#U.S. Geospatial Imagery Analytics Report

[mohitbisresearch]

U.S. Geospatial Imagery Analytics refers to the analysis of satellite and aerial imagery using advanced technologies like AI and machine learning to extract valuable information and insights about geographic areas. It is used for applications such as environmental monitoring, disaster response, urban planning, and national security.

The U.S. geospatial imagery analytics market is estimated to reach $8.38 billion in 2033 from $6.04 billion in 2022, at a growth rate of 3.19% during the forecast period 2023-2033.

[perfectirishgifts]

Geospatial Intelligence Becomes A Focus Of Military And Economic Competition

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Geospatial Intelligence Becomes A Focus Of Military And Economic Competition

A casual observer of Washington politics over the last several years might easily have concluded that Democrats and Republicans don’t agree on anything.

But in fact, they agree on a lot, starting with a recognition of the growing threat that China poses to U.S. military and economic security. Politicians and policymakers in both parties have acknowledged that Washington will need to rethink national strategy to meet the challenge.

Incoming national security advisor Jake Sullivan and co-author Jennifer Harris captured this emerging bipartisan consensus in a February essay for Foreign Policy that warned “a new grand strategy for today’s world will only be as good as the economic philosophy behind it.”

They then proceeded to advocate a national industrial policy, calling the idea deeply American and tracing its origins back to Alexander Hamilton.

Geospatial intelligence has myriad military uses, but the commercial applications from mapping to … [] agriculture to urban planning are even more extensive.

The question today isn’t whether the nation needs such a policy—it has been steadily losing ground to China for two decades—but what the content of that policy should be.

Since the threat from China is both economic and military, an obvious place to begin is with dual-use technologies—meaning technologies with broad application in both the military sphere and the civilian economy.

A case in point is geospatial intelligence. People in the national security community call it ‘geoint,’ but it is more commonly known in the civilian world as remote sensing.

Geoint is imagery and information that relates human activity to geography. It typically is collected from satellites and aircraft, and can illuminate patterns not easily detectable by other means.

To take a simple example drawn from the field’s infancy, in 1854 London physician John Snow demonstrated that the geographical distribution of cholera cases in England’s biggest city was closely connected to where contaminated water sources were present.

Today the United States has sophisticated orbital and airborne sensors for tracking human behavior on the Earth’s surface in relation to surrounding geography, and powerful analytic software for interpreting such collections. So do other countries.

But as in so many other industries involving dual-use technologies, the U.S. is rapidly losing leadership in a field that it traditionally has dominated.

One reason the U.S. is lagging is that federal policy has discouraged expansion of a commercial remote-sensing industry in the U.S., at a time when private interests in several other countries are orbiting increasingly sensitive Earth-observing satellites.

For instance, foreign interests have orbited 15 synthetic-aperture radar satellites capable of seeing through clouds to collect detailed geospatial intelligence for commercial purposes. Only one such satellite is operated by U.S. industry.

As explained in an October report by the federally-funded MITRE research organization, the U.S. industry is gradually being eclipsed by foreign rivals—including rivals in China. China is working with the United Nations to build a major geoint facility near Hangzhou in Zhejiang province, ostensibly to support global development.

It is generally assumed that U.S. spy agencies operate Earth-observing satellites with very high resolution and frequent revisit rates for areas of interest. However, the intelligence community has been slow to embrace commercial sources of geospatial intelligence.

MITRE figures that European and Asian nations in 2019 collectively invested 3-4 times as much in commercial geoint ventures as the U.S. did, and that overseas interests will surpass the U.S. supply chain for such technology within a decade.

To quote the MITRE study, which was written by four engineers who work on geoint systems, “the United States has fallen behind, and foreign investment, largely funded by foreign governments, has begun to dominate the industry.”

There isn’t much mystery which nation will ultimately emerge as the most potent rival to U.S. remote-sensing providers. It will be China, which has identified dominance of global space activities as a national goal by mid-century.

Beijing doesn’t make much of a distinction between military and commercial systems used for collecting geoint. It views all such systems as part of an integrated national industrial plan, and requires that commercial systems be available to the government as needed.

The tradition in the U.S. has been to keep national security space systems separate from commercial space systems, even if they are developed for similar purposes using similar technology. Washington has a policy supposedly favoring use of commercial geoint sources, but in practice it hasn’t done much to help the domestic industry.

In fact, the National Reconnaissance Office may turn to foreign sources as it belatedly seeks to make greater use of commercially available geoint imagery and services. If that were to occur, it would further discourage investment in the domestic industry.

MITRE warns that if present trends persist, foreign interests will come to dominate the supply chain for geoint systems and set global standards. It speculates that because those interests are often government-funded, they may even resort to predatory pricing to drive U.S. commercial interests from the market.

That would be a serious setback for the U.S. aerospace sector, for the myriad other industries that depend on geospatial intelligence, and for the national security community.

Geoint is a perfect example of how the fragmented nature of U.S. economic and security policies is detrimental to larger national purposes. The Department of Defense is the world’s biggest purchaser of advanced technology; its business decisions and contract awards should take national economic goals into account.

If Washington doesn’t change its approach, geoint is yet another dual-use technology where foreign interests will take the lead—no doubt with China setting the pace.

Several contributors to my think tank may have an interest in geoint.

From Aerospace & Defense in Perfectirishgifts

[sudeepkedar]

Geospatial Imagery Analytics Market: Global Analysis, Opportunities And Forecast To 2032

As per a recent research report, Geospatial Imagery Analytics Market to surpass USD 50 Bn by 2032.

Geospatial Imagery Analytics Market is expected to showcase massive growth through 2032, owing to the rising traction of location-based applications, such as customer analytics, retail site selection, expansion planning, sales territory design, and supply chain management. In addition, the leading location-based service providers are collaborating with tech companies to augment the analytical capabilities of their location-based solutions, which will add to the market growth over the coming years.

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Although, the market is expected to face hindrances in the coming years as geospatial imagery analytics systems are made up of highly complex map structures that are difficult to deploy with traditional maps to gain meaningful insights. However, mounting demand for communication services from deaf and speech-impaired individuals is anticipated to grow, which is likely to add impetus to the industry expansion. Besides, several government agencies are supporting the telecommunications relay service providers by offering significant relaxations, further transforming the market outlook.

Overall, the geospatial imagery analytics industry is segmented in terms of analytics type, deployment model, collection medium, application, and region.

Based on analytics type, the image-based analytics segment is expected to register massive growth during 2023-2032, driven by the growing adoption of geospatial technologies such as geographic information systems (GIS) and positioning systems. In addition, the geospatial imagery service providers are also constantly using surveillance cameras and drones to evaluate the video content to improve quality, which is further slated to result in segmental expansion.

Considering the deployment model, the on-premises segment would grow profusely by 2032 end. The on-premises deployment model empowers enterprises to install the GIS platform locally on their servers. In addition, it also offers enhanced performance and more control over security, updated software, and customized security settings. All these factors are slated to amplify the segment expansion over the coming years.

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By collection medium, the geographic information systems (GIS) segment held over 45% market share in 2022 and is slated to grow exponentially through 2032. The growth can be attributed to the increasing adoption of GIS in remote sensing applications. In addition, GIS enables firms to undertake informative decisions by understanding patterns through the data collected, thereby positively impacting the adoption of geospatial imagery analytics.

Based on application, the agriculture segment is anticipated to exhibit over 25% CAGR during 2023-2032. The growth can be attributed to the increasing adoption of drones in the agriculture section for enhancing the safety of crops and judicious use of natural resources. In addition, the rising demand for precision farming is also anticipated to contribute significantly to the market expansion in the coming years.

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[nita-world]

Commercial Satellite Imaging Market Reporting Commercial Satellite Imaging Market Size, Share, Growth, Trends, Analysis, Regional Outlook and Forecast - 2027

Commercial Satellite Imaging Market by Application (Geospatial Data Acquisition & Mapping, Defense & Intelligence, Energy, Surveillance & Security, Disaster Management), End-User (Commercial, Defense), Type (Small, Middle, Large) - Forecast till 2027

Key Players:

DigitalGlobe (U.S.), Galileo Group (U.S.), SpaceKnow (U.S.), Airbus (France), Harris Corporation (U.S.), Planet Labs, Inc. (U.S.), Exelis Inc. (U.S.), Blacksky (U.S.), European Space Imaging (Germany), UrtheCast (Canada) and others are some of the prominent players profiled in MRFR Analysis and are at the forefront of competition in the global commercial satellite imaging market.

Commercial Satellite Imaging Market – Overview

The global commercial satellite imaging market is growing with the rapid pace. According to a recent study report published by the Market Research Future, The global market of commercial satellite imaging market will grow at a rapid pace over the forecast period. The market is forecasted to witness slow but steady growth by 2024, which will be a surplus growth at a moderate CAGR during the projected period (2018 -2024).

