System Software – Linux By Example http://linuxbyexample.org/ Fri, 08 Oct 2021 18:10:46 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 http://linuxbyexample.org/wp-content/uploads/2021/06/icon.png System Software – Linux By Example http://linuxbyexample.org/ 32 32 Hospital Management System Software Market To Witness Increase In Demand Due To Increasing End-User Adoption By 2027 – Amite Tangy Digest http://linuxbyexample.org/hospital-management-system-software-market-to-witness-increase-in-demand-due-to-increasing-end-user-adoption-by-2027-amite-tangy-digest/ http://linuxbyexample.org/hospital-management-system-software-market-to-witness-increase-in-demand-due-to-increasing-end-user-adoption-by-2027-amite-tangy-digest/#respond Fri, 08 Oct 2021 18:10:46 +0000 http://linuxbyexample.org/hospital-management-system-software-market-to-witness-increase-in-demand-due-to-increasing-end-user-adoption-by-2027-amite-tangy-digest/

Not sure what opportunities this market offers? Then we are here to tap the best opportunities with our report. The rising market for hospital management system software is due to research and development to increase the demand and supply of. The IBI report focuses on the elements that helped achieve this status. The study also detailed how the company supports other industries in emerging markets.

Hospital Management Software Market Will Grow at a Massive CAGR of 8% from 2021 to 2027.

Top key players profiled in this report: Birlamedisoft, ACG Infotech limited (ACGIL), JVS Group, Infor, Uniwide Consultancy and Services, Insta Health Solutions, Cognosys, BR Softech, Ricoh India, MediMizer, Trio Corporation, Dataman Computer Systems, Stay Staffed Services, Elixir Aid, XIPHIAS Software Technologies , Adroit Infosystems, Tally Solutions, MocDoc, Plus91 Technologies, Progressive Techno Solutions

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During the forecast period, the global hospital management systems market is expected to expand into developing markets and increase in value. The forecast expansion into developing markets such as South Asia. The market is doing exceptionally well in these emerging markets during the year. In terms of product and consumer base, the Asia Pacific market is the most diverse. Asia Pacific will be one of the fastest growing markets due to its large population and diverse offering. The geographic location of the market also offers a much-needed advantage.

The report provides the market insights of the Hospital Management System Software market. This includes the trends and projections based on the various factors such as performance over the past few years and the way in which the policy will contribute to the growth of the sector. The data used in the reports show its true potential.

Hospital Management Systems Market by Segments:

Market segment by type, includes
On the cloud
On site

Market segment by application, can be divided into
Private hospitals
Public hospitals

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Post COVID-19, the Hospital Management System Software Market industry has emphasized the need for emergency response method and capacity building in the market. As a result of the public outcry following the epidemic, all aspects of the sector have been scrutinized and procedures to deal with and minimize risks and hazards have been accelerated. The sector’s forecast is questionable and the pandemic has required some action from the commercial and public sectors. While the only goal is to improve and build infrastructure as well as people’s lives. However, the market forecast requires more than the current situation requires in order for the sector to have a brighter future.

frequently asked Questions
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5) Which players in the industry were market leaders for hospital management systems in 2021?


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Nobel Prizes in Chemistry and Physics awarded for 2021 • The Register http://linuxbyexample.org/nobel-prizes-in-chemistry-and-physics-awarded-for-2021-the-register/ http://linuxbyexample.org/nobel-prizes-in-chemistry-and-physics-awarded-for-2021-the-register/#respond Thu, 07 Oct 2021 10:28:00 +0000 http://linuxbyexample.org/nobel-prizes-in-chemistry-and-physics-awarded-for-2021-the-register/

The Nobel Prizes in Physics and Chemistry were awarded this week to scientists for groundbreaking climate research, complex systems and a novel catalyst.

Syukuro Manabe of Princeton University, 90; Klaus Hasselmann, professor emeritus at the University of Hamburg, 89; and Giorgio Parisi, 73, of the Sapienza University in Rome, shared the prize for physics and a win of 10 million Swedish kronor (£ 836,000, $ 1.16 million).

This year’s award is divided into two parts, with Manabe and Hasselman being honored on the one hand for developing models of the earth’s climate and on the other hand by Parisi for his work on complex systems. Manabe and Hasselman were already known for predicting global warming from rising carbon dioxide levels.

Manabe is a meteorologist and climatologist who pioneered the use of computer simulations to study climate change, while Hasselman is an oceanographer at the Max Planck Institute in Germany. “When I got the call this morning, I was so surprised,” said Manabe on Tuesday.

“Usually the Nobel Prize in Physics is awarded to physicists who have made a fundamental contribution to physics. Yes, my work is based on physics, but it’s applied physics. Geophysics. This is the first time that the Nobel Prize has been awarded for my work: research into climate change. “

Parisi has an excellent career in theoretical physics and has won numerous internationally recognized awards in areas from quantum field theory to statistical mechanics. He received his part of the Nobel Prize “for the discovery of the interplay of disorder and fluctuations in physical systems from atomic to planetary scale”.

“The discoveries recognized this year show that our knowledge of climate rests on a solid scientific foundation, based on a thorough analysis of the observations,” said Thors Hans Hansson, chairman of the Nobel Committee on Physics, in a statement. “This year’s award winners have all contributed to our gaining deeper insights into the properties and development of complex physical systems.”

The Nobel Prize in Chemistry went to Benjamin List and David MacMillan, both 53 and pioneers in organocatalysis, in which organic compounds are synthesized to accelerate chemical reactions. Scientists used to think there were only two types of catalysts: metals and enzymes.

Enzymes regulate chemical processes in our body. Artificial catalysts, on the other hand, have to be carefully designed and manufactured in a laboratory. List and MacMillan showed that there is a third type of catalyst: asymmetric organocatalysis. These molecules are made up of a number of carbon atoms and often contain elements of oxygen, nitrogen, phosphorus, or sulfur.

