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Global Voyage Data Recorder Market Development Report, Analysis by Opportunities, Size, Share, Future Scope, Revenue and Forecast-2029

Global Voyage Data Recorder Market Overview:

The "Global Voyage Data Recorder Market Analysis" is an in-depth look at the Global Voyage Data Recorder market, with a focus on global market trends and analysis. The purpose of this research is to provide an overview of the Global Voyage Data Recorder industry as well as a comprehensive market analysis by segment and geography. The Global Voyage Data Recorder market is expected to expand rapidly over the forecast period. The research contains critical information on the market positions of the top Global Voyage Data Recorder corporations, as well as noteworthy industry trends and prospects.

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Market Scope:

The study includes a PESTLE analysis to assess the market's leading competitors' strengths and weaknesses. In order to predict the market and give investors professional insights to keep them up to speed on market developments, the research thoroughly investigates the Global Voyage Data Recorder Market size, share, trends, total earnings, gross revenue, and profit margin.

The report also provides company biographies, product photos and specifications, capacity, production, price, cost, revenue, and contact information for the Global Global Voyage Data Recorder market's major industry players. This study investigates market trends, volume, and value on a global, regional, and company level. This report analyses the whole Global Voyage Data Recorder Market Size from a global perspective, analysing historical data and creating estimates.

The market for voyage data recorders is anticipated to grow at a CAGR of 3.42% from 2017 to 2029, reaching USD 2.01 billion.

Segmentation:

Simplified voyage data recorder (S-VDR) segment led the market by system type in 2021 and is anticipated to continue leading at a CAGR of 3.42% over the projected period. The requirements of IMO Performance Standard MSC.163 define S-VDR (78). It is a very inexpensive, simple version of VDR. In essence, it is utilised to record data that is crucial for marine investigators. S-VDR explains the cause of the accident to the marine community and offers some preventative measures to improve marine safety in the future. Thus, increasing S-VDR installation and adoption on passenger ships is attributed to the market's expansion.

Naval and cargo ship sectors, which currently dominate the market in terms of application, are expected to expand quickly at a CAGR of 3.42% over the course of the forecast period. The expansion of the market is due to increasing global sea trade and improving cargo ship technology. Additionally, a surge in VDR adoption on cargo and naval ships is anticipated to fuel market expansion over the course of the forecast period because it offers detailed information about accidents as well as advantages like performance efficiency monitoring, preventive maintenance, lower operating costs, analysis of heavy weather damage, and improved safety.

Key Players:

Primary and secondary research identifies important market participants, whereas primary and secondary research calculates market revenues. In-depth interviews with important thought leaders and industry professionals, such as experienced front-line staff, CEOs, and marketing executives, were conducted as part of the core research. Primary research comprised in-depth interviews with key thought leaders and industry professionals, such as experienced front-line staff, CEOs, and marketing executives, while secondary research included a review of the main manufacturers' annual and financial reports. Secondary data is used to compute percentage splits, market shares, growth rates, and worldwide market breakdowns, which are then compared to original data. The following is a list of a few firms involved in the Global Voyage Data Recorder industry.

• DANELEC MARINE
• INTERSCHALT
• FURUNO ELECTRIC CO., LTD.
• Japan Radio Co.
• Northrop Grumman Sperry Marine B.V.
• Netwave Systems B.V.
• Beijing Highlander Digital Technology Co., Ltd.
• Consilium AB Publ.
• Totem Plus Ltd
• Orolia Maritime
• Wartsila
• Cargotec Corporation
• DCSI LTD
• Kelvin Hughes
• Jotron AS
• Maretron
• Raytheon Company

Regional Analysis:

The Global Voyage Data Recorder research focuses on geographical analysis, which is further separated by sub-regions and nations. Profit projections and market share statistics for each country are included in this section of the research. This portion of the research examines the share and growth rate of each area and nation throughout the anticipated time period.

The report provides a precise PESTEL analysis for all five regions, including North America, Europe, Asia Pacific, the Middle East, Africa, and South America, after considering political, economic, social, and technical issues affecting the Global Voyage Data Recorder market in various sectors.

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COVID-19 Impact Analysis on Global Voyage Data Recorder Market:

As a result of the COVID-19 outbreak, customer behaviour has changed in many spheres of society. In contrast, industries will need to adjust their strategy to account for shifting market supply. This study will assist you in expanding your business in compliance with the new industry standards by providing an overview of the COVID-19's impact on the Global Voyage Data Recorder market.