Commercial satellite imaging, well known as remote sensing, denotes the scanning of earth by satellite or high-flying aircraft to obtain geo-referenced information. The market for commercial satellite imaging is gaining attention with the growing requirement for disruptive satellite imagery data analytics by businesses throughout industries. It needs critical information and market understanding about various geospatial and environment conditions for efficient resource supervision.

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Geospatial information acquisition & mapping has been the largest commercial satellite imaging market across the globe. In addition, commercial platform has been the major customer of commercial satellite imaging market. It include providers of map created services such as Apple Maps, and Google Maps.

The major trends witnessed in the global commercial satellite imaging market include hyper-spectral processing image for automatic target recognition. Most of the military applications are involve in identifying objects such as a movement of vehicle tracking with the help of hyper-spectral processing image. Moreover, the use of hyper-spectral picture sensors provide image data, encompassing both spatial and spectral information. In addition, it can be reduced to detect various activities as military activities. Moreover, development in high resolution satellite imagery for applications in data related sectors such as agriculture and natural resource managing, is also a factor considerably supporting to the growth of global commercial satellite imaging market.

Global commercial satellite imaging market is driven by factors such as technological development in satellite imaging in addition, application of satellite imagery in various sectors and growing demand of location-based services (LBS) sector. Satellite imaging is used in LBS for different applications, such as navigation, local search, consumer tracking, enterprise services, location-based business intelligence (BI), location-specific health information, etc.

The intensity of rivalry in the global commercial satellite imaging market is at lesser as compared to last couple of years. Majority of the vendors in the global commercial satellite imagery market are aggressively focusing on their business growth by implementing organic and inorganic growth strategies. Presently, the global market is heading towards merging by witnessing major partnership, and acquirements among major companies. For example, DigitalGlobe lately announced its partnership with Esri and Harris Corporation, the providers of advance geospatial information.

Industry/ Innovation/ Related News:

October 2017 – DigitalGlobe migrated its total 100-petabyte imagery library to Amazon Web Services (AWS). The acquisition is intended at building machine learning models that extract data from satellite imagery library, in demand to provide detailed business insights to their customers.

October 2017 – DigitalGlobe was acquired by Maxar Technologies. This acquisition is aimed at leveraging Maxar’s expanded revenue base, core businesses, and enlarge opportunities for the future growth.

Commercial Satellite Imaging Market – Segmentation

The global commercial satellite imaging market is segmented in to 4 key dynamics for the convenience of the report and enhanced understanding;

Segmentation by Application                  : Geospatial Data Acquisition & Mapping, Defence & Intelligence, Energy, Construction & Development, Surveillance & Security, Disaster Management and others.

Segmentation by End-Users                         : Commercial and Defence

Segmentation by Type                                : Small (Nano, Pico, Micro), Middle, and Large.

Segmentation by Regions                        : Comprises Geographical regions - North America, Europe, Asia-Pacific, Middle East & Africa and South America.

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[sciencespies]

NGA plans annual survey of international Earth imagery leaders

https://sciencespies.com/space/nga-plans-annual-survey-of-international-earth-imagery-leaders/

NGA plans annual survey of international Earth imagery leaders

ST. LOUIS – The National Geospatial-Intelligence Agency plans to conduct an annual assessment of commercial satellite imagery like the Olympic-themed evaluation the organization conducted earlier this year.

“Over the next four to five years, we expect to see 500 remote sensing satellites each year launching into space,” Dave Gauthier, director of NGA’s Commercial and Business Operations Group said Oct. 7 at the GEOINT 2021 Symposium here. “That’s going to be a massive change in the capacity and the types of capabilities we can get commercially.”

The Olympics inspired Gauthier’s staff to present the findings of their first commercial imagery assessment as gold, silver and bronze medals for nations with the top offerings in nine categories: panchromatic resolution, electro-optical persistence, shortwave infrared, synthetic-aperture radar (SAR), SAR persistence, mid-wave infrared, video, multispectral imaging and hyperspectral imaging.

While many in the intelligence community were well aware of the leading role foreign firms played in gathering commercial imagery, the results of the first annual evaluation produced some surprises.

“We expected Maxar’s Worldview-3 system to have the best resolution in the world and it does,” Gauthier said. “We expected the European countries to dominate SAR because they’ve done so for decades. And they do.”

The competition revealed, however, that Finland’s Iceye offered the world’s highest SAR revisit rate and U.S. company Capella Space offered the highest SAR resolution.

“The smallsat SAR community is shaking up the game,” Gauthier said.

Another surprise was “just how fast China proliferated their low Earth orbiting electro-optical constellations,” Gauthier said. “They’ve got great video systems. They’ve got high revisit rates.”

One more surprise was Argentina claiming the gold medal for multispectral imagery thanks to Satellogic.

A key takeaway from the competition was that “it’s incredibly important to have allies and partners with you to complement your strengths with their strengths,” Gauthier said.

The competition also showed that since everyone can obtain commercial imagery and data, the advantage will come from turning data into analytic insights, Gauthier said.

The Olympic medal results shocked some U.S. policymakers who thought U.S. companies led the world in acquiring Earth imagery, Gauthier said.

After seeing the standings, many policymakers asked NGA officials how they could help U.S. industry win the global Earth-observation competition. The Intelligence Community Commercial Space Council is addressing that question, Gauthier said.

NGA officials, meanwhile, are figuring out the most efficient way to obtain new commercial datasets and to turn them into analytic services. Their conclusions will be published in a unified document that lays out the U.S. government’s commercial geospatial intelligence strategy.

A primary element of the strategy will be the “need to unify our efforts to be more effective and efficient in approaching the commercial market,” Gauthier said.

Also highlighted will be the need to “increase the adoption of these capabilities into our intelligence production and use them as primary sources in producing intelligence for the warfighter,” Gauthier said.

“We won’t get there overnight,” Gauthier cautioned. “This is a strategic shift in mindset to say, ‘You don’t have to have national or classified source in order to produce some intelligence report. You can have commercial source and that can be a primary source for production,’” he added.

It also will take time for intelligence analysts to become accustomed to turning to commercial sources first, Gauthier said. Because commercial data is unclassified, reports produced with those data are easier to share and individual datasets may be easier to fuse with other datasets,” he added.

#Space

[shivani111blog]

Geospatial Analytics Market Research Report - Forecast to 2023

Geospatial Analytics Market Research Report - Forecast to 2023

 Market Scenario

The geospatial analysis is market the process of collecting, displaying, and manipulating the imagery, satellite images with respect to the geographic coordinates explicitly.  Whereas, the data collected in terms of a street address, postal code, or forest stand identifier together applied to geographic models. The geospatial analysis has been evolved through the implementation of geographic information system (GIS) which is used to forecast, coordinate, and gather all types of natural phenomena affecting the earth crust including inhabitants and their man-made system. Companies such as IBM Corporation, General Electric, Hexagon AB, Alteryx, and many more are involved in the geospatial analytics market.

Geospatial analytics are widely used in various commercial applications which include crisis management, land surveys, climate change, weather forecasting, human population forecasting, animal population management and many more. There are many technologies which are involved in geospatial analytics such as GPS, GIS, LiDAR technology, remote sensing, and many more. These technologies help to provide real-time information for the business enterprises for making a business decision and deploy their various services in different industry verticals such as agriculture, energy, and power, manufacturing, automotive and Others. However, surging demand for geospatial analytics consolidated with artificial intelligence and commercialization of geospatial data are expected to be driving factors for the growth of geospatial analytics market over the forecast period.

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Key Players

Some of the key players of Geospatial Analytics Market  include IBM Corporation (U.S.), Trimble Navigation Ltd. (U.S.), ESRI (U.S.), General Electric (U.S.), MDA (Canada), Fugro N.V. (Netherlands), and RMSI (India), Alteryx (U.S.), Hexagon AB (Sweden), Harris Corporation (U.S.), DigitalGlobe, Inc. (U.S.), Bentley Systems, Inc. (U.S.), and Transerve technologies (India).

Segmentation

The geospatial analytics market is differentiated by component, type, technology, application, and end-user.

By component, the geospatial analytics market is sub-segmented as services and software. On the basis of services, the market is sub-segmented into professional services and managed services. The professional services are further segregated into consulting services and training services. Additionally, by the type, the market is classified as surface analytics, network analytics, geo-visualization. Furthermore, on the basis of technology, the market is sub-divided into photogrammetric, LiDAR Technology, 3D laser scanning, remote sensing, a global positioning system (GPS), geographic information system (GIS), and others.

By application, the market is sub-divided into land administration, survey solutions, mobile mapping and others. Lastly, on the basis of end-user, the market is differentiated into agriculture, construction & real estate, energy, forestry, marine & mining, retail, transportation & logistics, and others.

Regional Analysis

Geographically, the geospatial analytics market is segmented into four different regions namely North America, Asia Pacific, Europe, and the Rest of the World.