Organocatalysts are more environmentally friendly than metal catalysts; They are biodegradable and are used to build materials from shampoo to carpet fiber. “I’m shocked and stunned and overjoyed,” said MacMillan, a Scotland-born researcher and academic at Princeton University.

List is a German scientist at the Max Planck Institute. The chemistry award also includes a reward of 10 million Swedish kronor shared by both men. ®

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Oracle is still sticking with systems developed by Exadata http://linuxbyexample.org/oracle-is-still-sticking-with-systems-developed-by-exadata/ http://linuxbyexample.org/oracle-is-still-sticking-with-systems-developed-by-exadata/#respond Wed, 06 Oct 2021 23:11:18 +0000 http://linuxbyexample.org/oracle-is-still-sticking-with-systems-developed-by-exadata/

It might not look like it, but Oracle is still in the high-end server business, at least when it comes to large machines running its relational database of the same name. In fact, the company has launched a new generation of Exadata database servers, and the architecture of these machines shows what is important – and what is not – for a better operation of a clustered database. At least one based on the Oracle software stack.

The Exadata X1 database appliances officially launched in September 2008, but Oracle had been shipping them to select customers for a year when the Great Recession hit and large companies are spending fortunes on large NUMA servers and storage area networks (SANs) with many fiber channel switches to connect the computing power with the storage. Looking for a way to spend less money, Oracle worked with Hewlett Packard’s ProLiant servers division to create a cluster of off-the-shelf X86 servers, flash-accelerated storage engines, and an InfiniBand link called Remote Direct Memory Access used low latency (RDMA) to tightly couple nodes to run the database and storage. The networking with the customers took place via Ethernet network interfaces. In a way, Oracle used InfiniBand as a backplane and therefore participated in Mellanox Technologies even then.

After this experience and after he had learned that IBM was about to take over the Unix system house Sun Microsystems worth 6.85 billion in January 2010, the deal was closed. In September 2009, Ellison was so certain the deal would get regulatory approval that the HP iron would soon be separated from the Exadata line and replaced by Sun X86 machines with the Linux variant from Oracle – not Sun Sparc Devices with Solaris Unix. These were the second generation Exadata V2 machines, followed by the Exadata X2 and so on. By the time The next platform Released in 2016 for its first year, Oracle was already on the seventh generation of the Exadata X6, with the cranks in computing, storage and networking.

As you can see from the table above, the hard drive and flash storage capacity, the number of CPU cores, the storage capacity of the database nodes, and the Ethernet bandwidth in the Exadata clusters grew steadily in the first decade of products. The Exadata X7-2 and X7-8 systems were introduced in October 2017, and Oracle had thousands of customers in all sorts of industries who installed their large NUMA machines with the Oracle database (the dominant driver of Unix machines three decades ago, two decades ago, a decade ago and now) and replaced them with Exadata irons.

In each Exadata generation, the models with the designation “2” have relatively thin main memory and no local flash on the database servers, and the models with the designation “8” have eight times the main memory (terabytes instead of hundreds of gigabytes) per node and eight Xeons Processor sockets instead of two. And from the Exadata X8-2 and X8-8 generation in June 2019, Oracle switched from InfiniBand to 100 Gb / sec Ethernet with RoCE extensions for RDMA for coupling the nodes in the cluster to one another as well as four 10 Gb / sec or two 25 Gb / s ethernet ports per database node to communicate with the outside world.

With the X8 generation, two versions of Exadata storage servers came onto the market: a High Capacity (HC) version, which combines flash cards and drives, and an Extreme Flash (EF) version, which has twice as many PCI Express -Flash cards but had no drives (which offered maximum throughput but much lower capacity). Oracle also began using machine learning to automatically optimize the clustered database – exactly what AI is good at and humans are less good at.

This little story brings us to Oracle’s 10th generation of Exadata: the X9M-2 and X9M-8 systems announced last week, which are unprecedented in size for running clustered relational databases.

The X9M-2 database server has a pair of 32-core “Ice-Lake” Xeon SP processors (ie 64 cores) that run at 2.6 GHz and comes with a base memory of 512 GB of main memory, which can be upgraded to 2 TB in 512 GB increments. The X9M-2 database server has a pair of 3.84TB NVM Express flash drives and another pair can be added. Again, the two socket database node can have four 10 Gbps ports or two 25 Gbps plain vanilla Ethernet ports for connection to applications and users, and it has a pair of 100 Gbps. s-RoCE ports for connection to the database and storage server fabric.

The X9M-8 database node is intended for larger database nodes that require more cores and more main memory in order to burn through more transactions or to burn transactions through faster. It has two four-socket motherboards connected with UltraPath Interconnect NUMA fabrics to create an eight-socket shared storage system. (This is all based on Intel chipsets and has nothing to do with Sun technology.) The 9XM-8 database server has eight 24-core Ice Lake Xeon SP 8268 processors running at 2.9 GHz run, which corresponds to 192 cores and about 3.4 times the throughput of the 64-core X9M-2 database node. The main memory in the fat Exadata X9M-8 database node starts at 3 TB and scales up to 6 TB. This database server has a pair of 6.4TB NVM-Express cards that plug into PCI-Express 4.0 slots, giving it plenty of bandwidth and the same networking options as the slim Exadata X9M-2 database server.

The HC hybrid disk / flash and EF all-flash storage servers are based on a two-socket server node that uses a pair of Ice Lake Xeon SP 8352Y processors with 16 cores at 2.2 GHz each. The HC node has 256 GB DDR4 DRAM, which is expanded with 1.5 TB Optane 200 series persistent memory configured as a read and write cache for the main memory. The HC chassis accommodates a dozen 18 TB 7.2 KU / min drives and four of the 6.4 TB NVM Express Flash drives. The EF chassis has the same DDR4 and PMEM memory configuration, but has no hard drives at all and eight of the 6.4 TB NVM Express Flash cards. Both storage server types have a pair of 100 Gbit / s switches to connect to each other and to the database servers in the fabric.

