Group Mobile to Attend the Alabama Automotive Conference — Rugged Mobile Technology for the Manufacturing Floor

Do you want to boost productivity and quality control in your manufacturing facility? Rugged mobile devices implemented into the manufacturing floor room will increase quality control, keep suppliers accountable for compliance issues, provide workers with real-time information allowing for timely and well-informed decisions, plus add a layer of protection and safety to your customers.

Rugged Computers for Manufacturing

Whether your work takes place in an indoor factory handling assembly, repair, and maintenance, or an outdoor site, your computing needs go beyond normal. Manufacturing floors require resiliency, mobility, and the ruggedness to withstand the demands of a manufacturing environment.

The average laptop, desktop, or mobile PC cannot handle the environmental hazards of a manufacturing workplace or the vibrations generated by manufacturing equipment–forklifts, heavy machinery, and power tools. In addition, a manufacturing environment isn’t always the most convenient location for the IT department, so you better have something that won’t stop working.

Why a Rugged Computer for Manufacturing?

In a manufacturing environment, being careful with the equipment just isn’t good enough. Exposure to dusty air, extreme temperature fluctuations, powerful vibrations, chemicals, drops, and the many other things that afflict the average computer in a manufacturing job site plague even the most careful equipment handlers. Certain hazards are simply unavoidable.

But avoiding hazards is only part of the solution for providing durable computers in a rugged environment. You also need your computers to have constant access to real-time data and the capacity to integrate with applications and networks, so you can identify and communicate with automated manufacturing stations within the manufacturing network.

USB connectors, RFID readers, and bar code scanners need to function seamlessly with rugged computing devices so you can manage parts installation and inspection, collect data for compliance reporting, track inventory and assets, and mobilize workflow.

Rugged Mobile Computing for the Aerospace and Aviation Industry

All manufacturing facilities carry a certain amount of pressure. Companies that manufacture defective merchandise soon go out of business and often find themselves in court fending off lawsuits.

Lack of manufacturing precision in the aerospace and aviation industry produces disastrous results. Aviation and aerospace manufacturers deliver the most sophisticated and automated aircraft ever. And those life or death designs and calculations often depend on the dependability of your computing devices. In short, you don’t manufacture advanced airplanes and components without using the most advanced equipment.

With the right rugged device you can increase efficiency and cost-effectiveness with highly flexible mobile workflows powered by technology. From initial testing to takeoff, manufacturers of all sizes involve themselves with design implementation, maintenance and repair, frame inspections, electrical systems testing, communications testing, safety compliance, and myriad other operations that those outside of manufacturing do not understand.

Having the right people on the right device to manage and coordinate workflow is necessary.

Rugged Mobile Computing for Auto Manufacturers

Consumers demand more reliability and safety with their automobiles. Other than driver competence, nothing contributes more to the safety of automobiles than automobile manufacturers. Manufacturers, therefore, require technology that helps provide the reliability consumers demand.

In addition, automobile manufacturers must provide fuel-efficient, technologically advanced vehicles in order to compete. Regardless of your role in the automotive manufacturing and supply chain, you’re under a lot of pressure.

Plant production managers, assembly line operators, and auto manufacturing inspectors require and demand unlimited access to data at all hours. They require data from electronic user manuals, work orders, repair tickets, and shipping labels. Paperless rugged mobile computing devices and networks are the best way to deliver real-time data, schedule parts delivery, and track quality.

Rugged Computing Benefits

Regardless of what you manufacture, maintain, or repair, the right rugged computing devices provide numerous benefits. These benefits include the following:

• Durability and Dependability
• Streamlined Manufacturing Floor Processes
• Paperless Factories
• Accelerated Delivery of Information
• Refined Maintenance Planning
• Improved Workforce Scheduling
• Improved Incident Management
• Greater Access to User Manuals
• Longer Battery Life
• Better Documentation
• Greater Mobility
• Quicker Documentation

When it comes to mobile computing in manufacturing, you need devices as rugged as the people who make a living doing rugged things.

Group Mobile specializes in providing a perfectly customized mobile solution for every customer. Contact a sales professional today for more information.

