How Rugged Devices Have Taken Over Consumer Grade Devices To Improve Fieldwork Operations

Fieldwork operations require workers to be mobile, responsive, and efficient in the face of challenging environmental conditions. Traditional computers, such as desktops and laptops, have limitations when it comes to fieldwork operations due to their fragility and lack of mobility. This is where rugged devices come into play. Consumer-grade computers have been used in various fieldwork operations for many years. The limitations of these devices have led to the adoption of rugged devices in many industries, including oil & gas, public safety, construction, mining, utilities, and emergency services. Let’s compare how consumer-grade devices were used and how rugged devices took over to improve operations in these industries.

Construction:

Consumer-grade devices were often used by construction workers to access construction plans, communicate with team members, and track project progress. However, these normal computers were not designed to withstand the harsh environmental conditions of construction sites. Rugged devices such as tablets and handhelds have taken over, providing construction workers with devices that can withstand dust, debris, extreme temperatures, and moisture. The use of rugged devices has resulted in improved communication, reduced errors, and increased efficiency in construction projects.

Mining:

Mining companies often used normal computing devices to monitor equipment performance, track inventory, and collect data on geological formations. As these devices we unable to handle harsh mining environments, rugged tablets, and laptops have taken over, providing mining companies with devices that can withstand extreme temperatures, dust, and moisture. The use of rugged computing devices has resulted in improved safety, increased productivity, and reduced downtime in mining operations.

Utilities:

Normal handhelds, tablets, and laptops were often used by utility workers to access maps and schematics, collect data on equipment performance, and communicate with team members. However, these devices were incompatible to withstand extreme weather conditions. In recent days, rugged laptops, tablets, and handhelds have taken over normal devices, providing utility workers with devices that can withstand rain, snow, and high winds. The use of rugged computers has resulted in improved efficiency, reduced errors, and increased safety in utility operations.

Emergency Services:

Emergency services workers, such as police officers and firefighters used normal computers to access critical information, communicate with dispatchers, and manage emergencies. However, these devices were not designed to withstand the physical demands of emergency services work. Today, rugged laptops and tablets have taken over, providing emergency services workers with devices that can withstand drops, bumps, and impacts. These devices have helped with improved response times, increased safety, and reduced errors when emergency heroes are on the field.

Agriculture:

Consumer-grade devices such as smartphones and tablets were often used by farmers to manage their crops, collect data on soil moisture levels, and monitor weather patterns. However, these devices were not designed to withstand the harsh environmental conditions of agricultural operations. Rugged devices such as smartphones and tablets have taken over, providing farmers with devices that can withstand extreme temperatures, moisture, and dust. These devices are often equipped with sensors that allow farmers to collect data on soil moisture levels, resulting in improved irrigation schedules and higher crop yields.

Conclusion

The adoption of rugged devices has revolutionized many fieldwork operations. While consumer-grade devices were capable of performing many tasks, their limitations in terms of durability and reliability in harsh environmental conditions have led to the adoption of rugged devices in many industries. Moreover, rugged computing technology has been improving over the years and will keep improving. So each industry may have tailored rugged devices to further improve communication, safety, and efficiency.