The first thing to note is that although 200Gbps and 400Gbps Ethernet (even with RoCE support) are available in the market and certainly affordable (well, compared to Oracle software prices certainly), you will find out that Oracle is sticking to 100 Gbps switching for the Exadata backplane. We wouldn’t be surprised if the company used cable splitters to take a tier out of the 200Gbps switch fabric, and if we were to build a large Exadata cluster ourselves we would consider adding a higher radix Using a switch and buying a whole lot fewer switches to connect the database and storage servers together. A jump to 400 Gb / s switchery would provide even more radix and fewer jumps between devices and fewer devices in the fabric.

Let’s talk about scaling for a second. Oracle RAC is based on technology that Compaq licensed to Oracle, but which was developed for Digital VAX hardware and its VMS operating system. These VAXcluster and TruCluster clustering software were very good at clustering databases and HPC applications, and Digital’s Rdb database had good database clustering working well long before Oracle – it’s debatable if you call Oracle Parallel Server can that preceded the RAC, a good implementation a clustered database. It might work, but it was a pain in the neck to deal with.

The Exadata machine offers both vertical scaling – the handling of increasingly larger databases – and horizontal scaling – the handling of an increasing number of users or transactions. The eight socket server provides vertical scaling and RAC provides horizontal scaling. As far as I know, RAC ran out of gas on eight nodes when trying to implement a shared database, but the modern versions of RAC, including RAC 19c that launched in January 2020, use a shared nothing approach for everyone Database nodes and use shared memory to parallelize processing across data sets. (There is a very good white paper on RAC that you can read here.) The point is, Oracle has worked very hard to come up with a combination of function dispatch (sending SQL statements to remote storage servers) to improve the analysis, and a mix of data sending and distributed data caching to increase transaction processing and batch jobs (which the company masters) – all in the same database management system.

An Exadata rack has 14 of the storage servers with a usable capacity of 3 PB for hard drive, 358 TB of Flash plus 21 TB of Optane PMEM for HC storage and 717 TB of Flash and 21 TB of Optane for EF storage. The rack can have two of the eight socket database servers (384 cores) or eight of the two socket servers (512 cores) for database computation. Of course, if you take out some of the memory, you can add more processing power to any Exadata rack. With the existing switches from Oracle, a total of up to a dozen racks can be integrated into the RoCE Ethernet fabric and even larger configurations can be set up with additional switching tiers.

In terms of performance, a single rack of the Exadata X9M-8 database nodes and hybrid disk / flash HC memory can handle 15 million random 8K reads and 6.75 million random flash write I / O per second (IOPS). When switching to EF storage, which is well suited for data analysis, a single rack can scan 75 GB / s per server, for a total of 1 TB / s on a single rack, the three of the eight-node database servers and eleven of the EF -Storage server.

After all, Oracle is still the only high-end server manufacturer to publish a price list for its systems, for each generation of Exadata machines. Half a rack of the Exadata X9M-2 (containing four of the two-socket database servers and seven storage servers) with the HC hybrid hard drive / flash storage is $ 935,000, and half the rack with the EF all-flash Storage costs the same. So $ 1.87 million per rack.

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Scientific Data Management System (SDMS) Software Market Size and Growth, Analysis by Top Manufacturers http://linuxbyexample.org/scientific-data-management-system-sdms-software-market-size-and-growth-analysis-by-top-manufacturers/ http://linuxbyexample.org/scientific-data-management-system-sdms-software-market-size-and-growth-analysis-by-top-manufacturers/#respond Wed, 06 Oct 2021 11:31:01 +0000 http://linuxbyexample.org/scientific-data-management-system-sdms-software-market-size-and-growth-analysis-by-top-manufacturers/

New Jersey, United States, – The global Scientific Data Management Systems (SDMS) market is expected to grow with a stable CAGR in the coming years, according to the latest report from Market Research Intellect. The publication offers an insightful overview of the historical data and milestones of the market. The report also includes an assessment of current market trends and dynamics which helps to reflect the evolution of the global Scientific Data Management System (SDMS) Software market. Analysts used Porter’s Five Forces Analysis and SWOT Analysis to get a good picture of the various market elements. It also examines socio-economic factors, policy changes, and environmental standards that will impact the scientific data management systems (SDMS) software market worldwide.

The research report aims to give its readers an unbiased perspective on the global scientific data management systems (SDMS) market. So, along with statistics, it contains opinions and suggestions from market experts. This gives the reader a holistic view of the world market and thus of the segments it contains. The research report covers studying market segments by type, application and region. This helps in identifying drivers, restrictions, threats, and opportunities that are specific to a segment.

Competitive analysis

Understanding changing consumer needs, changes in the industry, legal trends, and user preferences is important in designing a business. The value of such a market study on Scientific Data Management System (SDMS) software cannot be explained as all commercial profits depend on it.

Primary and secondary market research tools are used in the process of exchanging information in newspapers, magazines, and industry or government reports. In this way, any new type of data can be analyzed and a large number of people can be reached. The global market research report is presented in a systematic form, which may be in the form of graphs, images, or imagery. This systematic presentation is a tool for new market entrants and serves as a basic tool for the growth and development of the company.

The research focuses on the current Scientific Data Management System (SDMS) Software market size and its growth rates based on records with the company outlines of the key players / manufacturers:

Major Players in Scientific Data Management Systems (SDMS) Software Market:

  • Thermo Fisher Scientific
  • Medialab
  • Bench press
  • Abbott
  • Scicord
  • Shimadzu Corporation
  • Advanced chemistry development
  • Bc platforms
  • Docollab
  • Dotmatic
  • Flywheel.io
  • Fink & Partner
  • invention
  • Labkey
  • Lablynx
  • Laboron
  • Topos technology
  • Locasoft
  • Agaram Technologies
  • Noraxon
  • Waters Corporation
  • Qiagen
  • Research room
  • Sciencedesk GmbH
  • Stack wave
  • Acquisition dates
  • Countless

Scientific Data Management Systems (SDMS) Software Market Segmentation:

The Scientific Data Management Systems (SDMS) market is segmented by type and application. For the period 2021-2028, the cross-segment growth provides accurate calculations and forecasts of sales by type and application in terms of volume and value. This analysis can help you grow your business by targeting qualified niche markets.

