Market for Emergency Management Services Continues to Grow in the US

The market for emergency management services in the US is categorized on the basis of private end user vertical, professional services, and end-user vertical. Industries such as healthcare, media entertainment, hospitality, BFSI, Telecom and IT, utilities and transportation and logistics fall under private end user vertical.  Similarly, public information services, consulting services, training and simulation services, and emergency operation services fall under professional services. While the end user vertical is classified into state government, federal government, private sector, and local government.


Growing security threats associated with terrorism and other criminal activities coupled with changing demography of the country is expected to influence the market for emergency management services in the US over the next few years. Further, threats from environmental disasters, bio hazards, severe weather and other calamities and increasing incidences of genocide in the country are additional factors expected to drive the market for managed security services in the US. Likewise, rising geriatric population and influx of people in coastal and urban areas are turning them into hotspots for terrorist attacks. Moreover, some of the particular areas in the US have a high concentration of private and public assets that entail efficient security and can be considered as another major factor fueling the demand for emergency management services in the US.

However, the increasing uncertainty and high impact ratio of disasters that are miscalculated may inhibit the market growth. In several occasions, government fail to allocate accurate budget for relief operations, which can be assumed as a negative factor hindering the emergency management services market in the US.

Future Prospects of Emergency Management Services

Increasing initiatives to further expand smart city infrastructure in the country is anticipated to creative lucrative business opportunities for emergency management service providers. In addition, the advent of advanced technological solutions such as big data analytics is being increasingly used in managing emergency services in the US. Incorporation of such IT solutions helps in better data analysis and crisis management during disaster response activities. Moreover, such advanced analytic solutions help in implementing a well-planned response at hostile situations.


Emergency management service providers are actively focusing on enhancing their services. Key players in the US market are offering crisis specific solutions depending on the type of emergency. In addition, players are collaborating with each other to improve their service offerings. For instance, the recent partnership between CrisisGo and LobbyGuard Solutions, LLC for providing advanced building safety management services is considered to be a positive move by both the companies. Realizing the growing risk of threats and safety issues in various public and private vicinities including industrial facilities and educational institutes both the companies have decided to jointly develop an emergency management platform. The companies believe that the integration LobbyGuard’s visitor management system with CrisisGo’s emergency mobile communications will ensure higher levels of safety for commoners working is various facilities and institutions. The emergency management platforms will enable them to receive crucial and timely alarms during emergency situations. The companies also believe that this partnership will further help them in offering superior service models to their clients.

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In 2015, the market for emergency management services in the US stood at US$ 7,100 Million and is anticipated grow higher in the upcoming years. According to a recent study conducted by Persistence Market Research (PMR), the market in the US is expected to surpass US$ 13,900 Million by the end of 2024. Major players in the market are emphasizing on collaboration with peer companies and improve raise the standards of their support services.


Analysis: Qualcomm Acquisition of NXP Semiconductors

Beckoning a gigantic move in the automotive space, Qualcomm, a smartphone chipmaker dwindle the silicon space a little further with a budding acquisition of NXP Semiconductors, a Netherlands-based company in a deal worth over $30 billion. In a series of consolidation moves made by semiconductor industry recently, this takeover of NXP by Qualcomm is the latest one.

NXP is headquartered in the Netherlands but does trades on the Nasdaq and has become a chief trader of chips used in NFCs (near-field communications) that benefits phones in interacting wirelessly with the help of payment terminals equipment.

Purchasing NXP would add remarkable scale to Qualcomm along with its prime specialty in designing and making chips for smartphones. Yet this semiconductor enterprise tackled pressure last year from an activist verge fund over its strategies for boosting growth in the market. Although this process weighed a lot but later it abandoned resulting in a latent split of its businesses.

Actually NXP Semiconductors is a very large company and rather than a licensor of designs it is also a supplier of components. NXP is the 5th largest supplier of in the world with more than 40,000 employees in 35 countries. And when talking about chips related to security-based identification NXP Semiconductor is the trailblazer especially applications related to car. Also, last year NXP itself underwent with one consolidation of its own, merging with Freescale Semiconductor in a deal worth $40 billion.

One more claim to recognition for NXP is the NFC co-creation with Sony. Qualcomm’s business extents not just semiconductors as it has a whole subordinate dedicated to that but also wider telecom services and products.

To sustenance this augmented plea for mobile transactions, suppliers of mobile device tackled a hurdle to scale up their solutions that are firm enough to keep pace with growing market needs. The collaboration of NXP and Qualcomm Technologies permits mobile device manufacturers to accelerate their time to market, and get advantage from the robust advancement in the mobile transactions industry.

For Qualcomm Technologies, accumulating NXP’s products to its own listing makes logic, as it helps Qualcomm in diversifying its trade away from the smartphone market, and enlarge its automotive semiconductor chips business with merger of NXP that holds significant market share in the space.

As Qualcomm already governs automotive telematics but by purchasing NXP, the organization would gain powertrain, an automotive processor portfolio, in-cockpit market share, and safety, as a result it will craft the first end-to-end semiconductor auto supplier of the future.

