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GIS for Banking : GIS technology highlighted as crucial for banks operations

It has become critical for commercial banks to adopt Geographic Information Systems, GIS technology because it is fast becoming a global tool to boost the efficiency of general banking operations.

That’s coming from Sambus Geospatial, the indigenous company providing banks with the technology which serves as a credit-risk management tool.
The technology addresses banks’ longstanding challenge with poor identification and address systems to reduce their loan defaults.

Executive Director, Samuel Larbi-Darko tells JOY BUSINESS, it holds significant prospects for improving general banking operations.

“Like in terms of locating a bank branch or ATM, what is the information available for an informed decision. So if you have all this information it gives enables the bank make an good and profitable decisions” he said.

“Location is gradually becoming more like a global commodity just as Microsoft started and Microsoft Word software has now become a common platform.In the same vein, GIS is also going to become a common platform for people because we can see that people visist Google maps to see where their houses are. Except that Google maps do not give you the opportunity to interact with maps to create models and scenarios as opposed to GIS”he added.

According to the Chief Executive of UT Bank, Prince Kofi Amoabeng the technology couldn’t have come at any better time for banks but its benefits transcends the banking sector to include governance as a whole.

“The banking sector has had challenges with Non Performing Loans or bad debts which adds to the cost of doing business and thereby high interest rates. And the government is trying to address it with a number of initiatives like the Credit Referencing. The Credit Referencing Bureaus however depend on accurate information about the people and where they live” he said.

“It is crucial to know where people live and how to make them responsible and accountable. And this is not just for the banking sector but the beginning of governance. If you want to govern the people, your role is to develop the people and to do that you need to have information about them – where they live, what they own and what they produce among others and that’s what the GIS is going to do” Mr. Amoabeng explained.

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GIS Technology as a Valuable Career for Military Student

U.S. Army Sgt. Scott Fierro first fell in love with Geographic Information Systems (GIS) technology during the Army’s Advanced Individual Training at the National Geospatial Intelligence Agency. 

 
Since then, he has dedicated himself to learning as much about GIS as possible.
 
That’s why Fierro, 30, from Tampa, Fla., decided to earn his online GIS degree from American Sentinel University using his military education benefits.
 
“I chose American Sentinel because it is an accredited school that offers a competitive and challenging Bachelor of Science Geographic Information Systems degree program. I love that it’s online because I move frequently and the flexible online format afforded me the ability to earn my degree and maintain a career,” says Fierro.
 
Despite working up to 45 hours a week and traveling around 160 days a year, Fierro found a way to finish his online class assignments.
 
“Time management is a big key to my success. Earning my degree and working full time has made for some long days, but it just requires being diligent in your time management and planning ahead for your course work,” he says.
 
At American Sentinel, Fierro learned skills in high-level digital mapping, data capture, visualization, analysis and geospatial literacy. The college-level knowledge enhanced his ability to analyze, interpret and effectively communicate spatial data sets to U.S. Army and civilian audiences.
 
Through Fierro’s course work, interaction with classmates and input from real-world faculty, he says that he learned how to prepare for a higher level of professional and team responsibility, while gaining a deeper understanding of how GIS data can be put to meaningful use in the military and for civilian contractors.
 
“As a GIS student at American Sentinel, Scott was exposed to geo-processing, integration of remote sensing date, spatial analysis, high-level systems and solving research problems,” says Devon Cancilla, Ph.D., dean, business and technology at American Sentinel University. “Our students learn how to manipulate and display geographic data, interpret and use geographic information in scientific contexts that are increasingly used in mainstream industries around the world.”

Military Education

 
Using GIS in the Army
 
Fierro is assigned to the Army Geospatial Center (AGC) and works with the Buckeye program (high resolution aerial imagery and optical remote sensing technology). 
 
At his post, he collects, processes and makes data usable. He also beta tested Socet GXP (digital software to determine the geometric properties of objects from photographic images) version 3.0, 3.1 and the latest release, version 3.2. The sergeant is currently working with geospatial imagery software solutions provider, ENVI to develop training software for the Department of Defense.
 
He says his biggest accomplishment came in March 2010 when he worked with major civilian contractors to get the Buckeye imagery placed onto the largest and most well-known imagery server in the intelligence community, Web-based Access and Retrieval Portal (WARP).
 
“This brought Buckeye into the eyes and fairly easy access of over one million users, where prior to this it was only well known and routinely used by maybe 200,000 people,” says Fierro.
 
The Value of GIS
 
As Fierro evaluates his future, he realizes GIS is a valuable career field.
 
“It is tied into everything now,” he says. 
 
Police and fire departments use it to maximize efficiency in response times and target high-risk areas to implement action. State, county and city governments use it for planning roads, water and power. Commercial companies, from oil giants like Exxon to retail stores such as Wal-Mart and McDonalds, have GIS specialists working for them.
 
Fierro notes that thanks to smartphones and Google Maps that everyone is now using GIS. But no one knows what it is. He likes it that way.
 
“The fun part of that is they don’t have to know. They just have to understand and/or use simplistic level tools like MapQuest, a Garmin GPS or Google Earth,” adds Fierro.
 
American Sentinel University is a proud supporter of the military, offering distance learning degrees and certification programs that are relevant to students’ military and post-military careers.

 

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Remote sensing technology market to grow 6.6% by 2011-2014

Telecom Lead India: The global remote sensing technology market is expected to grow at a CAGR of 6.6 percent over the period 2011-2014, due to increasing adoption of remote sensors in various industries.

Lockheed Martin, General Dynamics, Northrop Grumman, and Raytheon are the key vendors dominating the current market space.

The global remote sensing technology market has also been witnessing advancement in aerial remote sensing technology. However, inconsistent, or highly variable, governmental policies could pose a challenge to the growth of this market, according to Research and Markets.

According to the report, data users are appraising the replacement of multispectral data with hyper spectral data.

The report suggests that growth will be seen in the key areas of hyperspectral, SAR, and LIDAR for aircraft, especially as sensor systems develop the capability to provide low-cost, broad area coverage. Hyperspectral sensor systems in advancement will offer automated feature detection, identification and classification. Diverse markets, such as defense, agriculture and forestry, all benefit from the change in detection technology.

“There is an evident transition, in aerial remote sensing, to digital sensor technologies, which are capable of elevation collection and direct geo-registration. This transition has resulted in new markets for infrastructure inventory and analysis, and urban mapping. During the past few years, sensor technologies are becoming more and more diverse. Digital aerial cameras that come with inertial measurement and on-board GPS provide easy access to geo-located information. This will assist in opening up new markets, especially where pricing has limited acceptance of remotely sensed information,” said an analyst from TechNavio’s Enterprise Applications team.

Source: Telecomlead

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