Scientific Data Management System (SDMS) Market Breakdown By Type:

Scientific Data Management System (SDMS) Market Breakdown By Application:

  • laboratory
  • research Institute
  • Other

Scope of Scientific Data Management Systems (SDMS) Market Report

Report attribute details
Market size available for years 2021-2028
Base year taken into account 2021
Historical data 2015-2019
Forecast period 2021-2028
Quantitative units Revenue in MILLION USD and CAGR from 2021 to 2027
Covered segments Types, applications, end users and more.
Report coverage Sales forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia Pacific, Latin America, Middle East and Africa
Scope of adjustment Free report customization (equivalent to up to 8 working days for analysts) with purchase. Addition or change to the country, regional and segment scope.
Price and purchase options Benefit from customized purchase options to meet your exact research needs. Explore purchase options

Regional market analysis Scientific Data Management System (SDMS) software can be represented as follows:

Each regional scientific data management systems (SDMS) software sector is carefully studied to understand its current and future growth scenarios. This helps the players to strengthen their position. Use market research to get a better perspective and understanding of the market and audience, and to make sure you are one step ahead of the competition.

The basis of geography, the world market for Scientific Data Management System (SDMS) software, is divided as follows:

  • North America includes the United States, Canada, and Mexico
  • Europe includes Germany, France, Great Britain, Italy, Spain
  • South America includes Colombia, Argentina, Nigeria and Chile
  • The Asia-Pacific region includes Japan, China, Korea, India, Saudi Arabia, and Southeast Asia

Visualize Scientific Data Management Systems (SDMS) Software Market with the help of verified market intelligence:

Verified Market Intelligence is our BI-enabled platform to tell the story of this market. VMI provides in-depth forecast trends and deep insights into more than 20,000 emerging and niche markets so you can make key decisions about the impact on sales for a bright future.

VMI provides a comprehensive overview and a global competitive landscape of regions, countries and segments as well as major players in your market. Present your market reports and results with built-in presentation functions that devote more than 70% of the time and resources to investors, sales and marketing, research and development, and product development. VMI supports data delivery in Excel and interactive PDF formats and offers more than 15 important market indicators for your market.

The study thoroughly examines the profiles of key market players and their key financial aspects. This comprehensive business analyst report is helpful for all existing and new entrants in the market as they develop their business strategies. This report covers the production, revenue, market share and growth rate of the Scientific Data Management System (SDMS) Software market for each key company, along with breakdown data (production, consumption, revenue and market share) by region, type and applications. Scientific Data Management System (SDMS) software historical breakdown data from 2016 to 2020 and forecast for 2021-2029.

About us: Market research intellect

Market Research Intellect provides syndicated and bespoke research reports to clients from various industries and organizations, in addition to providing bespoke and in-depth research studies.

We talk about logical research solutions, bespoke advice and comprehensive data analysis for a range of industries including energy, technology, manufacturing and construction, chemicals and materials, food and beverages. Etc. Our research studies help our clients make data-driven decisions, allow push predictions, gross opportunities and optimize efficiency by adopting accurate and indispensable mentions without compromise as a belt in crime.

After serving the top of 5000+ customers, we have 100+ Global Fortune 500 companies such as Amazon, Dell, IBM, Shell, Exxon Mobil, General Electric, Siemens, Microsoft, Sony, and Hitachi.

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USAF acquisition lead candidate names software and IT top priorities – FCW http://linuxbyexample.org/usaf-acquisition-lead-candidate-names-software-and-it-top-priorities-fcw/ http://linuxbyexample.org/usaf-acquisition-lead-candidate-names-software-and-it-top-priorities-fcw/#respond Tue, 05 Oct 2021 21:15:13 +0000 http://linuxbyexample.org/usaf-acquisition-lead-candidate-names-software-and-it-top-priorities-fcw/

defense

The candidate for the takeover of the USAF acquisition names software and IT as top priorities

Improving the way the service procures software and IT systems while making DevSecOps the norm is a top priority in Biden Administration’s choice as the Air Force’s primary weapon purchaser.

“Today, our processes clearly need to be tweaked to enable better software procurement and cybersecurity,” said Andrew Hunter, who was nominated for the Air Force Assistant Secretary for Procurement, Technology and Logistics at the White House, in response to policy questions to the Senators, his October 5th confirmation hearing, which testified that “cybersecurity works best when you make it part of the design.”

“We need to approach the acquisition of software and software-intensive systems that provide our military with many of the latest new capabilities from a different angle using alternative approaches and alternative tools,” Hunter said before the Senate Armed Forces Committee.

Hunter’s comments come after the resignation of the Air Force’s first chief software officer, Nicolas Chaillan. Senator Mike Rounds (RS.D.) said Chaillan’s departure “showed growing concern and frustration at the lack of investment in new technology to enable shared leadership and control” along with the workforce challenges in “recruiting and retaining talent.” in critical positions “. ”

Rounds asked Hunter how to address Chaillan’s concerns, adding that the current acquisition process and bureaucracy “are limiting innovation today.”

Hunter, who was previously a senior fellow at the Center for Strategic and International Studies, said that if confirmed, he will focus on deciphering which acquisition pilots and agencies are at work, as well as strengthening the workforce and training on tools such as other transaction agencies .

“It just so happens that our systems, which are designed to take a more industrial development approach, are really struggling to get software with the pace of change in this technology,” said Hunter.

Hunter also noted that IT business system development is an integral part of any service and that lessons learned need to be shared. To do this, we had to work with the Air Force CIO and other services “to find ways to leverage software development innovations, including institutionalizing DevSecOps to address security issues early in the development lifecycle of our systems.”