So, a joint company would claim annual revenue of $30.5 billion. Nevertheless, the productivity of the two companies’ revenues couldn’t be more different. Merging NXP with Qualcomm stock will result into emergence of a tech giant operating as an automotive semiconductor company, raking in substantial revenues largely deriving from operational profits.

Moreover, the first end-to-end semiconductor auto supplier would truly be inexpensive than the current Qualcomm when it will be treasured on sales, and marginally more expensive when valued on earnings that could thrive as Qualcomm works towards steadily bring NXP’s profit margins up to par with its own.

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Hardware Reconfigurable Devices Market is growing at a steady pace across globe

Hardware reconfigurable devices are the devices in which functionality, as well as the connection between logic gates, are reconfigurable or customizable. Hardware reconfiguration is a process of customizing any aspect of the machine which is currently mapped to a configuration ID. Hardware reconfigurable devices offer advantages such as greater functionality because of simple hardware design and lower system cost. Primarily, Hardware reconfigurable devices have found their way in various consumer electronics devices such as personal computers, cell phones, and others.

The global hardware reconfigurable devices market is growing at a steady pace across globe. Factors which are driving the growth of global hardware reconfigurable devices market are growing demand of the reconfigurable devices in consumer electronics such as cell phones, personal computers and others, efficiency and flexibility of hardware reconfigurable devices, technological innovation in the market such as nanotechnology and availability of good quality material at reasonable cost. On the other hand factors which are restraining the growth of global hardware reconfigurable devices market are component placement issue, routing issues between old and new components and lack of availability of development tools for reconfigurable computing

The global hardware reconfigurable devices market is segmented on the basis of the type of devices, process, and region. On the basis of the type of devices, the global hardware reconfigurable devices market can be segmented into auto-sequencing memory, on-chip memory, reconfigurable computer, and others. Out of all these types of devices, on-chip memory devices are expected to lead the market during the period of forecast due to increasing demand of on-chip memory devices.

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On the basis of process, the global hardware reconfigurable devices market can be segmented into reconfigurable computing, cycle accurate simulation and high performance computing.

On the basis of region, the global hardware reconfigurable devices market can be segmented into seven regions which includes, North America, Latin America, Western Europe, Asia-Pacific (excluding Japan), Eastern Europe, Japan and Middle East & Africa region. Further, the market is sub-segmented as per the major countries of each region in order to provide better regional analysis of the hardware reconfigurable devices market. Present global hardware reconfigurable devices market is dominated by North America region. It is because of well-rooted hardware reconfigurable devices market in the region, however during the period of forecast Asia-Pacific (excluding Japan) region is estimated to expand with a highest CAGR.

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Key players in global hardware reconfigurable devices market are Freescale Semiconductor, Inc., STMicroelectronics, Infineon Technologies AG, Atmel Corporation, Texas Instruments Incorporated, Microchip Technology Inc., Broadcom Corporation, Altera Corporation, Microsemi Corporation and NVIDIA Corporation among other market players. The global hardware reconfigurable devices market is witnessing trend of merger and acquisition of market players, for example, in 2010, Microsemi Corporation acquired Actel Corporation. Market players are also focusing more on technological innovations and developments, for example, in 2014, STMicroelectronics tested and validated an experimental 3D graphics application which is based on ray-tracing technology. This application had been implemented on an ARM-processor-based test chip attached to a reconfigurable Field-Programmable Gate Array (FPGA). Various other activities are also observed in global hardware reconfigurable devices market such as Microsoft is looking forward to using reconfigurable FPGA’s in order to enhance the performance of the Bing search engine server. In 2014, Forza Silicon Corporation introduced reconfigurable image sensor technology platform for variety of internet of thing (IoT) applications. In 2013, Micron Technology, Inc. innovated the Automata Processor (AP), which has reconfigurable processing architecture that enable redesigning of a chip.

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pH Sensor Market Global Industry Analysis and Research during 2015 – 2021

pH meters are mainly used for finding the pH value of fluids, the pH value of fluids is analysed to assess the quality of fluid and water being used in the production process. The pH Sensor consists of measuring electrode, reference electrolyte, temperature sensing element and the reference junction. pH meters are mainly used in power plants, water treatment plants, pharmaceuticals industries, mining sector, oil & gas industry, Chemical processing industries, food & beverage industries. pH sensor is used to analyse the dye which is used for clothes, the medical industry checks the drug efficiency and ensures a proper pH level of water to manufacture the drug. Water with the desired amount of pH in necessary for food production and beverage production this is again where pH sensor helps industries.

The trend in the pH sensor market is the demand of highly reliable & accurate pH sensors that lasts a lifetime with the reduced level of maintenance.

The major driving factor of the pH sensor market is increasing government regulations on industries that use water in their production i.e. water incentive industries. Imposition of strong regulations on water treatment plants by environment protection agency to decrease the pollutants in the water and environment. Another driving factor is, growing safety concerns in industrial setups due to harmful effects on the quality of goods produced due to acidic or basic water. Apart from this the effects of basic or acidic water on pipelines and various equipment such as condensers and boilers etc. in chemical, power and oil & gas industry is further aiding pH sensor market.