Europe is presumed to have significant growth in the geospatial analytics market. The  United Kingdom, Germany, and France are leading countries in the region. This is due to increase in demand for the geospatial technology for the safety and security applications for the automotive and aerospace sectors. Asia Pacific is also anticipated to be the fastest growing region in the geospatial analytics market over the forecast period. India, Japan, South Korea and China are the leading countries in the geospatial analytics market. This is due to greater in demand for the geospatial technology in real estate sector for developing smart cities.

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[leonfrancisblog]

Global Life Science Analytics Market Industry Trends, Growth, Opportunities, Market Size Forecast to 2027| Major Players IBM Corporation, Oracle, IQVIA Inc., Accenture, Cognizant, Wipro Limited, MaxisIT, TAKE Solutions Limited, SCIOInspire, Corp, Experfy

Life science analytics market is expected to gain market growth in the forecast period of 2020 to 2027. Data Bridge Market Research analyses the market to account to USD 48.64 billion by 2027 growing at a CAGR of 12.25% in the above-mentioned forecast period. The growth of life science analytics market is due to growing adoption of analytical solution in clinical trials and technological advancement. Growing adoption of analytics for sales and marketing application, increasing need of the improved data standardization, rising prevalence of chronic diseases, increasing pressure to cut down the healthcare expenditure and rising need for patient outcomes will accelerate the growth of life science analytics market in the forecast period of 2020-2027. Increasing focus on value based medicine and increasing usage of analytics in precision and personalized medicine will further create new opportunities for the growth of the life science analytics market in the above mentioned forecast period. 

Life science analytics market report provides details of market share, new developments, product pipeline analysis, impact of domestic and localised market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, product approvals, strategic decisions, product launches, geographic expansions, technological innovations in the market. To understand the analysis and the life science analytics market scenario contact us for an Analyst Brief, our team will help you create a revenue impact solution to achieve your desired goal.

Global Life Science Analytics Market By Type (Predictive, Descriptive, Prescriptive), Component (Software, Service), Delivery Model (On Premise, On-Demand Model),  Application (Research & Development, Sales & Marketing, Pharmacovigilance, Regulatory Compliance, Supply Chain Optimization), End Use (Pharmaceutical and Biotechnology Companies, Medical Device Companies, Research Centers, Third-Party Administrators), Country (U.S., Canada, Mexico, Brazil, Argentina, Rest of South America, Germany, France, U.K., Netherlands, Switzerland, Belgium, Russia, Italy, Spain, Turkey, Rest of Europe, China, Japan, India, South Korea, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, Rest of Asia Pacific, Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa), Market trends & Forecast to 2027

Life science analytics market competitive landscape provides details by competitor. Details included are company overview, company financials, revenue generated, market potential, investment in research and development, new market initiatives, global presence, production sites and facilities, company strengths and weaknesses, product launch, clinical trials pipelines, product approvals, patents, product width and breadth, application dominance, technology lifeline curve. The above data points provided are only related to the companies’ focus related to life science analytics market.

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Life Science Analytics Market Country Level Analysis:

Life science analytics market is analyzed and market size insights and trends are provided by country, type, component, delivery model, application and end use as referenced above.

The countries covered in the life science analytics market report are U.S., Canada and Mexico in North America, Germany, France, U.K., Netherlands, Switzerland, Belgium, Russia, Italy, Spain, Turkey, Rest of Europe in Europe, China, Japan, India, South Korea, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, Rest of Asia Pacific in the Asia-Pacific, Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa as a part of Middle East and Africa, Brazil, Argentina and Rest of South America as part of South America. North America dominates the market due to the large market share of U.S. in the life science analytics market due to the increasing initiatives of research and development by public and private companies thereby raising the demand of the big data analytics while the Asia-Pacific region is expected to grow at the highest growth rate in the forecast period 2020 to 2027 because of increasing focus on better profiling and targeting of clients and medical practitioner.

Life science analytics market competitive landscape provides details by competitor. Details included are company overview, company financials, revenue generated, market potential, investment in research and development, new market initiatives, global presence, production sites and facilities, company strengths and weaknesses, product launch, clinical trials pipelines, product approvals, patents, product width and breadth, application dominance, technology lifeline curve. The above data points provided are only related to the companies’ focus related to life science analytics market.

Global Life Science Analytics Market Scope and Market Size:

Life science analytics market is segmented of the basis of type, component, delivery model, application and end-use. The growth amongst these segments will help you analyse meagre growth segments in the industries, and provide the users with valuable market overview and market insights to help them in making strategic decisions for identification of core market applications.

Based on type, life science analytics market is segmented into predictive, descriptive and prescriptive. Based on component, the life science analytics market is segmented into software and services. Based on delivery model, the life science analytics market is segmented into on premise and on-demand. Life science analytics market has also been segmented based on the application into research & development, sales & marketing, pharmacovigilance, regulatory compliance, supply chain optimization. Research & Development has been further segmented into clinical trials and preclinical trials. On the basis of end-user the life science analytics market is segmented into pharmaceutical and biotechnology companies, medical device companies, research centers, third-party administrators.

The major players covered in the life science analytics market report are SAS Institute Inc., IBM Corporation, Oracle, IQVIA Inc., Accenture, Cognizant, Wipro Limited, MaxisIT, TAKE Solutions Limited, SCIOInspire, Corp, Experfy, Inc, Applexus Technologies, Saama Technologies, Inc., Incedo Inc, CitiusTech Inc., Applexus Technologies, Sisense Inc., Siemens, Rockwell Automation, Inc., Infosys Limited, Navitas Life Sciences among other domestic and global players. Market Share data is available for Global, North America, Europe, Asia Pacific, Middle East & Africa and South America separately. DBMR analysts understand competitive strengths and provide competitive analysis for each competitor separately.

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Reasons for buying this Life science analytics market Report:

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The key questions answered in this report:

What will be the Market Size and Growth Rate in the forecast year?

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Which are the Global Opportunities for expanding the Life science analytics market?

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[blogtechfuturemrfrworld]

Geospatial Imagery Analytics Market Dynamics, Trends, Opportunities, Drivers, Challenges and Influence Factors Shared in a Latest Report

The global geospatial imagery analytics market is expected to exhibit a strong 24.57% CAGR over the forecast period from 2018 to 2023, according to the latest research report from Market Research Future (MRFR). The global geospatial imagery analytics market was valued at USD 3.22 billion in 2017 and is expected to rise to a valuation of USD 11.16 billion by 2023, according to the report. The report presents a detailed analysis of the market’s major drivers and restraints, including an assessment of the impact of the COVID-19 pandemic on the market. The leading players operating in the global geospatial imagery analytics market are also profiled in detail in the report.

Geospatial imagery analytics is a recent field of research developed due to the growing investment in space exploration and the commercial uses of the same. Geospatial imagery includes images taken from space or geostationary orbit, which can be used for gathering information on various aspects of the landscape being pictured. The growing use of space imagery in environmental monitoring is likely to be a major driver for the global geospatial imagery analytics market over the forecast period. Environmental monitoring has been made much easier by the advent of geospatial imaging, as it allows for a clear picture of various environmental factors having an impact on the climate on the planet. Increasing investment in environmental monitoring from governments around the world has been a major driver for the global geospatial imagery analytics market over the last few years. The increasing prevalence of wildfires is likely to be a major driver for the global geospatial imagery analytics market, as geospatial imagery analytics provide a clear coverage of forest fires and can suggest the most efficient ways of bringing the fires under control.

The growing use of geospatial imagery analytics in agriculture and mining is also likely to be a major driver for the global geospatial imagery analytics market over the forecast period. Geospatial imagery analytics provides the agriculture sector with an accurate overview of farm sizes and locations, allowing for precise operations through the entire sector. Growing demand for large-scale farming is likely to be a major driver for the global geospatial imagery analytics market over the forecast period. The mining sector is also a major end user of geospatial imagery analytics, as it allows the mining sector a clear overview of mining operations in a given site and allows for the development of easy and efficient solutions.

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Competitive Leaderboard:

Leading players in the global geospatial imagery analytics market include Satellite Imaging Corporation, KeyW Corporation, Fugro NV, UrtheCast Corporation, Planet Labs, RMSI, Trimble, Google, Environmental Systems Research Institute, DigitalGlobe, Harris Corporation, and Hexagon AB.

In September 2018, DigitalGlobe, a vendor of geospatial imagery solutions, received a contract of USD 3.2 million from US defense advanced research projects agency (DARPA). Under this contract, DigitalGlobe has to provide an unclassified environment for geospatial cloud analytics platform. This platform, with the help of machine learning technology, is expected to help the military in getting real-time insights about the commercial data, that would help them in quick decision making.

In March 2018, Microsoft Corporation, in collaboration with Esri, introduced artificial intelligence-based geospatial analytics in its Azure products.

Segmentation:

The global geospatial imagery analytics market is segmented on the basis of type, application, end use, and region.

By type, the global geospatial imagery analytics market is segmented into imagery analytics and video-based analytics.

By application, the global geospatial imagery analytics market is segmented into drones/UAVs, space and satellites, geographic information systems, aircraft, and others.