However, the top IT priority remains to get software through faster: “The Air Force Department’s approach to the procurement of software and software-intensive systems must allow these systems to be regularly updated in weeks and months, not years,” wrote Hunter.

About the author

Lauren C. Williams is Senior Editor for FCW and Defense Systems, specializing in defense and cybersecurity.

Prior to joining FCW, Williams was a tech reporter at ThinkProgress, where she covered everything from internet culture to national security issues. In previous positions, Williams has reported on health care, politics, and crime for a variety of publications including the Seattle Times.

Williams graduated with a master’s degree in journalism from the University of Maryland, College Park and a bachelor’s degree in dietetics from the University of Delaware. She can be reached at [email protected], or follow her on Twitter @lalaurenista.

Click here for previous articles by Williams.


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Insurance Valuation Software Market Including Major Players Vertafore, Applied Systems, EZLynx – Amite Tangy Digest http://linuxbyexample.org/insurance-valuation-software-market-including-major-players-vertafore-applied-systems-ezlynx-amite-tangy-digest/ http://linuxbyexample.org/insurance-valuation-software-market-including-major-players-vertafore-applied-systems-ezlynx-amite-tangy-digest/#respond Tue, 05 Oct 2021 06:13:40 +0000 http://linuxbyexample.org/insurance-valuation-software-market-including-major-players-vertafore-applied-systems-ezlynx-amite-tangy-digest/

Latest report on the global Insurance Valuation Software Market indicates a positive growth rate in the coming years. Analysts have examined the historical data and compared it with the current market scenario in order to determine the development of this market in the coming years. The investigative approach to understanding the various aspects of the market aims to give readers a holistic view of the global Insurance valuation software Market. The research report has a comprehensive research report that has a summary, definition, and scope of the market.

Inquiry before buying @ jcmarketresearch.com/report-details/1336672/enquiry

Company overview: Vertafore, Applied Systems, EZLynx, ACS, ITC, HawkSoft

Regions covered worldwide Insurance valuation software Market:

  • Insurance Valuation Software Industry Middle East and Africa (GCC Countries and Egypt)
  • Insurance Valuation Software Industry North America (United States, Mexico, and Canada)
  • Insurance valuation software industry South America (Brazil etc.)
  • Insurance valuation software industry Europe (Turkey, Germany, Russia, UK, Italy, France, etc.)
  • Insurance valuation software industry Asia-Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia and Australia)

Get a Free Insurance Valuation Software Sample Report + all related graphs and charts @ jcmarketresearch.com/report-details/1336672/sample

Research framework for insurance valuation software

By analyzing, aggregating, and summing data from various sources of insurance valuation software, JCMR provides a complete picture of the insurance valuation software market. Insurance Rating Software analysts presented the various aspects of the market with a particular focus on defining the key drivers of the industry. The knowledge thus imparted is informative, precise and the product of thorough study, both primary and secondary.

Insurance valuation software industry product benchmarking:

The user benchmarking includes the framework and key specifications as well as a full list of items related to each insurance valuation software market.

Insurance valuation software industry strategic initiatives:

The Strategic Strategies segment includes prospects related to new product launches, strategic collaborations, mergers and acquisitions, regulatory approvals, and other company innovations in the insurance valuation software industry.

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Data acquisition matrix for insurance valuation software

We looked for primary and secondary sources on both the supply and demand side of the world Insurance valuation software Market for the collection of data and information in preparation for this encyclopedic research study. On the supply side of the insurance valuation software industry, our primary sources have been technology distributors, wholesalers and manufacturers, while the secondary sources of our insurance valuation software industry have been economic and demographic data reports, independent research, government publications, and corporate publications and reports. On the demand side, we relied on mystery shopping, consumer surveys, and end-user surveys for initial insurance valuation software research, and reference customers and case studies for secondary research.

Insurance valuation software market forecasts

For the long-term insurance valuation software market forecast, our researchers used technological insurance valuation software market models, while econometric models were used for the short-term insurance valuation software market forecast. These models are essentially based on a combination of studies on business principles, economic prospects, regulatory frameworks and the technology landscape of Insurance Rating Software. We have used a bottom-up approach to market assessment of insurance valuation software to ensure minimal errors. Using a bottom-up approach is also critical to gaining a deep understanding of the insurance valuation software industry.

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Competitive analysis for insurance valuation software

Our specific insurance valuation software researchers have considered key aspects of the vendor landscape such as the strategy framework, the company’s insurance valuation software market positioning, and the competitive landscape to produce a detailed competitive analysis of the global Insurance valuation software Market. To create company profiles related to Insurance Rating Software, they considered strategic initiatives, product benchmarking, and the financial performance of actors included in Insurance Rating Software’s research study.

Custom insurance valuation software related research offerings: –

  • Insurance valuation software implications at the country level
  • Insurance assessment software pandemic impact on supply chain operations
  • Insurance valuation software New product launches in coronavirus-related markets
  • Insurance Evaluation Software Upcoming Vaccines and Pipeline Analysis
  • Significant changes in the operation of insurance valuation software providers (including bankruptcy and other implications)
  • Change in government regulations for insurance valuation software

Table of contents:
Chapter 1. Insurance Valuation Software Market Overview
Chapter 3. Insurance Valuation Software Market Dynamics
Chapter 4. Research methodology for insurance valuation software
Chapter 5. Insurance Valuation Software Market Factor Analysis
Chapter 6. Global Insurance valuation software Market, according to delivery mode
Chapter 7. Global Insurance valuation software Market, according to application
Chapter 8. Global Insurance valuation software Market, by region
Chapter 9. Global Insurance valuation software Market, by type
Chapter 10. Insurance Valuation Software Enterprise Landscape
Chapter 11. Company Profiles for Insurance Valuation Software
Chapter 12. Insurance Evaluation Software Appendix

Find more research reports on the insurance valuation software industry. From JC Market Research.

