GIS Map Overlays become an important tool for healthcare statistics

Another in a series of posts about some of the good things coming from our industry, which benefit society and our world as a whole.

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A while back, we wrote about the use of GPS Tracking to fight Polio in Africa.  In that instance, GPS was used to verify that medicines were delivered to planned location – not too differently from the way many of Geoforce’s customers use GPS fleet tracking for service verification, e.g., “did the Water truck get to the seven scheduled well sites today as planned?”

 

Interestingly, GPS is also finding a different but related use in mapping public health and research data.  Public Health and Safety officials are increasingly mashing GPS data with other map overlays to help track disease statistics.  A recent article in National Geographic Online shows some interesting examples of how this is being done.

 

Of course, the merging GPS location data with GIS information overlays is something that Geoforce has used from the very beginning.  We’ve always believed that an asset’s location by itself is good, but asset location with context is truly valuable.  That’s why our standard offering includes key data such as Well Sites (by name) and other GIS data specific to the Oil & Gas industry.  Now we can answer a question:  “how long has that frac tank been on site at XYZ well?”

 

This idea of “location with context” is why more and more of our customers are requesting small customizations which we call “build your own map layer” – to add in their own company-specific names to their map.  With a single click, users can filter different location types, both industry provided sites, as well as their own.  And it’s how customers providing or using oilfield rental equipment can better manage their assets.

 

GPS has certainly come a long way from a single dot on a map with a lat/long or an address!

Reaching New Heights

A follow up to the blog Geoforce Launches Product in a Whole New Way.

 

Late last week, Geoforce got word from Derry Area High School “Mythbusters” teacher, Brian Clawson, that the vessel they had launched into the atmosphere with the help of a Geoforce prototype device had been retrieved.

 

On the afternoon of the launch, the prototype gps device reported its final resting location in Smyran, Delaware – over 200 miles away from the launch site. Once school was out, Clawson and a fellow teacher set out down the road to retrieve the device. Along the way, Clawson made contact with the local fire department who confirmed that the vessel was safe, but stuck in a 65 foot tree.

 

The class opened the vessel to find all of its inner belongings intact and functioning properly. Clawson told us, mathematically, they calculated the vessel to have reached between 115,000 and 120,000 feet.

 

It took a bit longer than expected, but the images the GoPro HD camera obtained were breathtaking. If you are just tuning in to the “Mythbusters” project, check out the blog from the day of the launch to get more details of what this incredible class accomplished.

A view from above. GoPro HD cameras and Geoforce helped Derry Area High School "Mythbusters" class take their projects to new heights!

A view from above. GoPro HD cameras and Geoforce helped Derry Area High School “Mythbusters” class take their projects to new heights!

 

The Gates Foundation using GPS as a Key Tool in Fight Against Polio

Another in a series of posts about some of the good things coming from our industry, which benefit society and our world as a whole.

 

Recently Bill Gates of Microsoft made the rounds of Morning Talk Shows, highlighting some of the exciting work being done by the Gates Foundation – particularly in the area of the fight against Polio, which has never been eradicated in three countries:  Afghanistan, Pakistan, and Nigeria.

 

It’s no surprise that a charitable organization driven by Bill Gates would use technology as a key component in its arsenal.   But as a company with “Geo” in our name, it was especially rewarding for us to see how the Foundation is using Geo-spatial imaging from Satellites.  These images are used to identify previously unknown or un-mapped villages in Nigeria, so that Polio vaccines can reach a greater percentage of rural and remote populations.

 

 

According to a letter from the Gates Foundation, quoted in an article in Geospatial World, “One huge problem the polio program found was that many small settlements in the region were missing from vaccinators’ hand-drawn maps and lists documenting the location of villages and numbers of children.  As a result, children weren’t getting vaccinated.”

 

 

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What’s equally interesting is how GPS tracking technology is also employed in this initiative for “service verification”.   Once new target villages are identified with satellite imagery, the Foundation is using GPS enabled devices to produce breadcrumb type tracks which confirm that vaccines are – in fact – reaching their desired destination.