By end use vertical, the global geospatial imagery analytics market is segmented into defense and security, environmental monitoring, mining, manufacturing, energy and utility, agriculture, healthcare and life sciences, and others.

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Regional Analysis:

Europe holds the largest share in the global geospatial imagery analytics market, followed by North America. These two regions have benefitted from the extensive investment from governments in the space exploration field. Germany, France, Russia, the U.S., and China are among the leading regional markets for geospatial imagery analytics.

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[speedylightheart]

Geospatial Imagery Analytics Market Mergers And Acquisition, Product Portfolio, Impact Analysis 2025

Geospatial Imagery Analytics Market is valued at USD 3.97 Billion in 2018 and expected to reach USD 27.88 Billion by 2025 with the CAGR of 32.1% over the forecast period.

Factors such as Need to manage natural resources, infrastructure & utilities and to develop information systems for government institutions and companies are contributing in the market growth.  

Scope of Geospatial Imagery Analytics Market is as;

Geospatial analytics manipulates gathers and displays geographic information system (GIS) data and imagery by GPS and satellite photographs. It uses data from all kinds of technology such as social media, location sensors, GPS, mobile devices and satellite imagery for building data visualizations to understand the phenomena and finding trends in complex relationships between people and places. Visualization can include graphs, statistics, maps and cartograms which show historical changes and current shifts and Geospatial imagery covers a wide range of graphical products that convey information about natural phenomena and human activities occurring on Earth's surface. That term can include multispectral or hyperspectral digital imagery which includes portions of the electromagnetic spectrum that lie beyond the range of human vision, panchromatic and color (black and white) aerial photographs and products such as shaded relief maps or three-dimensional images produced from digital elevation models. The initial form of geospatial imagery was aerial photography and it consists of photographs taken from an airborne or spaceborne camera. Those Aerial photographs can be taken either vertically or obliquely. The resolution of geospatial imagery has increased over time and the Keyhole intelligence satellites that have been launched by the United States since the early 1960s.

Geospatial Imagery Analytics Market is segmented into type and application. On the basis of type the market is segmented into Imagery Analytics and Video Analytics. On the basis of application the market is segmented into Defense and Security, Insurance, Agriculture and Healthcare and Life Sciences.

The regions covered in this Geospatial Imagery Analytics Market report are North America, Europe, Asia-Pacific and Rest of the World. On the basis of country level, market is sub divided into U.S., Mexico, Canada, UK, France, Germany, Italy, China, Japan, India, South East Asia, GCC, Africa, etc.

Geospatial Imagery Analytics Manufacturers:

Globally Manufacturers such as,

Harris Corporation

Hexagon Ab

Google

Keyw Corporation

Satellite Imaging Corporation

Urthecast Corporation

Geocento

Digitalglobe

Trimble

Eos Data Analytics

Others

Increasing demand for GIS services by businesses is driving the market growth.

The businesses are using geospatial analytics to improve their informative decision making and to understand customer preferences to increase their sales in the targeted demography. For instance, According to Idea Group Publishing (TLFe Book), sum of revenues for GIS core-business will be $1.75 billion in 2003, an 8% increase from 2002. The GIS software vendor sales totaled $1.1 billion, two thirds of the total, while services accounted for 24%. Hence increasing demand for GIS services by businesses is one of the key factors for driving the market growth. Also the adoption of drones and surveillance cameras by businesses to utilize and analyze the video content for supporting their daily operations is fueling the market growth. For instance, the global commercial drones market range between US$ 2 billion to US$ 6.5 billion by 2020, total addressable market for commercial drones to be as high as US$ 130 billion in 2015 and other sources expect the economic impact to reach US$ 80 billion by 2025 and the agriculture drones market will reach US$ 3.7 billion and it will reach to US$ 30 billion by 2025 and a current addressable market impact of US$ 32.4 billion. And as the companies are offers video recording and analysis systems which are ideal for capturing videos for mobile mapping surveys, real-time reporting, and post-mission mapping. Hence it is fueling the market growth. Moreover, the growing use of location-based services (LBS) is expected to offer immense growth opportunities to the global geospatial imagery analytics market. However, increasing government compliance pertaining to geospatial data and integration of geospatial imagery analytics data with enterprise solutions are restraining the market growth.

North America is dominating the Geospatial Imagery Analytics Market.

Geographically, North America region is dominating the geospatial imaginary analytics market. This is due to an increase in investments in new satellite systems into the region. For instance, According to Bryce Space and Technology, LLC, the global space economy was an estimated $345 billion USD in 2016. The United States leads in government space spending, this is with an estimated $48 billion spread among 11 agencies & offices and  North America region has the largest combined government space budget it is nearly $50 billion. And the region has several key vendors such as Trimble, Google, Orbital Insight, Maxar Technologies, Esri and Planet Labs.

Also Asia-Pacific region is at second position in dominance. This is due to large number of internet users due to the increasing adoption of connected devices in the region are providing sufficient growth opportunities for the growth of the market in the region. For instance, According to Asia Pacific Network Information Centre, there are about 115 million internet users in 2000 and 1 billion users in 2013 in the Asia.

Key Benefits for Global Geospatial Imagery Analytics Market Reports –

Global market report covers in depth historical and forecast analysis.

Global market research report provides detail information about Market Introduction, Market Summary, Global market Revenue (Revenue USD), Market Drivers, Market Restraints, Market opportunities, Competitive Analysis, Regional and Country Level.

Global market report helps to identify opportunities in market place.

Global market report covers extensive analysis of emerging trends and competitive landscape.

Global Geospatial Imagery Analytics Market Segmentation –

By Type : Imagery Analytics, Video Analytics

By Application:  Defense and Security, Insurance, Agriculture, Healthcare and Life Sciences

Regional & Country Analysis North America, U.S., Mexico, Canada , Europe, UK, France, Germany, Italy , Asia Pacific, China, Japan, India, Southeast Asia, South America, Brazil, Argentina, Columbia, The Middle East and Africa, GCC, Africa, Rest of Middle East and Africa

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Brandessence market research publishes market research reports & business insights produced by highly qualified and experienced industry analysts. Our research reports are available in a wide range of industry verticals including aviation, food & beverage, healthcare, ICT, Construction, Chemicals and lot more. Brand Essence Market Research report will be best fit for senior executives, business development managers, marketing managers, consultants, CEOs, CIOs, COOs, and Directors, governments, agencies, organizations and Ph.D. Students. We have a delivery center in Pune, India and our sales office is in London.

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[kennethresearch]

Geospatial Imagery Analytics Market Industry Analysis, Geographical Segmentation, Drivers, Challenges, Trends Forecasts 2021 - 2030

The report covers the forecast and analysis of the Geospatial Imagery Analytics Market on a global and regional level. The study provides historical data from 2013 to 2018 along with a forecast from 2019 to 2027 based on revenue (USD Million). The study includes drivers and restraints of the Geospatial Imagery Analytics market along with the impact they have on the demand over the forecast period. Additionally, the report includes the study of opportunities available in the Geospatial Imagery Analytics market on a global level.

Get Sample Reports Here - https://www.kennethresearch.com/sample-request-10236348 In order to give the users of this report a comprehensive view of the Geospatial Imagery Analytics market, we have included a competitive landscape and an analysis of Porter’s Five Forces model for the market. The study encompasses a market attractiveness analysis, wherein all the segments are benchmarked based on their market size, growth rate, and general attractiveness. The report provides company market share analysis to give a broader overview of the key players in the market. In addition, the report also covers key strategic developments of the market including acquisitions & mergers, new product & service launches, agreements, partnerships, collaborations & joint ventures, research & development, and regional expansion of major participants involved in the market on a global and regional basis. The study provides a decisive view of the Geospatial Imagery Analytics Market by segmenting the market based on the type, application, technology, vertical, and regions. All the segments have been analyzed based on present and future trends and the market is estimated from 2019 to 2027. The regional segmentation includes the current and forecast demand for North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa. The expansion of the market during the forecast period is owing to the introduction of new technologies like artificial intelligence and big data analytics. Moreover, the onset of the digital cameras, sensor networks, satellite remote sensing, aerial surveys through the use of photographic cameras, LiDar, radar, and global navigation satellite systems will proliferate the growth of the market during the forecast period. On the basis of type, the market is classified into Image Analytics and Video Analytics. In terms of application, the industry is classified into Weather Monitoring, Population Forecasting & Management, Security & Law Enforcement, Climate Change Modeling, and Crises Management. Based on the technology, the market is segmented into GIS/GNSS/GPS, Office & Field Software, Remote Sensing, and Handheld/Mobile Mapping. Based on the vertical, the industry for Geospatial Imagery Analytics is sectored into Defense & Security, Environmental Monitoring, Government, Energy & Utility, Healthcare, Agriculture, Construction, and Manufacturing & Mining. Some of the key participants in the business include AAM Pty Ltd., Capture Digitalglobe Inc., Orbital Africa Limited, Rick Engineering Company, Harris Corporation, UrtheCast Corporation, RMSI, Trimble Inc., EOS Data Analytics Inc., Hexagon AB, Environmental Systems Research Institute, Fugro N.V., Google Inc., Marvel Geospatial Solutions Private Limited, Keyw Corporation, Planet Labs, Satellite Imaging Corporation, Geocento, AABSyS IT Pvt. Ltd., Damian & Associates, Inc., and SECON Private Limited.

