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Airport Runway Foreign Object Debris (FOD) Detection System to bolster with Advancement in Sensor Technology!

 Airport runway foreign object debris (FOD) detection systems have been increasingly deployed by airports as a key part in maintaining the safety of the aircraft personnel, passengers, and integrity of aircrafts. Over the years, such detection systems have become more important in the light of growing instances of FOD damages. In particular, due to human negligence a range of foreign objects are found in the runway, apron, and maintenance.

A great deal of impetus to the airport runway FOD systems market is due to advances in radar system used in airport runway FOD detection equipment. Over the past few years, aviation administration agencies in numerous nations have thrown their weight behind improving the performance standards in the airport runway FOD detection systems market. For instance, the Federal Aviation Administration has over the past ten years have conducted several performance standards to prevent or lessen FOD damage to the aircrafts.

Advances in imaging systems and sensor technology have improved the automation detection capability of airport runway FOD systems market. The demand for systems with precise detection capabilities in adverse climatic conditions has flourished over the past few years. Airport management authorities have also benefitted from the deployment of systems that can detect debris on the runway in snow, sandstorms, and dense fog, and in the complete absence of light. The airport runway FOD systems market is also seeing high demand potential from their integration with advanced communication technologies.

The need for detection systems that allows real-time monitoring has been a key proposition on the minds of manufacturers in the airport runway FOD systems market. In recent years, the potential of several state-of-the-art technologies are being is being assessed. A case in point is the incorporation of AI. Over the years, such initiatives gave gathered strength, expanding the prospects in the airport runway FOD detection systems market. In numerous major airports, facility managers have been seeking new approaches to deal with FOD. This also includes overhauling the infrastructure of the airports. This has offered momentum to the evolution of the airport runway FOD detection systems market. Growing role of these FOD detection systems in preventing flight delays is also an encouraging trend for equipment manufacturers. Advent of automated airport surveillance is also opening new avenues for players in the airport runway FOD detection systems market.

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Public/Private Cloud Storage Market : Industry Outlook, Growth Prospects and Key Opportunities

Cloud storage allows users to store data on a server which is remotely located. A service provider hosts the cloud service on a server which is safe from catastrophic failures such as fire, earthquake, and tsunamis. With daily additions in transactional information, it has become a challenge for companies to store such humongous amount of data. Cloud storage provides the solution via remote access through the internet. This market has grown exponentially in the last decade and is expected to take over traditional storage systems in the near future.

 

This market is segmented into:

• Cloud Storage Gateways
• Backup & Recovery
• Data Movement & Access
• Data Replication
• HSM & Archiving,
• Security & Storage Resource Management Solutions

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Various deployment methods of cloud storage are public cloud, private cloud, hybrid cloud, and community cloud. Public cloud storage systems are available commercially over the internet whereas private clouds use a virtual private network (VPN) restricting the access to specific organizations or entities and are more secure than public clouds.

 

Data securities, ease of access, low cost, emerging back-up mechanisms, and safety from catastrophic failures are the drivers for this market. However, in cloud storage the data is kept under the security of a third party server which hampers the safety of the data due to its exposure to the cloud service provider and this is the restraint for the market. Countries such as India and China are emerging IT hubs and are working heavily on cloud based systems and therefore, more varieties of cloud based applications are expected to appear in the near future. Various companies are investing heavily in cloud storage projects and this market is expected to grow at an approximate CAGR of 35 to 40% in the next decade.

 

Some of the major companies in this industry segment are Google.com (U.S.), Dropbox, Apple iCloud (U.S.), Microsoft SkyDrive, Box.com, AT&T, and Salesforce.com (U.S.), and many new entrants are following the lead.