 

At Geoforce, we find that fascinating – since it closely parallels techniques we have used in our latest upgrade to our Fleet Tracking solution.  Many of our customers in the Oil & Gas industry have asked that we enhance the ability to confirm that service vehicles like Water Trucks, Pumping Trucks, and other service vehicles are reaching all scheduled drilling and production sites.

 

So – whether it’s the fight to eliminate polio – or just serving our everyday customers, GPS tracking is helping organizations verify that intended service visits really did happen.

 

 

Geoforce Launches Product in a Whole New Way

 

“To infinity and beyond!” – well, something like that.  Today, a Geoforce prototype GPS tracking device will be shot into the atmosphere to help the students of Derry Area (PA) High School’s newest class, Mythbusters, see if they could build a vessel and have it reach an altitude of 100,000 feet.   Yea, not your typical day in oil and gas asset tracking, but the idea caught our interest.

 

 

A proposal we couldn’t refuse
The Geoforce involvement in this project began a few weeks ago when Mythbusters  teacher, Brian Clawson, contacted us asking for help. Clawson explained that while they were researching different projects to test out for the semester, they stumbled across a couple YouTube videos in which a balloon with a Styrofoam cooler containing a camera was launched into the atmosphere. “The photos that people had taken were breathtaking,” Clawson told me.  “Students started questioning whether or not we could try this and attain an altitude of 100,000 feet to do a similar project.” 

After researching and brainstorming what the students thought to be the proper equipment, they started to design their payload vessel.  An HD video camera had already been donated to the class by GoPro, and after Clawson approached us requesting a tracking device to determine where their vessel landed upon its return to earth, we felt this would be a very cool project.

launchTaking flight Today, students will launch a 1200 gram High Altitude Weather Balloon that has been attached to a parachute and then attached to the payload vessel. Once the balloon is filled with approximately 120 cubic feet of helium, the payload, parachute and balloon will be projected, at a minimum, to reach 110,000 feet in altitude. At that altitude the HD GoPro camera can capture the curve of the Earth and the landscapes below.

 

At its maximum altitude, the class believes, the balloon will reach 32 feet in diameter before it bursts.  The balloon will begin a free fall descent until enough air molecules are available to inflate the parachute. Once the parachute has been deployed the payload should descend at no more than 15 feet per second.  Depending on the upper atmosphere winds and jet stream, the class has hypothesized that the payload vessel will land approximately 60 miles from the launch site.

 

 

Thanks to Geoforce’s GPS tracking device, the class can track their vessel using Geoforce’s mobile application and retrieve it to collect the necessary data.  We are waiting in anticipation to find out if the Derry Area High School class was successful in their venture.  Geoforce will be retweeting the students live tweets at @geoforce during and after the launch which will take place at 10:00 am EST.  Follow the class at @DerryMythbuster.

 

 

Stay tuned to find out more about the asset tracker’s trek into space!

 

 

 

A week in Calgary with Geoforce

calgaryThis past week I was with the team at the Hart Energy DUG Canada show in Calgary spending time further educating myself on the latest activities in the Alberta Bakken. Other big focuses of the show were Canadian Oil Sands exploration, production growth and the hoped for approval from the US State Department for the Keystone Pipeline.

 

As exploration and production in the shale play expands to the Canadian Rockies, issues of remoteness, extreme temperature and lack of cellular coverage plague oilfield companies.  Geoforce also decided the show in Calgary was the place to publicize the release of the GT-1, our new purpose-built and soon-to-be globally certified GPS device.

 

The small, but rugged, enclosure and intrinsic safety ratings provide durable protection from extreme temperatures, forces and chemicals.  Pending international certifications (IECEX, Anatel and ATEX), along with the use of the Globalstar L.E.O. satellite network, take the pain out of doing business across borders.

 

On Monday, we had a GT-1 launch dinner at The Palomino, where we dined on what we decided must be the best barbeque in Canada.  We spent the evening in good company and it turned out to be a great opportunity to better understand our customers’ needs and the unique problems facing the Canadian oil and gas market.