About the author:

The global research and market intelligence consulting organization JCMR is uniquely positioned to not only identify growth opportunities, but also to empower and inspire you to develop visionary growth strategies for the future, powered by our extraordinary depth and breadth of thought leadership, research, tools , Events and experience that will help you achieve your goals. Our understanding of the interplay between industry convergence, megatrends, technologies and market trends offers our customers new business models and opportunities for expansion. We focus on getting the “accurate forecast” in each of the industries we cover so that our customers can take advantage of early market entry and achieve their “goals and objectives”.

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Verdantix Says Operational Risk Management Software Applications Spending Will Hit $ 2.6 Billion In 2026 | http://linuxbyexample.org/verdantix-says-operational-risk-management-software-applications-spending-will-hit-2-6-billion-in-2026/ http://linuxbyexample.org/verdantix-says-operational-risk-management-software-applications-spending-will-hit-2-6-billion-in-2026/#respond Mon, 04 Oct 2021 10:26:08 +0000 http://linuxbyexample.org/verdantix-says-operational-risk-management-software-applications-spending-will-hit-2-6-billion-in-2026/

LONDON – (BUSINESS WIRE) – Nov. October 2021–

The global market for software applications for operational risk management (ORM) will grow from 1.5 billion US dollars in 2020 at a CAGR of 9% to 2.6 billion US dollars in 2026, according to a new study by independent research firm Verdantix . Research by Verdantix has shown that the post-COVID-19 ORM software market is being driven by the maturation of the market, the surge in remote operations, the pandemic growth of digitization to support lean operations, the enabling of real-time risk management and the rise Safe operation is driven to the top by executive priority lists. Vendors who can benefit from this growth include ORM software providers such as AdaptIT, CONFORMiT, Enablon, Go-Arc, MODS Management, NiSoft, RiskPoynt, SAP, Sphera, Tenforce and Yokowaga RAP.

“As expected, the COVID-19 pandemic slowed the nominal growth rate of the ORM software market significantly in 2020, but it turned out to be quite resilient,” commented Malavika Tohani, Research Director, Operational Excellence. “To maximize growth, ORM software vendors need to expand their offering to process safety management (PSM), have an open architecture to support greater integration with industrial systems, and incorporate digital twins to visually communicate risk.”

The Verdantix Report, Market Size & Forecast: Operational Risk Management Software Applications 2020-2026 (Global) provides ORM software vendor executives, systems integrators and financial investors with the information they need for business planning and strategy. The model breaks down the market size and forecasts trends in 16 industry segments, which are specified by asset class and 10 economic regions. The oil and gas industry accounted for more than a third (34%) of ORM software spending in 2020, followed by manufacturing (25%) and power distribution and generation (18%). The ORM software market is forecast to see the highest spending growth from South Asia and China from 2020 to 2026 with double-digit annual growth and increasing adoption in all fastest growing chemical industries.

“The market will grow strongly between 2021 and 2026,” commented Hugo Fuller, Verdantix analyst. “To take advantage of the attractive market opportunity, ORM software vendors need to add an integrated solution for PSM, integrate digital twins to collect risks in a single source and communicate visually, and have an open architecture to easily integrate with external systems to be supported. “

View source version on businesswire.com: https: //www.businesswire.com/news/home/20211004005440/en/

CONTACT: Isobel Calisse

icalisse@verdantix.com

KEYWORD: UNITED KINGDOM OF EUROPE

INDUSTRY KEYWORD: OIL / GAS CHEMICALS / PLASTICS SAFETY DATA MANAGEMENT ENERGY PRODUCTION TECHNOLOGY PERSONNEL PROFESSIONAL SERVICES OTHER TRANSPORTS TRANSPORT OTHER MANUFACTURING SOFTWARE LOGISTICS / SUPPLY CHAIN ​​MANAGEMENT

SOURCE: Verdantix

Copyright Business Wire 2021.

PUB: 10/4/2021 6:25 a.m. / DISC: 10/4/2021 6:26 a.m.

http://www.businesswire.com/news/home/20211004005440/en

Copyright Business Wire 2021.

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Boston Microgreens grows hyperlocal herbs to order http://linuxbyexample.org/boston-microgreens-grows-hyperlocal-herbs-to-order/ http://linuxbyexample.org/boston-microgreens-grows-hyperlocal-herbs-to-order/#respond Sun, 03 Oct 2021 13:45:00 +0000 http://linuxbyexample.org/boston-microgreens-grows-hyperlocal-herbs-to-order/

eat

The urban farm is located in a basement room on West Broadway in South Boston and delivers freshly cut microgreens directly to Boston chefs and customers twice a week.

Boston Microgreens is located in a basement on West Broadway in South Boston. courtesy

Oliver Homberg, co-founder of Boston Microgreens, recalls eating the currant in his grandmother’s garden as a reminder that sparked his connection with growing food.

Now Homberg, the owner of Boston Microgreens, gets his hands dirty every day – but he doesn’t work outside.

The municipal farm is located in a basement room on West Broadway in South Boston and delivers freshly cut microgreens directly to Boston chefs and customers twice a week.

“Everything you see here has a purpose,” said Homberg. “It has a restaurant or a customer it goes to.” To maximize space and minimize waste, the farm is grown entirely to order.

Microgreens are the young greens of vegetables. They’re usually only two or three weeks old and a few inches tall – but they have nutritional value, often with higher concentrations of nutrients than their full-blown counterparts.

They also have an intense flavor, so they are loved by many chefs for their flavor and nutritional boost that they add as a pretty little garnish.

Homberg founded Boston Microgreens in 2018 from the South End apartment he shared with co-founder Matt Alto at the time. After studying together at Northeastern, Homberg and Alto were curious about growing microgreens on YouTube – and months later they sold their home-grown vegetables to restaurants in their neighborhood.

When Alto separated from the company amicably (Homberg said they were still “best friends”), Homberg went all out with the business and signed a lease for the South Boston premises in February 2019, which he now shares with a few other employees parts that are both full-time and part-time.

Homberg offers 70 different types of microgreens with different growth sizes.

