Handheld PDAs and Mobile Inspection Software for Electrical Utilities

Sho-Me Power owns 1,663 miles of transmission line, and is responsible for inspection and maintenance of the transmission line. Sho-Me power works directly with power suppliers to help transmit power to rural areas. Sho-Me Power provides services for 131 customer delivery points in 125 distribution and transmission substations.

Sho-Me Power used paper forms to perform inspections of transmission lines in rural areas, which resulted in many challenges. Inspections were performed twice per year, once in the fall and again in the spring, transmission line poles and pole attachments were inspected for damage. Areas surrounding the transmission line were also inspected for overgrown trees and undergrowth to determine trimming needs if necessary. Many inspections were done during poor weather conditions which made it difficult to collect data, juggle necessary paperwork, and caused lost or smudged paperwork because of weather conditions. The paper forms were also time consuming to fill out, hard to collect from the field inspectors (as forms were often lost or misplaced), and required office personnel to re-enter data at the home office.

“It took a long time to fill out all of the paperwork in the field, and we ended up with so much paper that it was almost impossible to use all of the information we spent so much time collecting,” said Andy Meyers, GIS administrator at Sho-Me Power. “We knew we needed a better system for collecting and organizing our data.”

MobileDataforce worked closely with Sho-Me Power to integrate all necessary field inspection forms into one enterprise class mobility software application for handheld PDAs. The application allowed the field inspectors to sort inspections by region, completed structures, and uncompleted structures. All inspections were time stamped to keep record of when the inspection was completed, which allowed for Sho-Me Power to provide proof of inspection and track results for future inspections. The data collected was integrated into small world GIS.

Sho-Me Power selected a Trimble Recon handheld device, equipped with a GPS receiver for data collection. The mobile application utilized the GPS receivers to specifically identify the location of utility poles. This gave Sho-Me Power greater asset visibility, and made it easier for field inspectors to locate transmission poles in rural areas.

By using a mobile application rather than paper forms, Sho-Me Power was able to:

· Save administrative data entry time
· Increase asset visibility
· Wirelessly synchronize from the field
· Save fuel costs and driving time delivering paper forms
· Provide near real-time visibility to inspections in the field
· Ensure data accuracy through the use of data validation features
· Save inspection time with easy to use software

The PointSync Mobility Platform is an enterprise class mobile software platform used to rapidly design, develop, and deploy mobile applications. It is architected to provide database centric mobile applications with bi-directional synchronization, connectivity, security, and enterprise database integration all within one product suite.

MobileDataforce is a global leader in the development of enterprise class and business critical software solutions. MobileDataforce software can be used on most mobile handheld computers including Smart Phones, Tablet PCs, PDAs, and laptops. MobileDataforce has offices in Europe, North America, and Australia to support our ever expanding customer base and sales channels. Privately held, MobileDataforce has been mobilizing business solutions since 2000.

Conclusion:
Through the use of the PointSync mobility platform Sho-Me Power was able to save time and money. Sho-Me Power was also able to gain greater visibility of assets and inspection points, and track them by GPS location.

“This system is saving us at every step in the process. We’re saving time in the field collecting information and just as much time back in the office processing it,” Meyers said. “The hours we used to spend collating paper alone is a huge savings to us, and time that can now be spent on other, more productive work.”

MobileDataforce has assisted many organizations around the world design, develop, and deploy mobile applications for field data collection. For additional information please visit our website at http://www.mobiledataforce.com/

Mobile Handheld PDAs, Barcode Scanners and ERPs

Last week my PSO (professional services organization) team gave me a demonstration of one of the coolest mobile software applications for handheld PDA that I have ever seen. This one mobile software application does the following:

• Proof of delivery - route delivery
• Route assignments
• Customer's payment status
• Customer's details
• Work Order Dispatch
• Inventory Tracking
• Identifies nearest source of additional inventory (mobile or warehouse)
• New product orders
• Fleet tracking (odometer readings, driver logs, hours of service)
• Critical message (alerts) - requires driver to read before continuing
• Planagrams - Mobile application tells the driver how much product to deliver to each customer and on what date
• Preventative maintenance planning and service tickets

These are just a few of the features that our customer asked us to customize for their business in just one mobile software application. This customer has chosen the Psion Teklogix WorkAbout Pro as their mobile handheld computer.