There are various restraints of pH sensor market such as difficulty to measure pH of solutions with low ion concentration. Another restraint is related to certain solutions that damage the pH sensor. Regular cleaning of the pH sensor only by distilled water/special solution is required to prevent a growth of bacteria and contamination to maintain the utmost standard of product quality and sometimes this cleaning damages the sensor. This cleaning practice is common in the variety of industries, such as cosmetics and perfumes, food and beverage, fats and oils, pharmaceuticals, paint and ink and chemical manufacturing.

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The pH sensors market is segmented on the basis of product type, by application, by component, by region. pH sensor market segmentation by product is general purpose pH sensors, high-performance pH sensors, high purity pH sensors and other pH sensors. Other includes a pH sensor with the steam sterilizable property. Segmentation of pH sensor market by component includes sensor body, the reference electrode, measuring electrode and sensing element. Segmentation of pH sensor market by application includes Medical and healthcare sector, Paper Industry, Food & Beverage industry, Agriculture industry and others such as chemical and pharmaceuticals industries. Chemical and Pharmaceutical industries use pH sensors for checking their production processes and to avoid any eccentricity from the standard operating procedure. This also acts as a driving factor for the pH sensor market.

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The global pH sensor market has been segmented into seven major regions, which include North America, Western Europe, Asia Pacific Excluding Japan (APEJ), Japan, Eastern Europe, Latin America and the Middle East & Africa.

Key players of the global pH sensor market include Honeywell International, Inc., Omron Corporation, Hanna Instruments, Jenco Instruments, Inc.,  PreSens Precision Sensing, Texas Instruments, Banpil Photonics Inc., Emerson Electric Co., Oceana Sensor Technologies Inc., Metrohm AG, Yokogawa Electric Corporation, Infineon Technologies AG, REFEX Sensors Ltd., Xylem Inc., Mettler-Toledo International, Inc., In-Situ Inc. and Thermo Fisher Scientific Inc.

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It’s Time to Move on from Keys and Ensure Better Security with e-Cylinder Locks!

Electronic cylinder locks or e-cylinders – the idea is no new, and has been in market for years. The reason why it’s witnessing growing popularity since the recent past, is its enhanced security features, flexibility of use, and affordable prices. E-cylinder locks capture a big market in the security world. These locks are ideal for residential doors, glass doors, utility doors, high security main gates, massive containers, padlocks, cabinets, safes, and equipment.

These locks operate on battery, and users can lock and unlock them with card, transponder key, or fob. Connected to access control systems, these locks involve the key control. You can either add keys or remove them as per the requirement. The system provides the finest quality access control that records place, time, and transaction log, and the access control continues even during power outages. Over 1000 access entries are recorded, both authorized and denied.

Why e-Cylinders Are Superior to Standard, Wired Access Control Systems?

  • Because e-cylinders don’t require wiring to power supply, their installation and repairs demand minimal labor. It’s possible to connect all cylinder locks across a single entity without any extensive wiring requirement.
  • As per the requirement, access keys, cards, or fobs can be linked together in one system or you can simply choose individual programming. These locks have a flexible design that can be readily transferred to other doors or gates, whenever needed.
  • Where conventional locking systems offer safety to people, electronic cylinder locks assure the highest level if security to people as well as private and public properties.
  • If you lose your keys, the locking system records it the list of stolen or lost keys, providing security from random, unauthorized key access.

As these locks are available in a wide range catering to varying applications, residential, commercial, government, and other sectors are increasingly relying on e-cylinder locks for security. However, market is constantly welcoming new technologies and innovative e-cylinder products, which would take security to a whole new level. With superior access control system at relatively lower costs, electronic cylinder locks make an ideal substitute to standard door cylinders.

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New Applications Are Shaping e-Cylinders Market

Around 300 e-cylinder locks have been designed and launched in market since the inception of e-cylinders concept. A large number of lock and locking systems manufacturers already have electronic cylinders in their product portfolio. R&D is supporting new product launches in the e-cylinders market with higher durability, more versatile functionality, and optimum use. Recent applications of e-cylinder locks include wall readers, new type residential locking cylinders, and locks for lockers in multiple facilities.

While residential locking cylinders simply keep getting better with time and innovation, wall readers have got an excellent application for card-less vending venues, large parking area gates, and lifts. Moreover, these locks can also be used at educational institutions, offices, hospitals and healthcare facilities, and health clubs where high security demanding lockers are used on a daily basis.

What Offers Highest Security amongst Key, Fob, and Card?

Well, undisputedly, transponder keys offer the highest security when compared to the other two. The security with keys is electronic as well as mechanical. A transponder key can operate any of the two – reader installed at the main gate or electric lock. In case of utility doors or glass doors at offices, a key can operate both, padlocks and mechanical locks. However, using only a card or fob for controlled access restricts their user-advantages.

Among some of the key players in electronic cylinder locks market, Salto, Simons Voss, and a few others provide a range of door handles operated only with fobs, and e-cylinders operated only with fobs or cards. Some key companies – Keso, Kaba, and AssaAbloy, are however enjoying great sales in electronic cylinders section, owing to their products, which operate with cards, fobs, as well as transponder keys.

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