Global Geospatial Imagery Analytics : Regional Segment Analysis

North America U.S. Europe UK France Germany Asia Pacific China Japan India Latin America Brazil Middle East and Africa

Key Features of Geospatial Imagery Analytics Report

Geospatial Imagery Analytics structure: Overview, industry life cycle analysis, supply chain analysis Geospatial Imagery Analytics : Growth drivers and constraints, Porter’s five forces analysis, SWOT analysis Geospatial Imagery Analytics size, trend, and forecast analysis Geospatial Imagery Analytics segments’ trend and forecast Geospatial Imagery Analytics ’s competitive landscapes: Market share, Product portfolio, New product launches, etc. Geospatial Imagery Analytics attractiveness and associated growth opportunities Emerging trends in the Geospatial Imagery Analytics . Strategic growth opportunities for the existing and new players

Key success factors

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[sciencespies]

Military building an appetite for commercial space services

https://sciencespies.com/space/military-building-an-appetite-for-commercial-space-services/

Military building an appetite for commercial space services

The U.S. Space Force is eager to tap into the vibrant commercial market for space services enabled by increasingly capable small satellites and cheaper access to orbit.

Commercial services of particular interest to the military include imagery, analytics, weather data and broadband from low-Earth orbit constellations.

“It’s really crucial that we figure out how to successfully integrate commercial data and services into our architectures and concepts of operations,” said Lt. Gen. John Thompson, head of the Space and Missile Systems Center (SMC), the procurement arm of the Space Force.

The Space Force already is a major consumer of commercial space launch services and geostationary satellite communications but it is now looking to “go bigger and bolder,” Thompson said, calling this a matter of national security.

A U.S. Marine Corps radio operator works on the flight deck of an amphibious ship. The Marine Corps and the Navy are seeing growing demand for satellite-based communications to connect ships at sea. Credit: U.S. Marine Corps photo by Lance Cpl. Tawanya Norwood

The military’s modernization plans increasingly depend on technologies funded by the private sector, Thompson noted. The Space Force is responsible for providing satellite-enabled capabilities to the entire Defense Department, and the acquisition of new space services will be a central piece of that effort.

The next step will be to organize a new office focused on the procurement of commercial space services. This office will be part of the future Space Systems Command, said Gen. David Thompson, the Space Force vice chief of space operations.

Space Systems Command will be established in Los Angeles later this year and will replace SMC. Thompson said the plan is to expand SMC’s existing commercial satellite communications services office so it can acquire other types of commercial capabilities.

One of those services will be “tactical ISR,” short for intelligence, surveillance and reconnaissance. Tactical ISR would support military units in the field that currently don’t have direct access to satellite imagery. Field commanders want visual imagery but also radar, radio-frequency and other types of data collected by Earth observation satellites that capture images in short time intervals.

CHANGE IN MINDSET

Col. Timothy Sejba, program executive officer for space development at SMC, said procuring commercial space services is a departure from the traditional business model where the military dictates requirements and contractors are paid to build systems owned by the government.

Buying commercial services means the Defense Department doesn’t have to finance the cost of building and operating a constellation, and simply acquires the data. This is a huge benefit, said Sejba, but there are risks that also have to be weighed.

To be sure, the Pentagon does not want to become entirely dependent on commercial providers that may or may not be able to support the military during an armed conflict. Sejba said the Space Force will not outsource critical “no fail” capabilities like satellite-based missile warning or Global Positioning System navigation.

The priority for SMC, he said, is to figure out a business model for how to access commercial services that would not replace, but supplement, government-owned capabilities.

U.S. military personnel review sensor data at the Combined Space Operations Center at Vandenberg Space Force Base, California. The center provides space-related services like GPS tracking and missile warnings. Credit: U.S. Air Force photo by Maj. Cody Chiles

Tactical ISR, weather data and broadband from low-orbiting constellations are the low-hanging fruit, he said. “We know there is an extensive commercial industry base we have to tap into, and augment with government unique capabilities only when commercial can’t fulfill.”

As plans move forward to stand up the new Space Systems Command, the most likely path to establish a commercial space services office will be to follow the model now used to acquire satellite communications.

CSCO, the Commercial Satellite Communications Office that reports to SMC but is located near Washington, is viewed as a template for how other services could be acquired but there are still many details to be worked out, Sejba said.

The satcom office buys $1 billion a year in commercial services and has built strong relationships with providers, he said. “We want to leverage that expertise.”

As the Space Force looks to buy more commercial services, Sejba said, one of the challenges will be market research, as SMC is not familiar with many of the new space ventures entering the field. Further, the government has to figure out how to use its buying power to incentivize companies that want the Defense Department as a customer but also have to prioritize the needs of a broader market.

Aerospace Corp., a nonprofit firm that provides technical services to DoD and other government agencies, plans to help SMC establish connections with space startups and new entrants, said Randy Kendall, vice president of launch and enterprise operations at Aerospace.

Before the Space Force commits to buying critical services from a new commercial provider, it will want to know, for example, who is funding the company and whether their systems are adequately protected against cyber threats, Kendall said. Aerospace would help screen potential suppliers to make sure they are technically and financially sound.

Aerospace also would facilitate SMC’s communications with venture investors to give them greater insight into the government’s wish lists so they can better target their investments, he said.

Jordan Noone, co-founder and partner of Embedded Ventures. Credit: Embedded Ventures

INVESTORS ENCOURAGED

Jordan Noone, co-founder and partner of Embedded Ventures, said investors in the space sector are encouraged by the Space Force’s talk about increasing reliance on commercial services. He said the idea of having a technical expert like Aerospace screen companies makes a lot of sense.

“I would be very excited to see an office set up that can evaluate companies in a quick turnaround manner,” he added. “This is something that we view as a necessity.”

Embedded Ventures was launched in November to focus on dual-use technology companies. CEO and co-founder Jenna Bryant and Noone recently met with SMC officials and discussed ways in which investors could help fund specific Space Force needs. “We are willing to help grow companies knowing that the government is sitting there waiting to be a customer,” Noone said.

Some of the companies that Embedded Ventures plans to fund are in the space infrastructure sector, said Noone. He said he could not identify them by name but they include providers of in-space communications and logistics, life extension vehicles and resource extraction.

Once the Space Force determines what its future needs will be for space infrastructure services, “we can help drive private investment to companies that can work with those complex requirements,” said Noone.

Mandy Vaughn, former president of launch provider Virgin Orbit’s government-focused VOX Space subsidiary and now a private consultant, said one of the obstacles for commercial providers is that the U.S. military has a tough time buying products or services “as is.”

Buying commercial services requires a different mindset, she said. The government is going to have to understand that it can’t change a commercial product but has to adjust its needs so it can take advantage of what’s available.

Vaughn said SMC leaders are “really thinking about this, which is kind of exciting.”

If the culture of how the military buys doesn’t change, she said, “then we’re going to be at a strategic disadvantage.” Leveraging the private investment that is going into space, said Vaughn, “is more than an opportunity. I think it should be a mandate.”

Tess Hatch, partner at Bessemer Venture Partners. Credit: Bessemer Venture Partners

The space companies that are best equipped to provide services to the military are those that already have a healthy commercial customer base, said Tess Hatch, a partner at Bessemer Venture Partners.

“The government is a fabulous customer for any space startup, or any company, period,” she said. But for many companies that have not worked with the government before it can be a steep learning curve.

Many companies have gotten a taste of the government market working on Small Business Innovation Research (SBIR) contracts, Hatch noted. But transitioning from SBIR to full-scale services is “still difficult for our startups to navigate, even for our very large growth stage companies.

INTELLIGENCE, WEATHER DATA

The Space Force’s interest in commercial ISR could create significant opportunities for players in the geospatial intelligence industry that have demonstrated the capabilities of small satellites, said John Serafini, CEO of radio-frequency data analytics company HawkEye 360.

Constellations of remote-sensing smallsats deliver overhead imagery, radar and radio-frequency mapping to track objects or events, as well as analytics software to make sense of the data, said Serafini. “These capabilities didn’t exist five or 10 years ago.”

Indications that the Space Force will buy commercial ISR is “very exciting news” and sends a demand signal, he said. “There is now a bullpen of commercial companies that can service that.”

The Space Force can buy a subscription and receive data just like any other customer, said Serafini. And as industry investors continue to fund new capabilities, he said, the military will be able to rely on the commercial market to build the infrastructure using private capital.

Space startup ExoTerra Imaging is developing a constellation of cubesats to provide global cloud and weather imagery data. CEO David Crain noted that the Space Force relies on government-owned satellites for weather data but is now showing interest in commercial options to augment military systems.

