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The global integrated marine automation system market has been segmented on the basis of product type, component, solution and geography. Based on product, the market for integrated marine automation system has been bifurcated into different types which includes commercial and defense. Again the commercial segment has been segmented into different types like cargo and passenger carrier. On the other hand, the defense segment has been classified into different types which includes aircraft carrier, submarines and UAVs among others. In 2017, the commercial segment hold the major percentage share in the integrated marine automation system market. On the basis of component, the market for integrated marine automation system has been classified into hardware, software and service. In 2017, integrated hardware segment hold the major market share in the integrated marine automation system market and is anticipated to grow at a highest CAGR rate during the forecast period. Additionally, on the basis of solution, the global integrated marine automation system market has been classified into engine room alarm and monitoring system, ballast system, tanks sounding system, fuel control system, controlling all valves, electrical energy flow and distribution control and protocol communication. The requirement of various analytical instruments and operation and monitoring software is anticipated to drive growth in the solution segment. Across the globe, growing demand for seaborne world trade, growth in maritime tourism and rising compliance focus towards maritime safety norms are expected to bolster the demand for the global integrated marine automation system market. On the flip side the shortage of qualified specialists in the marine industry and digitalization making ships vulnerable to cyber threats are also anticipated to hinder the growth of global integrated marine automation system over the forecast period.

Increasing e-commerce operation that provides prominent platform for the smaller logging cable providers around the globe is expected to be a major driver of the market growth. Additionally, growing exploration and production activities in oil and gas sector is likely to boost the global logging cable market. The logging cables are usually used for detection and surveying of rare minerals and metals under the earth or sea and also for the exploration and production purpose. E-commerce has emerged as an opportunity for small enterprises for logging cable. Additionally, the scope of increasing adoption of e- commerce in small enterprises has reached to global presence and offering hard competition to well established players of logging cable market. Furthermore, emerging companies of logging cable is expected to acquire small companies for doing business.

There are many factors that are helping the smart commercial drone market to flourish. The growing investment in the technology by emerging economies have resulted in stable flight platform which is a pre-requisite for aerial photography. These investments have also given rise to collision avoidance system for easy maneuverability in the cities. This factor is expected to be amongst the major factors driving the market. Additionally, the increasing use of smart commercial drones across e-commerce, mapping and agriculture is also adding to the market's growth. The emergence of cloud based data services and applications is also anticipated to spur the smart commercial drone market growth. There are however, some factors that are restraining the smart commercial drone market growth. Chief among them is the high initial investment. A lot of capital is required for the research and development of technology and platform to put these in the air. As these drones are controlled remotely, the absence of internet connectivity also acts as a restraint to the smart commercial drone market growth. The smart commercial drone market is also plagued with regulations which is also a major challenge for the market's growth. Moreover, the innovation and advancement in the technology related to the smart commercial drone by the well established and emerging players are expected to overcome these restraints in near future.

Technology is revolutionizing the legal services industry. Legal analytics refers to the managing process of extracting knowledge from existing legal data to help in-house legal teams and decision-makers on certain legal matters. This is done by forecasting, legal strategy, comparative legal costs, process development, billing optimization, financial operations and resource management. Legal analytics involves data mining from data contained in documents related to case and docket entries. This data is then accumulated to provide previously unknown insights into the behavior of the judges, lawyers, organizations such as courts law firm and parties involved. It also involves gaining insights from subjects of lawsuits such as patents and others that are part of the litigation ecosystem. Litigators use legal analytics to disclose trends and patterns in past lawsuits that notify about legal strategy which anticipate outcomes in ongoing cases. Legal analytics depends on progressive technologies such as natural language processing (NLP) and machine learning, to structure, analyze and obtain the required information from raw data present in case dockets and documents. Legal analytics involves statistical modelling and forecasting to reveal gainful information about the management, case handling and operations of legal department. Legal analytics solutions helps in assessing all the recordings, documents and other related files of particular case and old cases and patents similar to that in order to reveal the intended knowledge.

Laser phosphor is a lamp less projection illumination technology that is using blue laser diodes as the primary light source. The laser phosphor technology is powered by a combination of laser diodes, mirrors and a phosphor screen. These diodes direct a laser signal to the mirrors and these lasers are then projected onto the phosphor screen, stimulating the required RGB imaging sequence. It works basically like a laser printer, in which image is being refreshed at a much higher rate. Laser phosphor display is similar to cathode ray tube technology but it activates phosphors using lasers instead of electron gun. It is because of this the laser phosphor displays are never burdened with screen burn-in as compared with traditional display technologies.

The current wireless fire detection industry is oriented towards mixed wireless and wired systems. It is a common way of upgrading or extending installations or installing new systems without impacting the hard wiring running throughout the building. Star network is the common wireless fire system which involves multiple wireless devices in direct communication with either a repeater or a central wireless gateway.

Indoor air quality is a major factor affecting the health, comfort and productivity of the occupants inside a building. The local air pollution is characterized and monitored by countries across the globe by their own set of regulations. The goal of air quality monitoring system is to protect people and the environment from harmful air pollution. The indoor air quality monitoring systems market has shown a significant growth in the past few years and is expected to grow further in the forecast period.

The global voice biometrics market is gaining momentum on the back of rising need for foolproof security methods for technology-driven systems and devices to prevent loss of critical data. With username and password proving to be insufficient on account of the risk of being hacked and cracked, biometrics identification is so far the safest for fraud prevention.

Server monitoring is a procedure to monitor server's system properties such as memory, I/O, CPU usage, consumption, network, and disk usage and other processes. Server monitoring supports in understanding server's organization resource practice which is better way for providing and planning for storage capacity to improve the customer experience. Server monitoring guarantees that server machine is ready to hold or process multiple requests. Easy to implement, remote monitoring, automated maintenance schedule, process mining and root cause analysis are some of the major features offered by server monitoring solutions. Server monitoring procedure includes analyzing and reviewing a server for accessibility, performance, operations, security and other operations associated procedures. The server monitoring solution ensures that the problem is mitigated within a short time span and performance expectations are met as they are becoming apparent, they have the ability to hamper the server administration activities. The server monitoring solutions help the organizations with efficient services, application availability and streamlined procedures. In addition to this, the server monitoring solutions easily detect, network rules & downtime failures along with the factors due to which services, processes, servers, and batch jobs get failed. Such advantages are anticipated to increase the demand for server monitoring solutions across the world during the forecast period.

Virtually for every organization performance of IT resources is a very crucial factor. IT environments have become complex, which are leading to performance problems without the cause being identifiable. This is leading to loss of revenue because of customer dissatisfaction, chronically frustrated end-users and heavy workload for the IT departments. Various new technological possibilities are arising to measure and detect issues and take necessary actions. IT Operations Analytics (ITOA) is one of them. ITOA is an approach to retrieve, report and analyze data for IT operations. It extracts meaningful information from the raw data collected by monitoring technologies and converts them into actionable business insights. In an ongoing work, ITOA produces more effective and more efficient support for business processes. The implementation of this technology makes the IT organizations adaptable and more versatile. The availability of IT resources is also greatly improved leading fewer malfunctions and fewer delays. The key to success lies in making performance predictable and detection of possible problems before they become the risk. Thus, in short, the implementation of ITOA results into more agile organizations, making cost-efficient IT investments and strengthening of organizations in terms of IT security.