 

It was an exciting week and I look forward to following the developments emerging with our neighbors to the north.

 

We have an app for that!

Geoforce is thrilled to announce that we have our very first iOS app, now available in the Apple store.  After numerous hours of hard work by our software development team, the news came late Thursday afternoon that it was official – we were available for download.

 

One activity many of Geoforce’s oilfield customers perform on a daily basis is field equipment retrieval from a remote job site.  With the release of iOS 6 Maps with turn-by-turn directions, we felt the time was right to build a mobile application targeted at being able to quickly find and retrieve assets that worked seamlessly with our customers’ mobile devices.

 

Geoforce App screenshot

 

Key Features of the Geoforce App:

• Search for field assets or devices on the map
• Efficiently retrieve field equipment with driving directions provided by Apple Maps
• Receive enhanced location information available worldwide
• Use customized application groups to drive efficiency
• Manage your enterprise’s field operations.

Our customers own dispersed field assets that are expensive, constantly in motion and often in remote locations. The management and monitoring of these assets can be an operational and financial challenge, making them prime candidates for GPS tracking. By using Geoforce technology to get on-demand access to equipment, significant savings can result.

Field operators, equipment and logistics managers and emergency responders get valuable real-time asset visibility to drive their operations, now available for iOS.

Download our free app on your smart device today!


 

Top 10 Reasons Geoforce Customers Use GPS Tracking

Recently, I conducted a survey of the Geoforce sales team and a representative sample of our customers to gain a better understanding of why companies purchase our GPS tracking solution. I have a pretty good understanding of why customers choose Geoforce over other GPS tracking solutions – rugged devices, seamless integration of oil & gas business information and systems, etc. – but I wanted to know why our customers choose to buy any  GPS tracking solution at all.

 

I was surprised to hear such a wide variety of business drivers for using GPS tracking in the oilfield. In total, I heard 29 core reasons why customers selected our system. However, I later narrowed this list to the top 10 drivers (in no particular order) to help focus our product development roadmap to enhance these top needs:

 

  1. Rental Management – Billing Verification
  2. Rental Management – Compliance
  3. Rental Management – Maintenance
  4. Rental Management – Efficient Retrieval
  5. Lone Worker Safety
  6. Location Activity – How much equipment enter/leaves a location each day?
  7. Asset Utilization – How much of my equipment is on a job site vs in a yard each day/month?
  8. Asset Inventory
  9. Driver Behavior / Driver Safety Monitoring
  10. Dispatch / Logistics

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Geoforce Wins 2012 Oil and Gas Award

 

We are honored to be selected by Boston Strategies International (BSI) as one of three winners of its 2012 Oil and Gas Award for Supply Chain Management Excellence.  Geoforce was selected from a list of 200 candidates who have delivered operations and supply chain management improvements.   Candidates included    National Oil Companies, International Oil Companies, Equipment Providers, and Service Providers.

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The Geoforce Story

President of Geoforce

James MacLean, President of Geoforce

Thanks for stopping by the new Geoforce blog. We are truly excited about the opportunity this forum will offer to interact with our customers around the world. Our team will use this blog to discuss technology, ideas and events that impact our industry, our company and our customers. We hope you will find the discussion insightful, engaging, and enjoyable.
 

For an opening topic, I’ll share the Geoforce Story.

 

Starting my career as a field engineer with Schlumberger, I experienced first-hand the need for real-time visibility of equipment and materials. Performing some of the early deep-water exploration in the Gulf of Mexico for BP required millions of dollars’ worth of equipment to arrive at the right rig – at the right time – or risk downtime that would cost my client as much as $400,000 per day. The job out there is tough enough without having to worry about where the equipment is and how it is doing.  Any assets used must be properly maintained and rugged – without fail.  Through these experiences, the concept for an enterprise-grade technology platform that could provide up-to-the-minute visibility of field equipment began to take shape. Continue reading