ExoTerra Imaging plans to pitch its service to military users of weather data that need frequent updates on cloud movements so they can plan flight routes and satellite tasking, he said. “With a constellation of cubesats, we could update and refresh the cloud mask data as quickly as possible,” said Crain. “We see that as a potential business.”

Space Force initiatives to acquire commercial services are good news for the industry, said Crain, but it remains to be seen if the government is serious about working with emerging startups and ventures that are new to the game. “Sometimes small companies are told that they don’t have the right retired general on their board,” Crain said. “It’s that blunt.”

Commercial space companies have been waiting for the government to embrace the commercial services model, he said. “I’m confident that if you deliver a service that meets a need they will buy it, as long as the price is competitive.”

LEO BROADBAND

Another item on the Space Force’s wish list of commercial space services is broadband communications from low Earth orbit. SMC’s Commercial Satellite Communications Office procures broadband from operators of geostationary satellites and narrowband communications from longtime mobile satellite services provider Iridium Communications. The office is now looking to add LEO broadband providers, opening up opportunities for the likes of SpaceX, OneWeb, Telesat and others.

Satcom users across the military are demanding low-latency global communications and the Space Force is working to figure out how to procure these services, said Jiral Shah, program manager at CSCO.

The office earlier this year issued a request for information from LEO providers. The feedback is helping Space Force satcom buyers better understand the market before they issue contracts, said Shah.

“We want to be able to let the commercial marketplace play itself out, we don’t want to drive one company or one industry to either success or failure,” he said. “We just want to buy what is available and help support the warfighter’s mission.”

Satcom services are funded through a “defense working capital fund,” an accounting mechanism the Pentagon uses to fund specific activities, and functions like a checking account. CSCO customers, for example, deposit their payments for satcom services in the working fund.

The defense working capital fund used for satcom purchases would be a good model for how agencies could pay for other space services like imagery or analytics, said Air Force Brig. Gen. Steve Butow, who heads the Defense Innovation Unit’s space portfolio and has advocated for the adoption of commercial services.

Butow, who soon will be retiring from active-duty military service, said “nothing would make me happier before I retire than to see the Space Force be the executive agent for all commercial imagery and analytics.”

Ric VanderMeulen, Viasat’s vice president of government satcom, commended the Space Force for its enthusiasm with regard to commercial services. It’s a major shift in culture, he said.

“When you’re in the business of bespoke systems, you’re in the business of prescribing specifically what you want,” said VanderMeulen. “When you choose to buy a service that wasn’t built 100% for you, you have to adapt to what it is. You don’t get to prescribe how it works.”

This article originally appeared in the June 2021 issue of SpaceNews magazine.

#Space

[uttam217]

Satellite Data Services Market Research Report Now Available on Research Corridor

According to the recent report published by Research Corridor, the Global Satellite Data Services Market is expected to provide sustainable growth opportunities during the forecast period from 2020 to 2027. The global satellite data services market size is expected to register a higher CAGR of more than 22% during the forecast period 2020 to 2027. The factors are driving the market growth include significant advances in geospatial imagery analytics with the growth of AI and big data, privatization of the space industry, and cloud computing. This latest industry research study analyzes the Satellite Data Services market by various product segments, applications, regions and countries while assessing regional performances of numerous leading market participants.

The report titled "Satellite Data Services Market - Global Trends, Market Share, Industry Size, Growth, Opportunities, and Forecast - 2020 – 2027" offers a holistic view of the Satellite Data Services industry encompassing numerous stakeholders including raw material suppliers, providers, distributors, consumers and government agencies, among others. Furthermore, the report includes detailed quantitative and qualitative analysis of the global Satellite Data Services market considering market history, product development, regional dynamics, competitive landscape, and key success factors (KSFs) in the industry.

Browse Full report on Global Satellite Data Services Market report at https://www.researchcorridor.com/satellite-data-services-market/

The report includes a deep-dive analysis of key countries including the U.S., Canada, the U.K., Germany, France, China, Japan, India, Australia, Mexico, Brazil and South Africa, among others. Thereby, the report identifies unique growth opportunities across the world based on trends occurring in various developed and developing economies.

Satellite Data Services Market report summarizes the positive growth rate in upcoming years, and market size with competitive analysis. Our experts have analyzed the historical data to compare with the current market scenario to calculate the market growth in the coming years. The study provides an exhaustive report that includes an executive summary, scope, and forecast of the market.

The Satellite Data Services Market Segmentation:

By Services:

Data analytics

Image data

By Industry Verticals:

Defense & Security

Energy & Power

Agriculture

Environmental

Engineering &     Infrastructure

Marine

Others

By End-Use:

Commercial

Government & Military

By Region:

·         North America

·         Europe

·         Asia Pacific

·         Latin America

·         Middle East & Africa

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List of Key companies:

Airbus S.A.S

DigitalGlobe

Harris Geospatial Solutions, Inc.

Satellite Imaging Corporation

Planet Labs, Inc.

Earth-i Ltd.

ICEYE

Key Questions Answered by Satellite Data Services Market Report

Product popularity and adoption based on various     country-level dynamics

Regional presence and product development for leading market     participants

Market forecasts and trend analysis based on ongoing     investments and economic growth in key countries

Competitive landscape based on revenue, product     offerings, years of presence, number of employees and market     concentration, among others

number of employees and market concentration, among     others

To know more about this study, request a free sample report @ https://www.researchcorridor.com/request-sample/?id=144176

About Us: Research Corridor is a global market research firm. Our insightful analysis is focused on developed and emerging markets. We identify trends and forecast markets with a view to aid businesses identify market opportunities optimize strategies. Our expert’s team of analysts’ provides enterprises with strategic insights. Research Corridor works to help enterprises grow through strategic insights and actionable solutions. Feel free to contact us for any report customization at sales@researchcorridor.com .

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[cvwing1]

GIS Analyst

GIS Analyst - United States Geological Survey (USGS), Mineral Resource Program Ocean Associates Consulting (OAI) is seeking a GIS Analyst in Spokane, WA provide Geographic Information System (GIS) support for the U.S. Geological Survey in Spokane, Washington, specifically for the Western Region Databases and Information Analysis Project (WR DIA). The GIS Analyst will provide GIS support by creating, editing, analyzing, and modeling digital geologic map and mineral resource data using ESRI ArcGIS software (version 10 or higher) and ArcGIS Pro and ArcGIS Enterprise and their various extensions to create digital geologic map databases, intermediate products, and finished figures, illustrations, and digital geologic map or mineral resource map databases. Duties • Enter data into ArcGIS and ArcGIS PRO using scanned images, text files, spreadsheets of tabular data, and (or) database files. • Implement quality control on acquired digital data used in ArcGIS and ArcGIS PRO; follow procedures (Federal Geographic Data Commission metadata standards) for documenting files in ArcCatalog. • Proof, edit, and attribute ArcGIS and ArcGIS PRO files (stored in file geodatabases and shapefiles). • Manipulate and analyze data (particularly raster and image data) using ArcGIS (Spatial Analyst and Image Analysis extensions to geo reference raster data and to perform modeling). • Create and prepare products for publications (digital files, maps, documentation) using ArcGIS, and other desktop publishing software (e.g., Adobe Acrobat, Adobe Illustrator, etc.). • Provide digital documentation of work conducted on assigned projects. • Prepare and update training materials documenting the procedures that they have developed or modified. • Write portions of USGS publications series technical reports for technical review and publication, as appropriate. • Follow all USGS existing procedures and guidelines. Performers are expected to know USGS graphics standards and produce figures and GIS products to those standards with little guidance. • Inform the Technical Liaison of all equipment and data problems. • Provide monthly reports to Technical Liaison/COR or their designee. • Ensure that all work areas are kept free of safety hazards at all times. Start Date: As soon as possible Location: U.S. Geological Survey 904 W. Riverside Avenue Spokane, WA 99201 Salary and Benefits: This is a 34 hr/week position with excellent employee benefits, including medical insurance, holiday, vacation, and sick leave. Salary commensurate with experience. Required Knowledge and Experience • At least 10 years professional experience reading, interpreting, and extracting data from geologic and mineral resource maps and similar geotechnical information sources, including the ability to recognize and understand terminology related to rock type and minerals geologic age, structural features, geophysical and geochemical anomalies, and mineral occurrences. • Experience using professional knowledge of the scientific concepts, principles, and practice in researching a range of earth science disciplines to conduct surface and subsurface geologic investigations needed for mineral resource or similar assessment (including regional geologic, tectonic, and geochemical/synthesis, geology of igneous, sedimentary, and metamorphic rocks, geophysics, geomorphology, sedimentary, petrology, stratigraphy, and structural geology. • At least 5 years of professional work experience working with USGS Mineral Resources Data System (MRDS) database and other online USGS mineral occurrence and geological datasets. • At least 10 years of professional work experience using ArcGIS ArcMap (through version 10.7.x) in geological and mineral resource studies, including making of interim analytical and final published map databases. • At least 10 years professional experience creating spatial databases from original analog data, including accurate georeferencing in GIS. • At least 10 years professional experience extracting geologic and mineral deposit information from original scientific literature and company sources to create new databases, both spatial and non-spatial. • At least 5 years professional experience creating geological illustrations to professional publications standards including, but not limited to, derivative maps, cross-sections, mineral deposit schematics, and block diagrams with GIS, Adobe Illustrator, and Adobe Acrobat. • At least 5 years professional experience evaluating mineral deposit and prospect information, including grade, tonnage, deposit type, and location sourced from NI-43-101 reports, exploration company press releases and websites, and other similar materials, using GIS, Google Earth, and Microsoft Office, particularly Excel. • At least 5 years professional experience with Federal Geographic Data Committee (FGDC) metadata creation, editing, and proofing for geologic and mineral resource map databases. • At least 5 years professional experience working with USGS mineral deposit models and mineral resource assessment information, including copper, platinum-group metals, uranium, potash, rare earth elements, and other precious and base metal resources. • At least 5 years professional experience using machine translation of geologic literature and map legends and evaluating if the translations are geologically meaningful. Languages have included Chinese, Russian, French, Spanish, and Hebrew. • Thorough knowledge of coordinate systems and map projections to enable accurate georeferencing of analog data. • At least 5 years professional experience viewing and interpreting Google Earth or similar aerial or satellite imagery for the purposes of locating and verifying the position of mineral occurrence sites and geological features. • Proficient in using ArcMap and ArcCatalog modules in ArcGIS. • Experience using Spatial Analyst and Image Analysis extensions to ArcGIS. • Demonstrated expertise using Model Builder in ArcGIS to create robust models. • Ability to design geospatial databases and data models in ArcGIS. • Experience using Windows 10. • Ability to operate large and small format scanners. If you are interested in being considered for this position, you MUST APPLY THROUGH OAI’s WEBSITE ONLY. Go to OCEANASSOC.COM, click on Careers, then click on Job Openings, find the position you wish to apply for. Only qualified applicants that meet minimum experience or background requirements stated above need apply. When applying for this position you will be asked to upload your resume at the end of this online application. Applicants should submit a resume that includes the following: • Cover letter that briefly describes how you meet the required and preferred qualifications listed. • Work history for past 10 years or since last full-time education. • Education. • Previous experience or training with similar requirements. • Three professional references. • Include your name in the document file name. • Upload your resume in readable, not scanned, PDF or Word format (PDF is preferred). In compliance with federal law, all persons hired will be required to verify identity and eligibility to work in the United States, complete the required employment eligibility verification document form upon hire, and successfully complete a federal government background check. Ocean Associates Inc. is an Equal Opportunity Employer and does not unlawfully discriminate on the basis of any status or condition protected by applicable federal or state law. Reference : GIS Analyst jobs from Latest listings added - cvwing http://cvwing.com/jobs/technology/gis-analyst_i13298