The Global Voyage Data Recorder Market Report presents 360-degree study under the COVID-19 Influence area, spanning from the flexible supply chain and import constraints to provincial government regulations and the firm's future impact. Primary market research (2021-2027), examples of venture rivalry, advantages and disadvantages of major firm streams, and industry growth trends (2021-2027) have all been provided.

Key Questions Answered in the Global Voyage Data Recorder Market Report are:

How big is the market for Global Voyage Data Recorder?
Which regional market will emerge as the market leader in the next years?
Which application category is expected to develop the fastest?
What opportunities for growth may exist in the Global Voyage Data Recorder industry in the next years?
What are the most significant future challenges that the Global Voyage Data Recorder market may face?
Who are the market leaders in the Global Voyage Data Recorder category?
What are the main trends that are influencing market growth?
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AI-BASED DIGITAL PATHOLOGY GAINS INTEREST DUE TO AUTOMATION, DIGITIZATION OF HEALTHCARE, SHORTAGE OF PATHOLOGISTS, AND INCREASED DEMAND FOR PATHOLOGY SERVICES

In recent years, advancements in technology and emphasis on precision medicine have recently paved the path for the development of artificial intelligence (AI) based digital pathology techniques for quantitative and qualitative assessment of samples.

Specifically, the process of AI-based digital pathology allows scanning of slides via computer monitors, by replacing the conventional microscopic approaches. Further, by converting glass slides to images, samples can be transmitted from diagnostic centers to pathologists within a fraction of time. Considering the rising popularity and demand for such solutions in the healthcare and research industry, and the ongoing efforts of AI-powered digital pathology solution providers / AI pathology solution providers to further improve / expand their respective portfolios, we believe that the AI-based digital pathology market / AI Pathology Market is likely to evolve at a steady pace, till 2035.

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The steps involved in the usual workflow of AI-based digital pathology process.

 Preparation of Tissue Sample: This process is very similar to the conventional approach. A pathologist examines a biopsy to determine its color, size and consistency. At this point, the specialist can detect symptoms of malignancy and select which areas of a specimen should be inspected under the microscope. Further, the chosen region is prepared by following multi-step processes, such as treatment of the tissue with chemicals in order to maintain its structure, mounting the specimen on a glass slide, staining to improve contrast and protecting the tissue with coverslips.

 Converting into Virtual Sample / Whole slide imaging (WSI): WSI or virtual microscopy is a technique that is used to enable digital pathology. Its central component, which is a WSI scanner, captures a picture of the glass slide and generates a precise electronic replica known as a virtual slide. It is worth noting that virtual slides, unlike glass slides, are easy to replicate, save, categorize and distribute. Furthermore, they may be linked to electronic health records, thereby, providing a complete picture of a patient's health.

 Saving a Virtual Slide: The scanner pre-processes the virtual slide automatically and stores it to on-premises or cloud storage. In order to minimize the file size, a compression approach is frequently employed before saving the slide.

 Viewing and Editing of Slide: In the digital process, instead of using a traditional microscope, a pathologist uses a computer display to analyze enlarged tissue samples. A slide viewing and management software is used to zoom out a tissue segment and observe its smallest features. In addition, this software allows the pathologist to view the slide from different angles, add annotations and even compare multiple images at one time.

 Sharing Data: Using specialized digital pathology software applications, slides are converted to an electronic format, thereby, allowing them to be exchanged using the internet. These slides can be shared to gain a second opinion, as well as with patients, research facilities and other stakeholders.

 Reporting Results: Some image viewing systems provide reporting capabilities. However, this work is often accomplished by enabling interaction with the laboratory information or laboratory information management system (LIS/LIMS) and hospital information system (HIS).

The digital revolution of pathology is projected to accelerate in the coming years, considering multiple growth drivers, including growing number of laboratories adopting high throughput digital scanning and software technologies to assist diagnostic practice. In addition, factors, including shortage of skilled pathologists in remote areas, increasing pathology workloads due to ageing populations, higher rate of cancer screening programs, rising complexity of pathology testing and time constraints, and requirement for pathology labs to outsource expertise in the field, also contributes significantly towards the need for AI-based digital pathology solutions.

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