IoT Operating Systems – The Future of Embedded and IoT Security

IoT (Internet of Things) has the ability to exchange data between different devices over a given network in an efficient manner with minimal use of resources and also with low consumption of power. As the regular operating systems need considerable amount of resources, they are not capable of establishing connection with IoT application. Conventional operating systems such as iOS, Windows, and Linux are not suitable and designed for applications of IoT. These devices are powered up by real-time operating system (RTOS) that offers connectivity, interoperability, and usability with more memory and energy efficiency.

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The global market for IoT operating systems could be segmented in terms of the different types of operating systems and by industrial verticals. The global market could also be segmented in terms of geography as well. Such in depth and precise segmentation of the global IoT operating systems market offered by the report helps in grasping the all-round growth prospects and the future outlook of the different segments of the market and thus, helping the potential buyers to make informed decisions while investing in the market.

There are multiple factors that can be held accountable for driving the overall growth of the global market for IoT operating systems market in the coming years of the forecast period of 2017 to 2027. Some of the key factors that are projected to play in important role in driving the growth of the market are the portability in the range of products, overall cut down of cost of product development and prices of the same, less consumption of power by the IoT devices connected to the operating systems, and increasing demand for internet connectivity. In addition to this, growing acceptance and adoption of smart devices coupled with growth in disposable income of people across the globe is also expected to fuel the overall growth of the global market for IoT operating systems market over the course of the given forecast period of 2017 to 2027.

However, there are some factors that might impede the growth of the market in the coming years and stop it from reaching its full potential. One of the key restraining factors for the growth of the global market for IoT operating systems is the issues related to the proliferation of IoT operating system. In addition to this, lack of proper standardization for data security, data privacy, and unmet demands of several IoT applications can also pose some threat to the overall development of the global market in the coming years.

Some of the key players in the global IoT operating systems market include names such as Samsung Electronics Co. Ltd., Huawei Technologies Co. Ltd., Microsoft Corporation, Google Inc., Blackberry Ltd., Cypress, Contiki, Atmel Corporation, ARM Limited, Amperex Technology, AMD, Altera Corp., and Advantech among others.

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Wi-Fi Chipset – IEEE 802.11 Standard Connects Two or More Devices Using Wireless Communication

Wi-Fi is a technology based on the IEEE 802.11 standard which connects two or more devices using wireless communication within a limited area such as office building, school, home, or computer laboratory. Usage of Wi-Fi has increased significantly in residential and commercial places since the last several years due to the ease of its installation and operation. Currently, a number of devices including video-game consoles, digital cameras, digital audio players, digital printers, smart TVs, tablets, phones, and personal computers are available with built-in Wi-Fi technology.

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These devices can connect to the internet with the help of wireless access point or wireless LAN (Local Area Network) and can provide control and monitoring of a system from a remote location. Wi-Fi chipsets usually operate in 2.4 gigahertz UHF (Ultra High Frequency) band and 5.8 gigahertz SHF (Super high frequency) band. Wi-Fi Alliance, comprising more than 375 organizations worldwide, establishes and enforces Wi-Fi standards for compatibility and interoperability of technology.

Rise in the number of smart-city projects, especially in developing countries in Asia, technological advancements in Wi-Fi technology, and increase in usage of Wi-Fi at homes and enterprises are expected to drive the global Wi-Fi chipset market during the forecast period. Rise in the middle class due to significant economic development and growth are driving the smart-city projects in Asia Pacific. For example, the nationally selected smart-city demonstration projects in China (104 projects), the smart-city projects in India (100 projects with initial investment of more than US$ 7.5 Bn), and the Songdo smart-city plans in South Korea are projected to propel the market of Wi-Fi chipset in Asia in the next few years.

A number of global conglomerates including Google, Larsen & Toubro (L&T), RailTel, and IBM are eying the Wi-Fi network management contracts of the smart-city projects. Technical advancements such as WiGig (Wireless Gigabit) enhances the Wi-Fi experience by providing extended capacity and data transmission speeds up to multi-gigabit per second. Rise in adoption of WiGig in multimedia streaming, virtual reality, and enterprise applications demanding high speed and wireless docking are expected to boost the demand for Wi-Fi chipsets in the near future.