[linkhello1]

GIS Analyst

GIS Analyst - United States Geological Survey (USGS), Mineral Resource Program Ocean Associates Consulting (OAI) is seeking a GIS Analyst in Spokane, WA provide Geographic Information System (GIS) support for the U.S. Geological Survey in Spokane, Washington, specifically for the Western Region Databases and Information Analysis Project (WR DIA). The GIS Analyst will provide GIS support by creating, editing, analyzing, and modeling digital geologic map and mineral resource data using ESRI ArcGIS software (version 10 or higher) and ArcGIS Pro and ArcGIS Enterprise and their various extensions to create digital geologic map databases, intermediate products, and finished figures, illustrations, and digital geologic map or mineral resource map databases. Duties • Enter data into ArcGIS and ArcGIS PRO using scanned images, text files, spreadsheets of tabular data, and (or) database files. • Implement quality control on acquired digital data used in ArcGIS and ArcGIS PRO; follow procedures (Federal Geographic Data Commission metadata standards) for documenting files in ArcCatalog. • Proof, edit, and attribute ArcGIS and ArcGIS PRO files (stored in file geodatabases and shapefiles). • Manipulate and analyze data (particularly raster and image data) using ArcGIS (Spatial Analyst and Image Analysis extensions to geo reference raster data and to perform modeling). • Create and prepare products for publications (digital files, maps, documentation) using ArcGIS, and other desktop publishing software (e.g., Adobe Acrobat, Adobe Illustrator, etc.). • Provide digital documentation of work conducted on assigned projects. • Prepare and update training materials documenting the procedures that they have developed or modified. • Write portions of USGS publications series technical reports for technical review and publication, as appropriate. • Follow all USGS existing procedures and guidelines. Performers are expected to know USGS graphics standards and produce figures and GIS products to those standards with little guidance. • Inform the Technical Liaison of all equipment and data problems. • Provide monthly reports to Technical Liaison/COR or their designee. • Ensure that all work areas are kept free of safety hazards at all times. Start Date: As soon as possible Location: U.S. Geological Survey 904 W. Riverside Avenue Spokane, WA 99201 Salary and Benefits: This is a 34 hr/week position with excellent employee benefits, including medical insurance, holiday, vacation, and sick leave. Salary commensurate with experience. Required Knowledge and Experience • At least 10 years professional experience reading, interpreting, and extracting data from geologic and mineral resource maps and similar geotechnical information sources, including the ability to recognize and understand terminology related to rock type and minerals geologic age, structural features, geophysical and geochemical anomalies, and mineral occurrences. • Experience using professional knowledge of the scientific concepts, principles, and practice in researching a range of earth science disciplines to conduct surface and subsurface geologic investigations needed for mineral resource or similar assessment (including regional geologic, tectonic, and geochemical/synthesis, geology of igneous, sedimentary, and metamorphic rocks, geophysics, geomorphology, sedimentary, petrology, stratigraphy, and structural geology. • At least 5 years of professional work experience working with USGS Mineral Resources Data System (MRDS) database and other online USGS mineral occurrence and geological datasets. • At least 10 years of professional work experience using ArcGIS ArcMap (through version 10.7.x) in geological and mineral resource studies, including making of interim analytical and final published map databases. • At least 10 years professional experience creating spatial databases from original analog data, including accurate georeferencing in GIS. • At least 10 years professional experience extracting geologic and mineral deposit information from original scientific literature and company sources to create new databases, both spatial and non-spatial. • At least 5 years professional experience creating geological illustrations to professional publications standards including, but not limited to, derivative maps, cross-sections, mineral deposit schematics, and block diagrams with GIS, Adobe Illustrator, and Adobe Acrobat. • At least 5 years professional experience evaluating mineral deposit and prospect information, including grade, tonnage, deposit type, and location sourced from NI-43-101 reports, exploration company press releases and websites, and other similar materials, using GIS, Google Earth, and Microsoft Office, particularly Excel. • At least 5 years professional experience with Federal Geographic Data Committee (FGDC) metadata creation, editing, and proofing for geologic and mineral resource map databases. • At least 5 years professional experience working with USGS mineral deposit models and mineral resource assessment information, including copper, platinum-group metals, uranium, potash, rare earth elements, and other precious and base metal resources. • At least 5 years professional experience using machine translation of geologic literature and map legends and evaluating if the translations are geologically meaningful. Languages have included Chinese, Russian, French, Spanish, and Hebrew. • Thorough knowledge of coordinate systems and map projections to enable accurate georeferencing of analog data. • At least 5 years professional experience viewing and interpreting Google Earth or similar aerial or satellite imagery for the purposes of locating and verifying the position of mineral occurrence sites and geological features. • Proficient in using ArcMap and ArcCatalog modules in ArcGIS. • Experience using Spatial Analyst and Image Analysis extensions to ArcGIS. • Demonstrated expertise using Model Builder in ArcGIS to create robust models. • Ability to design geospatial databases and data models in ArcGIS. • Experience using Windows 10. • Ability to operate large and small format scanners. If you are interested in being considered for this position, you MUST APPLY THROUGH OAI’s WEBSITE ONLY. Go to OCEANASSOC.COM, click on Careers, then click on Job Openings, find the position you wish to apply for. Only qualified applicants that meet minimum experience or background requirements stated above need apply. When applying for this position you will be asked to upload your resume at the end of this online application. Applicants should submit a resume that includes the following: • Cover letter that briefly describes how you meet the required and preferred qualifications listed. • Work history for past 10 years or since last full-time education. • Education. • Previous experience or training with similar requirements. • Three professional references. • Include your name in the document file name. • Upload your resume in readable, not scanned, PDF or Word format (PDF is preferred). In compliance with federal law, all persons hired will be required to verify identity and eligibility to work in the United States, complete the required employment eligibility verification document form upon hire, and successfully complete a federal government background check. Ocean Associates Inc. is an Equal Opportunity Employer and does not unlawfully discriminate on the basis of any status or condition protected by applicable federal or state law. Reference : GIS Analyst jobs from Latest listings added - LinkHello http://linkhello.com/jobs/technology/gis-analyst_i10376

