Maritime surveillance is an integrated solution that provides safety & security on borders at sea level. It is essential for creating awareness at coastal and aids in real-time monitoring at maritime. .Operations of marine activities such as irregular migration/border control, maritime security, fisheries control, anti-piracy, oil pollution, and smuggling are supported by many maritime solutions and assemblies. The report provides market dynamics and trends related to the global maritime surveillance market. In addition, it presents the estimations and forecast of the market. The study estimates the revenue generated from the sales of maritime surveillance solutions and assemblies. For the purpose of analysis, the global maritime surveillance market is segmented into application, type, component, and region. The applications covered in the report include naval, coast guard, and others (port & critical infrastructure security and vessel security). In addition, the report includes the details about the components such as radar, sensors, AIS receivers, and others (adapters, multiplexers, interfaces, convertors, software, long-range Wi-Fi boosters, routers, CCTV, SX software, control room, and frequency detector). Moreover, it provides information on surveillance & tracking, detectors, and others (screening & scanning and communication). The report covers the revenue generated from the sales of products related to maritime surveillance offered in regions such as North America, Europe, Asia-Pacific, and LAMEA.

The major factor attributing to the growth of the market is the increasing number of disability cases, due to the rising geriatric population, increasing number of road mishaps, spinal cord injuries and meningitis. These factors are likely to boost the growth of the global personal mobility devices market. As per the revised World Population Prospects, by the United Nations, the number of people aged 60 or above is expected to grow greater than double by 2050, i.e. from 962 million in 2017 to 2.1 billion in 2050, worldwide. This age group is highly vulnerable to different types of age-related diseases, that require personal mobility aid. As per the data from the 2017 American Community Survey (ACS) in 2017, the prevalence of disability in the United States was 12.7% for persons of all ages, 25.1% for persons ages 65 to 74 and 48.7% for persons aged above 75 years.

Modelling patient flow in health care systems is vital in understanding the system activity, and therefore, it may prove to be useful in improving their functionality. There are only a few vendors of integrated software-based patient flow solutions, which are fragmented. Few large clinical vendors offer inpatient tracking solutions, which are supposed to be very similar in features and their functionality. Despite the higher adoption rate of patient flow management solutions, the number of hospitals that use this solution to take care of the patient flow management is low in certain developing or underdeveloped countries. Currently, the advanced tools developed by the companies are accelerating the use of patient flow management solutions, and the emerging economies are gradually adopting the same.

Mining chemicals play a major role in the processing of mineral ores. The consumption of base metals (like iron, steel, aluminum, etc.) and precious metals (such as silver, gold, and platinum) has increased steadily, owing to their various applications in many industries. The metal mining processes require mining chemicals during the stage of processing the respective ores. With the increase in the consumption of these metals, mining activities for these metals have surged, globally, especially in Canada and Mexico. Canada is a global leader in mining operations, with active production of more than 60 metals and minerals, and it is a major producer of primary aluminum, cobalt, diamonds, gold, nickel, platinum group metals, salt, titanium concentrates, as well as uranium.

The Micro-electromechanical systems (MEMS) technology includes very small, moving mechanical parts, and the electrical components. This technology is used to fabricate sensors such as accelerometers, gyroscopes, digital compasses, inertial modules, pressure sensors, humidity sensors, and microphones among others. The MEMS technology holds the largest share in overall sensor market across the globe. The implementation of sensors made with MEMS technology in consumer electronic devices is driving its growth in overall sensor market. The sensor manufacturing companies use MEMS technology to fabricate a wide range of sensors owing to its low power consumption, small size, and high precision. The sensor manufacturers develop new MEMS based sensors for various areas of application to increase their market presence in distinctive applications as well as regions across the globe

Owing to the rising need of microbial identification, the market for the same is currently at its best. Several international companies are coming up with the new products for conducting microbial identification, which is giving a positive direction to the market. For instance, in April 2019, Bruker Corporation announced that it introduced new assays, software, and library extensions for its MALDI Biotyper, IR Biotyper, and Fluorocycler XT product lines for microbial identification. These launches have helped in the addition of 238 new bacteria and yeast species in the new CE-IVD marked in vitro diagnostics (IVD) and research-use-only (RUO) reference libraries. This has helped in quick identification of different bacterial and fungal species. Similarly, bioMérieux introduced a new automated diagnostic solution for microbial identification in pharmaceutical production. The new product, EviSight Compact, is an intelligent incubator system that provides real-time culture media reading.

Laser is an acronym used for light amplification by stimulated emission of radiation, which has a specific wavelength and creates high-intensity light. Medical lasers are devices that are used for the treatment of various diseases, such as eye-related diseases, cardiology-related diseases, urology diseases, and tissue removal leading to increased adoption of lasers for diverse medical application, including ophthalmology, dermatology, urology, and cardiovascular. The market revenue includes revenue generated from the devices used for the therapy and excludes the revenue generated from medical lasers used for diagnosis purpose and the services provided by the manufacturers of medical lasers. The market is experiencing a significant growth owing to factors such as high prevalence of eye-related diseases, cardiology issues, neurological issues, and urology related health conditions.

The rising adoption of various healthcare IT systems in hospitals and the explosion of healthcare data are major factors expected to supplement the growth of the market. Electronic data is a rapidly-emerging topic in the healthcare IT market. Since its inception, the healthcare industry has generated large amounts of data, driven by record keeping, compliance and regulatory requirements, and patient care. Thus, there is a huge need for efficient medical document management systems in the market. Furthermore, there are various small and big market players present in the market and the majority of them are focusing on providing interoperability in their systems. Besides, there are few systems which provide integrated solutions that come along with systems like EHR, etc.

The global meat snacks market is analyzed on the basis of its prospects and future growth rate. The report highlights numerous factors that influence the growth of the global meat snacks market. These include market forecast, drivers, restraints, opportunities, and role of different key players operating in the market. The report is analyzed by product type, which includes jerky, sticks, bars, and Others. Moreover, it focuses on nature of the products, which includes organic and conventional. In addition, it includes the revenue generated from the sales of meat snacks across North America, Europe, Asia-Pacific, and LAMEA.

Manufacturing operations management (MOM) software operates on a collection of systems that are used to manage end-to-end manufacturing operations processes with a primary aim to optimize manufacturing operations efficiency. The MOM software ensures compliance with set of policies and rules that are necessary to maintain production value and ensures that the workforce and associated processes operate accordingly. The software involves a set of processes that continuously improve the inventory, production, maintenance, quality control, and human resource requirement around the strategic objectives to meet product innovation, cost reduction, regulatory compliance, sustainability, and quality of the product.