Similarly, demand for Wi-Fi chipsets in the home application segment is expected to increase significantly in the next few years due to the ease of installation and maintenance of Wi-Fi technology in home appliances. However, the Wi-Fi network is more vulnerable to hacking as compared to the wired network as anyone within the range of a Wi-Fi device can attempt to gain access to the network. This is anticipated to be a limiting factor to the growth of the market. However, advanced Wi-Fi applications for Virtual Reality (VR) and Augmented Reality (AR) exhibit attractive opportunities for the progress of the market during the forecast period.

Some of the key players in the global automotive supercharger market are Qualcomm Limited, Celeno Communications, Intel Corporation, Texas Instruments Incorporated, Stmicroelectronics N.V. Mediatek, Inc., Samsung Electronics Co., Ltd., Marvell Technology Group Ltd., Cypress Semiconductor Corporation, Quantenna Inc., Peraso Technologies, Inc. and Realtek Semiconductor Corp.

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Wireless Connectivity: Future Evolution of the Mobile Network

Wireless connectivity is a technique used by homes, communication networks, and enterprise connections to reduce complex cable networks across buildings. Wireless connectivity equipment is deep rooted in many electrical device markets. WiFi, Bluetooth, and GPS are becoming universal for certain devices such as smart phones and mobile phones. Besides this, wireless connectivity is also required in applications in Internet of Things (IoT), ranging from control devices and gateways to cloud.

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Wireless connectivity is used by IoT devices to enable an access point through which communication and data transfer between two devices can take place. Collaborations and partnerships is one of the major trends in the wireless connectivity market. For instance, partnerships between ZigBee and other organizations such as EnOcean GmbH are anticipated to drive the self-powered energy harvesting internet-of-things devices in areas such as building automation and home automation.

Major factors driving the global wireless connectivity market include rise in adoption of IoT and cloud computing, increase in demand for smart phones and other wireless technology devices such as Bluetooth, ZigBee, and WiFi, growth in connectivity of the Internet, and escalation of demand for low-power wide-area (LPWA) networks.

Increase in need for cross domain applications could open up new opportunities for the wireless connectivity market. Additionally, rise in government subsidies for the development of IoT provided by countries such as India, the U.S., Canada, Australia, and South Korea is also estimated to offer new opportunities to the wireless connectivity market.

Key players operating in the global wireless connectivity market include Qualcomm Incorporated, Intel Corporation, NXP Semiconductors N.V., Texas Instruments Inc., Nexcom International Co., Ltd., Stmicroelectronics N.V., Mediatek Inc., Enocean GmbH, Atmel Corporation, and Cypress Semiconductor Corporation.

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AR in Education Industry – Limitations, Possibilities and Hopes

Augmented reality or virtual reality is facilitating the growth of computing power. This technology can integrate new and trending algorithms of Big Data, Artificial intelligence, and wearable devices, among others. Conglomeration of augmented reality with virtual reality is expected to drive the growth of next generation computing and work as an instinctive edge for Internet of Things (IoT). The adoption of AR in education is likely to gain momentum due to the inclusion of advanced forms of technology in the process of education.

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Rise in emphasis on collaborative and experimental learning is likely to drive the growth prospects of AR in the education market over the forecast period. Introduction of AR in education through various applications and interactive textbooks is likely to facilitate student oriented learning. Experimental learning is a crucial way to obtain new and innovative skills as it involves learning on the basis of conceptualization, observation, and testing situations. With the rise in trend of AR technology, there has been an impact on the physical environment resulting in improvement of learning experience for students.

AR learning experience in educational content comprises audio, video and games, among others which have changed the perspective of education. AR in education helps in addressing queries through natural content and choose subjects as per need of students. The rise in trend of IoT technology is likely to impact the growth of AR in education, paving the way for more opportunity in the near future.