[linkhellojobs]

GIS Analyst

GIS Analyst - United States Geological Survey (USGS), Mineral Resource Program Ocean Associates Consulting (OAI) is seeking a GIS Analyst in Spokane, WA provide Geographic Information System (GIS) support for the U.S. Geological Survey in Spokane, Washington, specifically for the Western Region Databases and Information Analysis Project (WR DIA). The GIS Analyst will provide GIS support by creating, editing, analyzing, and modeling digital geologic map and mineral resource data using ESRI ArcGIS software (version 10 or higher) and ArcGIS Pro and ArcGIS Enterprise and their various extensions to create digital geologic map databases, intermediate products, and finished figures, illustrations, and digital geologic map or mineral resource map databases. Duties • Enter data into ArcGIS and ArcGIS PRO using scanned images, text files, spreadsheets of tabular data, and (or) database files. • Implement quality control on acquired digital data used in ArcGIS and ArcGIS PRO; follow procedures (Federal Geographic Data Commission metadata standards) for documenting files in ArcCatalog. • Proof, edit, and attribute ArcGIS and ArcGIS PRO files (stored in file geodatabases and shapefiles). • Manipulate and analyze data (particularly raster and image data) using ArcGIS (Spatial Analyst and Image Analysis extensions to geo reference raster data and to perform modeling). • Create and prepare products for publications (digital files, maps, documentation) using ArcGIS, and other desktop publishing software (e.g., Adobe Acrobat, Adobe Illustrator, etc.). • Provide digital documentation of work conducted on assigned projects. • Prepare and update training materials documenting the procedures that they have developed or modified. • Write portions of USGS publications series technical reports for technical review and publication, as appropriate. • Follow all USGS existing procedures and guidelines. Performers are expected to know USGS graphics standards and produce figures and GIS products to those standards with little guidance. • Inform the Technical Liaison of all equipment and data problems. • Provide monthly reports to Technical Liaison/COR or their designee. • Ensure that all work areas are kept free of safety hazards at all times. Start Date: As soon as possible Location: U.S. Geological Survey 904 W. Riverside Avenue Spokane, WA 99201 Salary and Benefits: This is a 34 hr/week position with excellent employee benefits, including medical insurance, holiday, vacation, and sick leave. Salary commensurate with experience. Required Knowledge and Experience • At least 10 years professional experience reading, interpreting, and extracting data from geologic and mineral resource maps and similar geotechnical information sources, including the ability to recognize and understand terminology related to rock type and minerals geologic age, structural features, geophysical and geochemical anomalies, and mineral occurrences. • Experience using professional knowledge of the scientific concepts, principles, and practice in researching a range of earth science disciplines to conduct surface and subsurface geologic investigations needed for mineral resource or similar assessment (including regional geologic, tectonic, and geochemical/synthesis, geology of igneous, sedimentary, and metamorphic rocks, geophysics, geomorphology, sedimentary, petrology, stratigraphy, and structural geology. • At least 5 years of professional work experience working with USGS Mineral Resources Data System (MRDS) database and other online USGS mineral occurrence and geological datasets. • At least 10 years of professional work experience using ArcGIS ArcMap (through version 10.7.x) in geological and mineral resource studies, including making of interim analytical and final published map databases. • At least 10 years professional experience creating spatial databases from original analog data, including accurate georeferencing in GIS. • At least 10 years professional experience extracting geologic and mineral deposit information from original scientific literature and company sources to create new databases, both spatial and non-spatial. • At least 5 years professional experience creating geological illustrations to professional publications standards including, but not limited to, derivative maps, cross-sections, mineral deposit schematics, and block diagrams with GIS, Adobe Illustrator, and Adobe Acrobat. • At least 5 years professional experience evaluating mineral deposit and prospect information, including grade, tonnage, deposit type, and location sourced from NI-43-101 reports, exploration company press releases and websites, and other similar materials, using GIS, Google Earth, and Microsoft Office, particularly Excel. • At least 5 years professional experience with Federal Geographic Data Committee (FGDC) metadata creation, editing, and proofing for geologic and mineral resource map databases. • At least 5 years professional experience working with USGS mineral deposit models and mineral resource assessment information, including copper, platinum-group metals, uranium, potash, rare earth elements, and other precious and base metal resources. • At least 5 years professional experience using machine translation of geologic literature and map legends and evaluating if the translations are geologically meaningful. Languages have included Chinese, Russian, French, Spanish, and Hebrew. • Thorough knowledge of coordinate systems and map projections to enable accurate georeferencing of analog data. • At least 5 years professional experience viewing and interpreting Google Earth or similar aerial or satellite imagery for the purposes of locating and verifying the position of mineral occurrence sites and geological features. • Proficient in using ArcMap and ArcCatalog modules in ArcGIS. • Experience using Spatial Analyst and Image Analysis extensions to ArcGIS. • Demonstrated expertise using Model Builder in ArcGIS to create robust models. • Ability to design geospatial databases and data models in ArcGIS. • Experience using Windows 10. • Ability to operate large and small format scanners. If you are interested in being considered for this position, you MUST APPLY THROUGH OAI’s WEBSITE ONLY. Go to OCEANASSOC.COM, click on Careers, then click on Job Openings, find the position you wish to apply for. Only qualified applicants that meet minimum experience or background requirements stated above need apply. When applying for this position you will be asked to upload your resume at the end of this online application. Applicants should submit a resume that includes the following: • Cover letter that briefly describes how you meet the required and preferred qualifications listed. • Work history for past 10 years or since last full-time education. • Education. • Previous experience or training with similar requirements. • Three professional references. • Include your name in the document file name. • Upload your resume in readable, not scanned, PDF or Word format (PDF is preferred). In compliance with federal law, all persons hired will be required to verify identity and eligibility to work in the United States, complete the required employment eligibility verification document form upon hire, and successfully complete a federal government background check. Ocean Associates Inc. is an Equal Opportunity Employer and does not unlawfully discriminate on the basis of any status or condition protected by applicable federal or state law. Reference : GIS Analyst jobs from Latest listings added - LinkHello http://linkhello.com/jobs/technology/gis-analyst_i10376

[blogtechfuturemrfrworld]

Geospatial Imagery Analytics Market Analysis, Size, Share, Trends and Forecast by Tech Trends, Materials, Printers Types and Applications

The global geospatial imagery analytics market is expected to exhibit a strong 24.57% CAGR over the forecast period from 2018 to 2023, according to the latest research report from Market Research Future (MRFR). The global geospatial imagery analytics market was valued at USD 3.22 billion in 2017 and is expected to rise to a valuation of USD 11.16 billion by 2023, according to the report. The report presents a detailed analysis of the market’s major drivers and restraints, including an assessment of the impact of the COVID-19 pandemic on the market. The leading players operating in the global geospatial imagery analytics market are also profiled in detail in the report.

Regional Analysis:

Europe holds the largest share in the global geospatial imagery analytics market, followed by North America. These two regions have benefitted from the extensive investment from governments in the space exploration field. Germany, France, Russia, the U.S., and China are among the leading regional markets for geospatial imagery analytics.

Get Free Sample Copy Report @ https://www.marketresearchfuture.com/sample_request/7700

Competitive Leaderboard:

Leading players in the global geospatial imagery analytics market include Satellite Imaging Corporation, KeyW Corporation, Fugro NV, UrtheCast Corporation, Planet Labs, RMSI, Trimble, Google, Environmental Systems Research Institute, DigitalGlobe, Harris Corporation, and Hexagon AB.

In September 2018, DigitalGlobe, a vendor of geospatial imagery solutions, received a contract of USD 3.2 million from US defense advanced research projects agency (DARPA). Under this contract, DigitalGlobe has to provide an unclassified environment for geospatial cloud analytics platform. This platform, with the help of machine learning technology, is expected to help the military in getting real-time insights about the commercial data, that would help them in quick decision making.

Access Complete Report @ https://www.marketresearchfuture.com/reports/geospatial-imagery-analytics-market-7700

About Market Research Future:

Market Research Future (MRFR) is an esteemed company with a reputation of serving clients across domains of information technology (IT), healthcare, and chemicals. Our analysts undertake painstaking primary and secondary research to provide a seamless report with a 360 degree perspective. Data is compared against reputed organizations, trustworthy databases, and international surveys for producing impeccable reports backed with graphical and statistical information.

We at MRFR provide syndicated and customized reports to clients as per their liking. Our consulting services are aimed at eliminating business risks and driving the bottomline margins of our clients. The hands-on experience of analysts and capability of performing astute research through interviews, surveys, and polls are a statement of our prowess. We constantly monitor the market for any fluctuations and update our reports on a regular basis.

Contact: Market Research Future 528, Amanora Chambers, Magarpatta Road, Hadapsar Pune – 411028, Maharashtra, India Email: sales@marketresearchfuture.com