“If a chef says, ‘I want my Thai basil leaf an inch and a half every Tuesday and Friday,'” says Homberg, he can do just that.

Boston Microgreens uses all organic farming methods. – courtesy

During the pandemic, Boston Microgreens rolled out a CSA service that they still deliver to customers’ doorsteps on Tuesdays and Fridays. The “nutritional mix” contains eight nutrient-rich microgreens – sunflower, cabbage, kale, broccoli, beet, Swiss chard, radish and buckwheat – which are harvested the same morning.

Customers can also order all of the microgreen offerings a la carte as long as they are willing to wait a couple of weeks for the greens to grow.

“There’s a bit of lead time,” says Homberg, “but it’s fun because you know we’ll literally grow your product for you.”

On the business side, Homberg tries to run the company as sustainably as possible. They source only renewable energy from Eversource and their compostable packaging is made from corn.

They also all use organic farming methods. “No pesticides, herbicides; we grow 100% cleanly, ”said Homberg.

They recycle about 95% of their water through an irrigation system. The greens trays are on flood tables, and Homberg and his team can use the app to fill the flood tables with water from small reservoirs on the floor.

The plants just soak up what they need and the rest of the water flows back into the reservoir. Boston Microgreens even worked with the FDA to clear this new irrigation system at both the state and federal levels.

Microgreens are relatively new to the mainstream culinary scene – and Boston Microgreens is helping with the writing of the playbook.

The irrigation system isn’t the only cool technology used in microgreens. The company uses its own software that was developed with the help of volunteers from the Northeast.

The software “controls everything that happens on the farm,” said Homberg. “Without that, we could never grow all of these varieties.”

For example, if a chef wants more or less products on a given day, says Homberg, the software calculates how much of each plant to grow and how many days in advance, without the human labor of going into Excel and placing orders manually change.

Soon, Homberg said, he and a team plan to publicly release the software as an app for other farmers.

“Within six months the beta will be tested,” Homberg said, noting that this could change the way micro-green farms operate across the country.

The new system will help farms have an accurate grow-to-order system, reducing wasted labor and wasted food.

While indoor microgreen growing is nothing new, Homberg hopes Boston Microgreens will help create a model for more urban farms.

“This can be done in unused spaces, in urban spaces and in small teams,” said Homberg. “It’s a potential business model for generating independent income. It can create jobs, and it can create sustainable food systems and local food systems. It is great.”

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Is it time for Clearwater to change its electoral system? http://linuxbyexample.org/is-it-time-for-clearwater-to-change-its-electoral-system/ http://linuxbyexample.org/is-it-time-for-clearwater-to-change-its-electoral-system/#respond Sat, 02 Oct 2021 10:02:04 +0000 http://linuxbyexample.org/is-it-time-for-clearwater-to-change-its-electoral-system/

Earlier this year, most members of the Clearwater City Council said they would go to a referendum to ask residents if the city should change its elections.

According to the current plurality system, the candidate with the most votes in a race wins. This can lead to officials being elected without a majority, such as council member Mark Bunker last year defeating four opponents for seat 2 with 27 percent of the votes cast.

Hoyt Hamilton

Councilor Hoyt Hamilton noted Bunker’s margin when he raised the need for a change to a majority system earlier this year. At the time, the council was reluctant to create runoff elections like Tampa, where the two front-runners would have to compete in a race with no majority winners in a general election, a more expensive proposition for candidates and cities.

“I still believe that runoffs are the right thing to do,” said Hamilton in an interview. “It costs more money, but guess what? When you go to play, these are the rules. I think every election should show a clear winner. “

At its working session on Monday, the city council is due to discuss another option: whether to hold a referendum on the ballot in March, urging residents to put in place a system whereby voters rank candidates by preference rather than picking one .

If no candidate earns more than 50 percent, the person with the fewest votes is eliminated and that candidate’s ballot papers are distributed to the second-choice candidates of his constituents. The redistribution continues until one candidate has a majority.

Before Clearwater could use such a system, however, it would have to be certified by the state.

Secretary of State Laurel Lee has said that state law does not allow ranked voting because candidates must get the highest number of votes cast in a general or special election in order to win Sarasota Herald-Tribune. The non-profit Rank My Vote Florida has argued that the ban does not apply to local elections.

In 2007, Sarasota became the first Florida city to introduce ranked voting. But the city has not been able to implement it for 14 years because the state did not certify the software to operate the system.

The Sarasota City Commission this month agreed to seek a court ruling on the ranked election, but later decided to suspend those efforts while it investigated the issue further Herald grandstand reported.

In addition to the 22 jurisdictions with ranked elections, according to the interest group FairVote, another 28 will use the system in their next or the following election.

“This is the fastest growing electoral reform in the country right now,” said senior research analyst Deb Otis. “We choose leaders who are not necessarily the choice of the majority of voters. We need a system that encourages candidates to work with the widest possible electorate, not just a single one. “

During a presentation to the council in April on various electoral systems, Scott Paine, director of leadership development and training for the Florida League of Cities, said the ranked election eliminates the need for a runoff. However, he said there may not be enough data to confirm that negative campaigns will be eliminated.

Should Florida certify the process, there would be a few more local steps. Parishes contract with the Pinellas County Election Commissioner to conduct city elections using the county’s equipment and expertise.

If the state releases the ranked picks, Pinellas County would not be legally required to automatically deploy the software, said Dustin Chase, deputy head of the polls.

“We have not yet investigated the ability to use our current voting systems and software devices in this way because the state of Florida has not certified them for this use,” said Chase.

On Wednesday, Beth Rawlins, a Clearwater-based policy advisor, emailed the city suggesting that the ranked voting was a better alternative to Clearwater’s plurality system because “its methodology has an eventual winner by some degree Generates level of support greater than 50 percent ”. the voter. “

Since the system is not allowed in Florida, the city should offer a solution in the meantime, said Rawlins.

