#rugged android tablet

Read our latest blog to understand why rugged tablets are more important to field workers in the era of COVID-19.

Inhand Electronics Offers The Best Rugged Android Tablet and Military Rugged Tablet

A recent article in Defense News Magazine clearly showed the importance placed on developing the military’s logistical capabilities in the digital age. This would include the rugged PC, which plays an enormous part in a wide variety of uses including maintenance, flight management and other military operations that connect with supply chain and logistics. Many of these activities take place in remote locations requiring specialized, ruggedized mobile computing devices.

The military in the digital age relies on portable, light and powerful tools with significant functionality in an evolving global defense landscape. The rugged Android tablet is quickly becoming the tool where size, as well as flawless and varied functionality, are major concerns. For the military as well as other sectors, these functional attributes cannot be compromised for physical attributes. Consequently, rugged tablets must withstand extreme environments and meet stringent MIL-STD-810 and IP scale specifications.

There are many reasons why the rugged Android tablet is preferred by the military. But the primary reason is that it offers the most significant potential for developing or adapting mobile computer applications while ensuring continuity and optimization. With the rugged tablet PC, Android OS can best adapt to the increasing and evolving interoperability, adaptability, uniformity, and stability needs of the military in the digital age. This includes the highly varied needs of maintenance and repair.

The Rugged PC for Maintenance and Repair

Maintenance and repair are a vital link for keeping the army, navy, marines and air force mobile and mission ready. Theatres of operation are often brutal environments where Army ground and aviation maintainers must engage in Maintenance, Repair, and Overhaul (MRO). Portability, speed, connectivity, and highly defined UX are key components where field repair crews must access interactive electronic technical manuals, run diagnostic application software, and upload and download mission data or software.

These devices are used in both garrison and field environments where the latest technology is finally taking hold. This includes the testing and use of AI programs in maintenance to enable machine learning software to predict when vehicles will need repair so that mechanics can proactively intervene. The ability of the rugged PC to keep up with changing technology in the digital age can also be seen in supply chain and logistics, which is an equally expansive area of military use.

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While Return on Investment (ROI) is a major consideration when choosing a rugged Android tablet to be used in the field, calculating that ROI must take into account the Total Cost of Ownership (TCO) of the device. An off the shelf tablet may seem to have an attractive price point, but shortcomings such as functionality, ingress protection (IP) rating, ruggedness, usability, and lack of long term availability can significantly skew the ROI and TCO calculation for an off-the shelf vs. a custom tablet design. Considerations like TCO and ROI often involve nonobvious considerations.

Rugged must be designed for use in industry-specific environments by providing users with the right tools, access and user experience from the device to the application. That means starting with a detailed and well explored understanding of user needs, tablet use cases, and the environment of deployment.

Development Process Considerations

Computing power, OS, interoperability, connectivity and application compatibility must be determined through the lens of who, where, when and, how the device will be used. For example, companies must consider the changes in OS that are happening such as the rise of Android and the decline of Microsoft OS in mobile devices other than laptops. This was the focus of a recent Information Age articlediscussing Microsoft’s announcement of stopping support for Windows 10 Mobile this year (2018).

This has led to Android becoming the top contender for an operating system compatible with the rugged environment. But there are many other questions that a business must ask to develop a sound rugged device development roadmap.

How where and when do you plan to use the rugged devices?

Which business operations must they support?

What features and applications must it support?

What unique interfaces and equipment are required to meet the application?

How much control is required over the configuration and updates of the operating system and application software?

What are the connectivity and wireless access needs?

What are the security concerns and requirements?

What are the timetables for needed use and how does that intersect with the development timeline?

Must the software environment be modified to meet application and regulatory requirements?