 

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Intelligent IT Infrastructure Solutions: Longer Path For Your Business Needs

Intelligent information technology (IT) infrastructure solutions are a combination of software and intelligent hardware which helps to maintain and control real-time connectivity of active equipment and physical layer components. These solutions are called automated IT infrastructure solutions and they enable management of network and security equipment and components deployed across the IT infrastructure. Intelligent infrastructure solutions are often used for management and diagnostic operations within IT equipment. These solutions provide visibility of physically located and connected network assets within the IT infrastructure. Software parts used in intelligent IT infrastructure solutions in a client/ server application assists to map, monitor, and control both active local area network (LAN) equipment and physical layer components with the help of standard simple network management protocol (SNMP) and network topology combination. It also tracks end-to-end network connectivity of terminal equipment such as IP phones, desktops, and printers. Hardware components mapped, monitored, and controlled in intelligent IT infrastructure include private branch exchange (PBX), LAN switches and hubs among others. Intelligent IT infrastructure solutions also helps to track IT assets, connectivity changes, additions, and helps to plan and diagnose network designs. Some of the beneficial applications offered by these solutions within IT infrastructure include fault-finding, process control, integration, traceability, and asset management.

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The increasing technological developments in IT equipment and end-to-end connectivity across network components are expected to boost the demand for centralized solutions such as intelligent IT infrastructure solutions for effective and efficient management of IT assets. Additionally, growing demand for efficient execution of IT operations by small & medium enterprises and large enterprises is anticipated to drive the intelligent IT infrastructure solutions market during the forecast period. Some of these operations include real-time detection of all connections and disconnections of components as well as visibility of assets and their utilization. Furthermore, enterprises are adopting intelligent IT infrastructure solutions in order to implement modular and scalable IT infrastructure which helps to digitize the processes and reduce errors across operations. Growing adoption of these solutions is expected to contribute to revenue growth of the intelligent IT infrastructure solutions market. Apart from this, simplicity in IT architectures as well as reduced cost and time saving offered by these solutions are major factors expected to show positive impact on the market during the forecast period.

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Printed Sensor Market- Rapid Industrialization is The Driving Force For The Growth Of This Market

Sensors are electronic devices that converts one form of energy to another, such as microphone, loudspeaker, thermometer, antenna and position and pressure sensors among others. These devices perform input function because they “sense” a physical change in some devices that changes in response to some reaction like heat, and force and converts into an electrical signal. Sensors are also considered part of the Internet of Things (IoT) network and are included in the architecture of microcontrollers. Internet of Things can be any object which has been assigned an IP address and the ability to transfer data over network. Sensors are increasingly playing important role in printed technology and this has led to the development of Printed Sensors. Printing technology refers to the technique of developing thin film devices either by printing or coating of organic or inorganic materials.

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The new generation printed sensors offer new levels of sensitivity, mobility and manufacturability. Compared to silicon based sensors, printed sensors can combine semi-conductor, conductive materials as well as materials with special mechanical, optical and thermal aspects with more flexible methods. Printed technologies are specially designed for those sensors that used to convert non electrical signals to electrical signals. Printed Sensors are less costly, environment friendly and mass productive. Printed Sensors are used to detect and measure humidity, temperature, freshness of food, light, sound, pressure and toxic gas. The biggest market of printed sensors is Glucose Sensors and the market for Image Sensors is also rapidly increasing.

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Rapid industrialization is the driving force for the growth of this market. Industrialization has led to an increase in the demand for sensor based products which has in turn been epitomized by Internet of Things. Printed Sensors are highly used in automobiles, industrial and healthcare instruments. The market is also hugely driven by consumer electronics goods owing to a rising demand for hi-tech digital cameras, mobile phones, personal computers, laptops and others. The evolving trend of Internet of Things is expected to increase the applications of printed sensors. Being thin, light weighted and flexible in nature, the printed sensors are apt for exchange of data to be used in IoT. Growing application of biometric technologies in smart phones, e-passports and others has also created a wide market for printed sensors.