The AR in education market is segmented by product type and end-users. On the basis of product type, the AR in education market is segregated into AR hardware and AR content. AR content held the dominant share of the AR in education market in 2016 and is likely to hold the major market share over the forecast period. AR content overlays 3D images and text over real time environment that is expected to transform the methods of teaching. The textbooks are effective as they contain interactive elements that help to address the problems of students.

AR gaming and AR video games coupled with AR applications and interactive textbooks are primarily driven by rise in demand from faculty and students in institutions. By end-user, the AR in education market is segregated into higher education and K-12. Rise in government expenditure for education is likely to influence the growth of this segment in the coming years. Increase in the use of AR in healthcare, aerospace, and automotive is expected to drive the growth of this market.

The market for AR in education is highly fragmented due to the presence of established global players along with several new entrants in this market. Key players in the AR in education market are EON Reality, Magic Leap, DAQRI, GAMOOZ, QuiverVision, Google, Inc., Chromville, Meta Company, InGage, and Popar, among others.

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Aviation Cyber Security Market: Rising Sophistication of Cyber-attacks Compel Aviation Industry to Adopt Better Security Solutions

Although the vendor landscape of the global market for aviation cyber security is largely fragmented, the top five companies accounted for a significant 59% of the global market in 2016, observes Transparency Market Research in a recent report. The market features a high level of competition, which has intensified in the past few years owing to the large numbers of acquisitions and mergers undertaken by key players. Leading vendors in the market continue to resort to these strategies as a way of adding unique services and product offerings to their portfolio and gain extra leverage through an expanded consumer base. Recent instance would be the acquisition of Lacoon Mobile Security, an Israel-based mobile security company, by Palo Alto Networks, Inc. in 2015.

The market is also tough for new and small vendors to enter. Firstly, due to the intense competition and secondly, due to the fact that leading players enjoy strong presence and excellent consumer loyalty across key regional markets, making it difficult for new vendors to make their mark in the global aviation cyber security market. The top five vendors in the market (in terms of revenue collected from offerings in the field of aviation cyber security solutions) are Raytheon Company, BAE Systems Inc., General Dynamics Corp., Thales SA, and Harris Corp.

Transparency Market Research projects that the global market for global aviation cyber security will exhibit a promising 7.4% CAGR from 2017 to 2025, rising from a valuation of US$2,545.2 mn in 2016 to US$4,759.3 mn by 2025.

In terms of geography, North America was the leading revenue contributor to the global aviation cyber security market in 2016, with the U.S. being the hub of the majority of players in the market. North America accounted for a massive 36.6% of the global aviation cyber security market in 2016 and is expected to remain the leading contributor of revenue to the global market throughout the forecast period as well. However, the well-established market is expected to suffer from stagnancy and dearth of new growth opportunities, succumbing a major loss in its global market share by the end of the forecast period.

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On the other hand, the market in South America is expected to be the most promising regional market, with an impressive 12.8% CAGR from 2017 to 2025. In terms of services, managed security services are expected to continue to witness strong growth over the report’s forecast period and account for nearly 73% of the overall revenue of the global aviation cyber security market by the end of the forecast period.

Rising Expenditure of Aviation Companies on IT Solutions to Remain Key Driver

Factors such as the rising numbers and complexity of cyber-attacks on aviation systems, the increased investment of aviation companies on enhancement of their IT infrastructure, and the vast rise in the adoption of commercial aviation services, especially across emerging economies in regions such as Asia Pacific and South America are the key drivers of the global aviation cyber security market. However, the high initial cost of deployment of advanced aviation cyber security solutions could discourage many small-scale aviation service providers from adopting them, hampering the growth prospects of the market to a certain extent.

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Multi Cloud Storage – Offers Several Functions For Storing and Retrieving Data

Multi cloud storage is adopted by most of the enterprises in order to use numerous cloud environment to satisfy the business requirement. An enterprise application might have multiple clouds such as private cloud, public cloud and hybrid cloud including managed service providers. Multi cloud storage can be used by web providers, enterprises, and other businesses in order to minimize the risk of data loss and also it helps to improve the quality of service. Multi cloud storage offers several functions for storing and retrieving data and they are widely used as a shared storage solution for distributed applications.