This mobile application is complex and huge, yet the processing speed is still very good on the mobile devices. My team has been given a challenge, and they have met the challenge.

This is an example of the kinds of enterprise quality mobile applications that MobileDataforce delivers to our customers weekly.

Ethiopia & Mobile Handheld PDA Solutions

I was very excited last night to view photos from one of our mobile application consultants (Will H.) who is in Ethiopia for the next few weeks. He is working on a very interesting mobile software project to help with a medical supply chain and logisitics solution that uses mobile handheld computers, Windows Mobile and software from MobileDataforce. The proof of concept utilized Palm Treos running Windows Mobile OS.

His photos included exotic foods, landscapes, cityscapes and his temporary office. Mobile applications have great appeal in locations where the traditional landline infrastructures are less developed. Wireless networks and connected/disconnected mobile software applications are very well suited for these environments and can accurately collect and synchronize data from very remote locations to centralized databases anywhere in the world.

Comparing the MTC 2100 Ultra Mobile Computer to Handheld PDAs

Nexcom's MTC 2100 (left), MTC 2100-MD (middle), and MRC 2100

Although I love handheld PDAs, I am a big fan of ultra mobile computers. They fit in your hand like a paperback book, yet provide the full power of a laptop. The touch screens permit you to use them like big PDAs. MobileDataforce focuses on working with field workers, so ruggedized mobile devices are very important.

It is said to provide from four to eight hours of battery life, Nexcom's triplets differ in more than just color:

The MTC 2100, aimed at logistics and field service applications, includes GPS, based on SiRF's starIII chipset. Also onboard is a laser barcode scanner.

The MTC 2100-MD, aimed at medical and POS (point-of-sale) applications, includes an onboard RFID reader.

The MRC 2100, designed for outdoor and vehicle use, has added rubber padding installed, and is said to withstand drops of up to four feet.

The devices include 802.11b/g/n wireless networking and Bluetooth 2.0, and accept optional "3.5G" cellular or WiMAX modules. They additionally sport 1.3 megapixel cameras, plus a connector for an optional docking station. Dual independent displays are also supported, likely via the dock.Water and dust proof to the IP54 standard, the devices add several security features. In addition to integral fingerprint readers, they also include an Infineon TPM (trusted platform module) 1.2 chip. The TPM provides for the secure generation and storage of cryptographic keys, and it also provides a hardware pseudo-random number generator.

If pocket sized is required then you should get a full functional smartphone or handheld PDA, but if looking at drawings and maps are part of your job, then an Ultra mobile computer is your answer.

Visibility & Accountability in Field Services with Handheld PDAs

I must confess that I am much more of a people person than a numbers person. However, in my role as CEO of MobileDataforce I am accountable for understanding and using a large amount of numerical data. My responsibilities include:

• Collecting the important business data


• Analyzing the meaning of the data


• Reporting the data to my managers, my board and financial institutions


• Forecasting future growth and business performance based upon the data


• Improving my business processes to enable better performance in the future


• Investing in future products and services that will reap rewards in the future

My responsibilities are very similar to many officers and managers of small to medium sized businesses. The key to effective management is having accurate and timely data, understanding the data and making effective business decisions based upon the data.

Let's take a moment to ponder the process of collecting data in the world of field services (mobile service technicians). The field service manager often finds it difficult to collect the data from the point of work in a timely manner. Often the paper forms stay in the truck or van for hours, days or weeks before the data is entered into a computer system. This means the data is unusable for that period of time. The manager has no way of analyzing it. If the entire system is paper based and filed, then the information that is contained on the paper forms is not available for analysis, reporting or quick business decisions.

Mobilizing and automating the field services operations with handheld PDAs enables managers to have near real-time access to business data from work done remotely in the field. 75 service technicians can be synchronzing data throughout the day from a large geographic area and the data can be instantly viewed and analyzed. Decisions can be quickly made about issues such as:

• Equipment location
• Service Technician location
• Job status, job delays
• Equipment break downs
• Problem issues
• Change in schedules
• Personnel changes
• Customer issues
• Payment issues
• Unforseen technical challenges
• Unexpected costs
• Changes in inventory
• Much more

This is the kind of near real-time data/information that allows a manager to make good decisions that benefit the business TODAY. If managers are always working from data that is days old, they are too late to impact the quality of business today.