Digital Audio Workstations (DAWs) Market Expected to Reach US$ 16,454.9 Mn by 2026: Transparency Market Research

According to a new market report pertaining to the digital audio workstations (DAWs) market published by Transparency Market Research, the global digital audio workstations (DAWs) market is expected to reach US$ 16,454.9 Mn by 2026, expanding at a CAGR of 8.8% from 2018 to 2026. According to the report, the global market will continue to be influenced by a range of macroeconomic and industry-specific factors. North America will continue to be at the forefront of global demand, with the market in the region growing at above 8.2% through 2026. Technical advancements, increased digitization, and presence of large number of digital audio workstation manufacturers are anticipated to significantly influence the growth of the digital audio workstations market across the North America region.

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Growing significance of media and entertainment industry and increasing number of DJs across the world are driving the global digital audio workstations (DAWs) market

Increasing adoption of DAW systems for recording, editing, and producing audio files is expected to boost the growth of the overall market in the coming years. The ability of DAWs software to offer a cost effective and efficient recording system is fueling demand for them. Besides, easy availability of free learning material on different websites is expected to boost the demand for DAW software across the different application areas over the forecast period. Increased presence of a number of digital audio workstation manufacturers and post-sale service providers across regions has led to subsequent rise in demand for digital audio workstations which is likely to supplement the market growth during the forecast period.

In the digital audio workstations market, both North America and Europe are matured markets due to high awareness among users and technological developments. However, South America is expected to witness strong growth during the forecast period from 2018 to 2026. Rising penetration of technology as well as significant investment in music production from media and entertainment industry across countries such as the U.S., U.K, Germany, France, China, India, South Africa, and Brazil is anticipated to offer prominent opportunities for digital audio workstation providers in the near-term.

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Robotics Market: Manufacturers Vie for Product Commercialization to Attract Investments, observes TMR

The largely consolidated nature of the global robotics market, according to a report by Transparency Market Research (TMR) stems from the sheer dominance of some leading players, namely Fanuc Corporation, iRobot Corporation, Northrop Grumman Corporation, and Google Inc. among others. These companies are hard-focused to utilize their technical and business strength for product innovation and for commercialization of these products to serve the industrial and service sectors that are brimming with opportunities. For instance, in 2017, iRobot Corporation has launched Roomba 690 and 890 furthering its existing product line of service robots.

As per TMR’s research, the global robotics market is likely to collect a revenue valuation of US$147.26 bn by 2025 at a CAGR of 17.4% for the forecast period of 2017 to 2025. The market attracted a revenue of US$35.23 bn in 2016. Vis-à-vis volume, the global robotics market stood at 677.2 thousand units in 2016 and is predicted to amount to 2,731.2 thousand units by 2025 rising at a CAGR of 17.0% between 2017 and 2025. Static type robot leads among other type segments as it is widely deployed across various industries such as manufacturing, aerospace, and automotive. North America occupies the leading position in the global robotics market among other key regional segments.

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Heavy Investment from Defense Sector for Accurate and Advanced Unmanned Aerial Vehicles a Boon for Market

“Across the world, labor-intensive industries are facing challenges of rising labor cost and lack of skilled workforce. This has pushed companies to adopt robotic technology to automate operations. The automotive, healthcare, and aerospace industries, for instance, are facing major challenges of lack of skilled workforce, and are thus incorporating robots into their process. Industrial robots are capable of performing a variety of programmed tasks in manufacturing and production settings that are often dangerous for human workers. Service robots, on the other hand, assist human beings for jobs that are typically repetitive and are dangerous.

The demand for unmanned aerial vehicles in the defense sector is increasing at a rapid rate,” says a TMR analyst. Unmanned aerial vehicles have significance for surveillance, capturing images, and for conducting targeted bombing discreetly among other purposes. Apart from this, military drones are cost-effective over manned aerial vehicles and have the advantages of loitering above the ground and gather maximum information pertaining to the target discreetly that ground attack combats are not capable of.

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