to the factors like the exponentially increasing automobile industry, increasing use of synthetic leather in automobiles, enduring technological progressions, and economic development of OEMs and aftermarket players.

Food & beverage had the largest revenue share, of above 25%, in the year 2021, in the ethyl acetate market and it is further dominate the industry in the future. This is due to the wide use of this chemical in packaged food and beverages, the surging requirement for packaged food, the increasing population around the world, the increasing customer spending, and the increasing product portfolio of prominent market players.

Ethyl acetate is extensively used as a flavouring agent and fragrance to and gives a sweet taste to products like cough syrups, perfumes, soaps, air fresheners, cosmetic products, and mouthwashes. Furthermore, the demand for this chemical has augmented, because of the rising requirement for flavouring agents and perfumes from cosmetic, houseware, and toiletry producers. Also, continuing R&D initiatives including aroma chemicals are helping the industry to grow.

Because of the increasing demand for artificial leather, growing automotive, construction and pharma sector has a lot to do with the growing demand for ethyl acetate across the globe.

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What are Main Factors Responsible for Surge in Global Connected Motorcycle Market?

The rising penetration of sport and luxury bikes in many countries especially the developing nations of APAC and Latin America, Middle East and Africa (LAMEA) is one of the major factors powering the rise in the demand for connected motorcycles. The soaring per capita income and the resultant surge in the purchasing power of the people in the emerging economies across the world such as India and China is pushing the adoption of connected motorcycles.

Technological innovations in automation and big data and the increasing integration of artificial intelligence and internet of things (IoT) in motorcycles for improving road and passenger safety are the other major factors that will boost the popularity of connected motorcycles across the globe. Since the last few years, there has been a huge rise in the popularity of off-road and long-distance biking and this massively increased the probability of fatal motorcycle accidents. As a result, a majority of the motorcycle manufacturing companies have started developing motorcycles equipped with advanced rider-assistance systems and in-motorcycle connectivity devices.

Due to the above-mentioned factors, the global connected motorcycle market is predicted to observe unprecedented growth during the forecast period (2020–2030). The connected motorcycles can be serviced by either the original equipment manufacturers (OEMs) or third-party service providers. Of these, the OEMs-based services are predicted to record higher demand during the forecast period. This is mainly attributed to the fact that the OEMs efficiently analyze all the essential information like riding mode, speed, and parking location and rider behavior and are thus, able to provide personalized services and accurate information about the upcoming maintenance requirements. 

Globally, the Asia-Pacific (APAC) region would see the fastest rise in the adoption of motorcycles equipped with connected systems, during the forecast period. This is mainly ascribed to the rising popularity of these motorcycles in the region. The connected systems and features have already been introduced in the luxury and sport motorcycles and soon, will trickle down to the economy range motorcycles. Moreover, the rapid technological developments in rider assistance systems will propel the adoption of advanced connected systems in motorcycles, thereby fuelling the growth of the connected motorcycle market in the region in the coming years.

Hence, owing to the rising prevalence of road accidents and increasing adoption of advanced automated systems in motorcycles, the demand for connected motorcycles is set to skyrocket across the globe over the next few years.

Source: https://www.psmarketresearch.com/market-analysis/connected-motorcycle-market

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How are Advancements in Technology Fuelling Surge in Global Automotive Sensors Market?

The surging implementation of stringent laws and regulations regarding emission standards and vehicle safety requirements, in several countries across the world, is one of the major factors responsible for the massive growth in the demand for automotive sensors. For instance, multiple European countries have enacted laws which make it mandatory for the vehicles operating there to have driving assistance features, such as advanced emergency braking, tire pressure monitoring, intelligent speed assistance, lane keeping assist, reversing camera or detection system, and attention and drowsiness detection.

The rapid development of advanced sensors, owing to the rising investments in the field, is another major factor fuelling the demand for automotive sensors. Since the last few years, many major automotive companies have been shifting their focus toward the development of advanced sensors. As a result, the global automotive sensors market revenue is expected to increase from $25,723.8 million in 2019 to $58,215.3 million in 2030. The market is further predicted to progress at a CAGR of 7.4% during the forecast period (2020–2030).