Clearwater-based policy advisor Beth Rawlins opposed a proposal to establish a strong mayor system in the city in 2018.  Now that Clearwater is considering another change in governance, it favors abolishing the system that elects city council members by majority.
Clearwater-based policy advisor Beth Rawlins speaks out against a proposal to introduce a strong mayoral system in the city in 2018. Now that Clearwater is considering another change in governance, it favors abolishing the system that elects city council members by majority. [ DOUGLAS R. CLIFFORD | Tampa Bay Times ]

Rawlins urged the council to put two referendum questions to voters in March: one if the ranked vote should be accepted if it is state certified, and a second for a two-vote system by then.

If no candidate gets more than 50 percent of the vote in the March regular election, the top two should appear on a poll in June, Rawlins said.

Rawlins estimated that running this runoff election in June would cost the city about $ 130,000 every two years.

“I think this is money well spent to keep representative government,” wrote Rawlins.

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The Computerized Maintenance Management Information System (CMMIS) market will expand exponentially in 2027 http://linuxbyexample.org/the-computerized-maintenance-management-information-system-cmmis-market-will-expand-exponentially-in-2027/ http://linuxbyexample.org/the-computerized-maintenance-management-information-system-cmmis-market-will-expand-exponentially-in-2027/#respond Fri, 01 Oct 2021 16:55:54 +0000 http://linuxbyexample.org/the-computerized-maintenance-management-information-system-cmmis-market-will-expand-exponentially-in-2027/

This report provides an analysis of the impact of the COVID-19 epidemic on key factors influencing market growth. In addition, Computerized Maintenance Management Information System (CMMIS) Software Market Segments (By Major Players, Types, Applications, and Major Regions), Outlook, Company Valuation, Competitive Scenario, Trends, and Forecast for the Coming Years. The study of the Computerized Maintenance Management Information System (CMMIS) Software report is based on an important research methodology that utilizes, in short alienated, an analytical study of the various world market segments in which the industry operates, enables an increase in market size due to different perspectives The report also offers a 360-degree view of the competitive landscape of the industries such as weaknesses, opportunities and threats of companies.

Summary:

Computerized Maintenance Management Information System (CMMIS) Software market business intelligence report offers an in-depth analysis of the industry regarding key growth stimulants and opportunities that will add to the overall development between 2021-2026. Additionally, it also provides an in-depth study of the factors hindering market growth and lists measures to counter their impact.

Request a sample copy of this report @ https://www.nwdiamondnotes.com/request-sample/24960

According to experts, literally, the Computerized Maintenance Management Information System (CMMIS) software industry will grow at an annual rate of xx% over the duration of the analysis. In addition, verifiable forecasts for sales, demand and other variables are taken into account.

Additionally, the research literature provides a complete study of the section of the competitive landscape, including key information related to industry leaders and new entrants in the market along with their positioning in the market. It also explains their product portfolio and strategic decisions such as mergers and acquisitions, product launches, partnerships and other notable developments

Market overview:

Regional overview:

  • The Computerized Maintenance Management Information System (CMMIS) Market is segmented into: America, APAC, Europe, Middle East and Africa.
  • The document thoroughly examines the economic indicators of the major regions and their impact on the overall value of the industry.
  • Forecasts of consumption growth rate for each regional market at the country level are provided along with their respective market share.

Overview of the product range:

  • The spectrum of products of Computerized Maintenance Management Information System (CMMIS) Software Market is segmented into: Cloud-based and local.
  • The report contains historical and forecast figures on sales, sales price and market share for each product segment.
  • The consumer market share captured by each product type is also included.

Analysis of the range of applications:

  • Based on the area of ​​application, the software industry for computerized maintenance management information systems (CMMIS) is divided into: Industry and Manufacturing, Logistics and Retailing, Education and Government and Healthcare and Others.
  • The market share of each type of application is discussed in detail.
  • Forecasts for consumption value and consumption volume for each application segment are systematically listed in the document.

Competitive Dashboard Review:

  • Key companies forming the competitive landscape of the Computerized Maintenance Management Information System (CMMIS) software market are Maintenance connection EMaint Dude Solutions Hippo IBM ServiceChannel Fiix UpKeep Siveco IFS ManagerPlus Axxerion MPulse MVP Plant MCS Solutions DPSI Real Asset Management MicroMain FasTrak FMX Sierra Orion IXL Bhd.
  • The report provides basic company information and a business overview.
  • Details on sales, gross margin, sales share and gross margin of the listed players are compiled in the research report.
  • Distribution channels of key players and areas of application are comprehensively analyzed.
  • Important metrics on investments, market concentration rate, mergers and acquisitions, and new entrants are also included.

Reporting objectives

  • Definition, description and forecast of the market 2026 by segments and regions
  • Providing detailed information about the key factors (drivers, restraints, opportunities, and challenges) influencing the growth of the market
  • Analysis of the sub-segments with regard to individual growth trends, perspectives and contributions to the overall market
  • Analysis of market opportunities for stakeholders and provision of the competitive landscape of the market
  • To forecast the sales of the market segments in relation to major regions such as North America, Europe, Asia Pacific (APAC), Middle East and Africa, and South America
  • Profile of the main players and comprehensive analysis of their recent developments and positioning in the virtual sensor market
  • To analyze competitive developments such as mergers and acquisitions, new business developments, and research and development (R&D) activities in the market

Important questions answered

  • – How big and CAGR is the global Computerized Maintenance Management Information System (CMMIS) market?
  • What are the leading segments of the Global Computerized Maintenance Management Information System (CMMIS) Software Market?
  • What are the main driving forces behind the most profitable regional market?
  • How is the competition in the global Computerized Maintenance Management Information System (CMMIS) software market?
  • How will the global Computerized Maintenance Management Information System (CMMIS) software market develop in the coming years?
  • What are the key strategies in the Global Computerized Maintenance Management Information System (CMMIS) Software Market?
  • What are the main results of the five analyzes by SWOT and Porter?
  • What are the different effective sales patterns?

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