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The multi cloud storage helps organizations to adopt changing IT environment to minimize cost and to reduce the need to hardware and appliances.

The heavy adoption of emerging cloud based platform-as-a- service (Paas) by several enterprises is one of the major factor driving the multi cloud storage market. Multi cloud storage provides easy access to end users working on the different platform. The implementation of multiple cloud services is increasing as it helps to reduce dependency on a single vendor. The multi cloud application management storage platform helps the organization to improve its overall performance by means of different infrastructure services to fulfill the computing needs of its users.

Presently, North America region is holding the largest market share of multi cloud storage market followed by European and APAC region. In this regions, Multi cloud storage market is growing gradually owing to the adoption of various several cloud storage platforms services by small and large scale enterprises.

Some of the key players of the multi cloud storage market are: IBM Corp., SAP SE, Microsoft Corp., Gosun technology, Google, VMware and EMC

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Drive-By-Wire Market – Powered by China and Japan, Asia Pacific to Grow at Maximum Pace

Some of the key players in the global drive-by-wire market are Robert Bosch GmbH, SKF Group, Delphi Automotive PLC, Mobil Elektronik GmbH, Denso Corporation, Hitachi Automotive Systems, Ltd., ZF Friedrichshafen AG, Continental Group, Curtiss-Wright Corporation, and Infineon Group.

In order to stay ahead of competition in the global drive-by-wire market, automotive component manufactures are pouring money into development of advanced drive-by-wire technology systems. They are also focusing on electric powertrain development. Robert Bosch GmbH, for instance, has developed an e-axle drive system that combines transmission, electric motors, and power electronics in one unit to implement drive-by-wire technology. SKF Group has developed electromechanical actuators which are an integral part of drive-by-wire systems.

Other strategies leveraged by savvy companies in the drive-by-wire market to bolster their positions are carefully-considered acquisitions, partnerships, and divestments.

Based on applications, the global drive-by-wire market can be segmented into brake-by-wire, electronic throttle control, steer-by-wire, and shift-by-wire. Of them, electronic throttle control segment, which is the oldest form of drive-by-wire technology, is predicted to be the most lucrative segment.

Depending upon geography, the global drive-by-wire market can be divided into Europe, North America, Latin America, Asia Pacific, and the Middle East and Africa. Asia Pacific, at present, leads the market. The growth in the region is primarily being driven by Japan, China, Australia, South Korea, and India. Expanding at a good clip, the region is slated to grow its market share to 42.6% by 2025.

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Emergence of Autonomous Vehicles to Catalyze Market Growth

Drive-by-wire or x-by-wire technologies, which is comprised of different automotive electronic components such as sensors, electronic control unit, actuators, electric motors, etc., is primed to play a crucial part in future autonomous vehicles. “Drive-by-wire vehicles need more power than conventional vehicles. While conventional vehicles run on 12-volt system, drive-by-wire requires 48-volt system. Rising adoption from 12-volt system to 48-volt system presents an opportunity to increase adoption of drive-by-wire in global automotive market,” explains the lead analyst of the report.

Rules against Vehicular Emissions Stoke Demand in Market

Besides, growing demand for fuel-efficient vehicles and regulations aimed at curbing emissions have also resulted in higher uptake of drive-by-wire or x-by-wire technologies. This is particularly evident in the developed U.S. and other European countries, where authorities have framed rules supporting fuel efficiency and discouraging vehicular emissions. This has caused increased uptake of drive-by-wire technology in vehicles, which helps to up fuel efficiency by reducing the weight of the vehicle and brings down vehicular emissions due to gradual conversion to a 48-volt electrical system.

Rising demand of off-road vehicles is also serving to catalyze demand for drive-by-wire systems. Drive-by-wire application is increasing in forklifts, harvesters, tractors, construction and mining equipment, industrial electric vehicles, mowers, utility vehicles, and other off-road vehicles.

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