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There are various types of sensors installed in vehicles, namely position sensors, pressure sensors, temperature sensors, motion sensors, oxygen sensors, torque sensors, optical sensors, gas sensors, and level sensors. Out of these, position sensors recorded the highest demand in the past, mainly due to their wide-scale use in numerous vehicle parts, such as clutch, brakes, transmission, chassis, and engine, in order to compute the steering wheel position, motor rotor position, pedal position, throttle position, and the positions of valves, knobs, and actuators.

The automotive sensors market is currently witnessing swift technological innovations in the sensors and the automotive industry in general. For instance, these ongoing advancements have resulted in the development of different driver assistance system (ADAS) sensors, such as light detection and ranging (LiDAR), radar, and ultrasonic sensors. In addition to this, the incorporation of sensor fusion in automobiles has witnessed a rising popularity in recent years. For instance, the combination of LiDAR, ultrasonic, radar, and other sensors enhances various ADAS functions, such as obstacle avoidance and cross-traffic assistance, where individual sensors face limitations.

Globally, the highest integration of automotive sensors was witnessed in the Asia-Pacific (APAC) region during the historical period (2015–2019). APAC is also projected to register the fastest growth in demand for these devices during the forecast period. Within APAC, China is the major consumer of such instruments, as it is the largest automobile producer here as well as the world, producing almost half the vehicles around the globe. Additionally, owing to extreme air pollution levels, the transportation system of regional countries is being rapidly electrified, and to achieve it, a lot of sensors have to be integrated in automobiles.

Hence, it is clear that due to the rapid development of advanced automotive technologies, soaring demand for high-end vehicles equipped with modern features, and presence of strict vehicle safety laws in many countries, the demand for automotive sensors is expected to shoot up in the coming years.

Read more: https://www.psmarketresearch.com/market-analysis/automotive-sensors-market

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How is Rising Urban Road Congestion Driving Smart Parking Systems Market?

It is true that the advent of vehicles and numerous advancements in the automobile industry has had countless positive effects, but vehicles these days are also causing a number of problems. As the disposable income of people has increased in various countries, owing a car stopped being a luxury since more than a decade. This has resulted in an alarmingly high number of vehicles on the roads, which further causes road congestion. Unorganized and inadequate parking spaces are also among factors which cause road congestion. As per industry experts, about 30.0% of the traffic congestion is on account of search for parking spaces.

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People violating parking rules and parking their vehicles incorrectly further add to this problem. Because of all these factors, the demand for smart parking systems is growing rapidly. Smart parking basically refers to solutions such as smart parking sensors, counting sensors, or cameras, which are embedded into parking spots in order to detect whether a parking space is free or occupied. The data is collected in real-time and is transmitted to smart parking mobile application that lets the user know about the availability of the space in a parking area. 

The global smart parking systems market is predicted to generate a revenue of $9.1 billion in 2024, from $3.4 billion in 2018, registering a 16.1% CAGR during the forecast period (2019–2024). Smart parking systems help to park a car on both on-street and off-street parking sites. Off-street smart parking systems help in facilitating an easy pay-and-park process for both long and short durations, due to which off-street parking is more in demand. Hardware, service, and software technologies are offered under smart parking solutions.

As smart cities are integrated with all kinds of connected technologies to make things more convenient for people, smart parking systems are bound to be a part of these cities. The major focus of smart cities is to offer managed operations to the residents and connected and advanced transportation facilities are a key component for accomplishing that. Smart parking solutions allow drivers to access real-time information regarding the availability of parking spots, before they set off on their journey. Considering these advantages, the smart parking systems market is expected to grow significantly in the coming years along with the development of smart cities.

Hence, smart parking systems are gaining popularity as they have the ability to tackle the problem of growing traffic on roads.

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