 

Group Mobile will be attending the Southern Automotive Conference. This event brings together more than 1,000 influential industry leaders from across the United States and internationally. An unforgettable lineup of speakers, networking events, food, drink and music for an ultimate experience in Birmingham next week! Visit us at Booth #628!

Location: BJCC Exhibition Hall • 1962 9th Ave N • Birmingham AL

How to Guarantee Your Agency Will Have In-Vehicle Connectivity and Ensure Success for Mission Critical Applications

Technology in the squad car is advancing every day which means staying on top of the best IT advances can be a huge challenge for any department.  Video surveillance, license plate recognition (ALPR), electronic ticketing systems and the latest vehicle dispatching and tracking technologies enable officers to safely cover more area, and coordinate with other officers and agencies. Today’s police officers, paramedics, firefighters, utility workers, transit operators, and other public safety workers rely on advanced mobile applications, such as automatic vehicle location, traffic signal prioritization, computer aided dispatch, route and schedule management, and fare payment systems that increase productivity and improve safety.

The main point of access for these applications is often from the vehicle, because it’s equipped with onboard wireless connectivity and transmits and receives data on a nearly continual basis. In-vehicle connectivity has become customary, with first responders and field service personnel driving cars, vans, and trucks equipped with a network connection that provides convenient access to voice, text, and video data.  However, if the vehicle has only one onboard connection, the setup involves a certain amount of risk. Any issues with network coverage, bandwidth, or usage can mean delayed communications or, worse yet, no communications at all. Losing the onboard connection can have extreme consequences, and can even mean the difference between life and death. How do you reduce this risk?  By adding at least one more onboard network connection you can greatly reduce this risk. An alternative connection – to a secondary cellular network or some other format, such as Wi-Fi or satellite – creates a layer of insurance. When the primary connection isn’t up to the task, the alternate connection can be brought online to keep communications intact. Having two or more available connections onboard the vehicle, or “multi-networking”, protects against worst-case scenarios, and increases resilience for emergency response and other in-field services.

So, what is involved in a multi-network concept? A multi-network concept refers to any setup that provides the vehicle with more than one network connection, meaning, there can be a mix of technologies onboard ranging from cellular and Wi-Fi to LMR, satellite, or new formats as they come online, such as the FirstNet network for public safety. A multi-network router installed in the vehicle is used to manage the switches from network to network. So, when are these typical network changeovers? Changeovers usually happen at three points of operation: When leaving the depot and transitioning from Wi-Fi to cellular, when returning to the depot and transitioning back from cellular to Wi-Fi, and while the vehicle is in motion, with the router switching from one network to another to optimize in-field connectivity.

With the right multi-network solution in place, changeovers from one network to another can happen automatically without any kind of manual intervention, and the necessary security protocols are maintained without interrupting the flow of work, even when there’s a VPN (Virtual Private Network) involved. Furthermore, the selection criteria for each network connection can be customized, based on things such as vehicle location, vehicle speed, or the type of data being transmitted. The overall result is more efficient network usage, more effective field services and lower operating costs. Law enforcement and other organizations are now using more video, and at a higher resolution. The video is typically stored in the vehicle and then transmitted to the backend system at periodic intervals. The mobile router can be configured to use a dedicated link to send video, so the data-intensive video transmissions don’t disrupt or slow down the other services in use. Alternatively, the router can be configured to send video transmissions when the vehicle returns to its home base, using the depot’s faster, more secure Wi-Fi connection to transfer video. Now, how to choose the right mobile router for your workforce to ensure connectivity in the field.

The operating costs and in-field effectiveness of a multi-network platform are heavily influenced by the ability of the router to manage seamless network changeovers and protect data. The router’s switching speed, security features, and programmability all affect how well the solution performs, and how much it costs to manage. It’s important to consider all these factors when evaluating the various options available for mobile multi-networking.

Transitioning to a multi-network environment is a serious undertaking. To maximize your return on investment and fully realize the benefit to your organization we recommend three things to look for in a multi-network mobile router:

1. Switching speeds that are fast enough to support seamless connectivity.
2. The ability to provide continuous security without impacting performance.
3. A policy engine that can be configured for intelligent switching and customized operation.

Choosing a mobile router that meets all three criteria lets you create a multi-networking environment that not only enhances efficiency but also adds value. Group Mobile works closely with Sierra Wireless to offer the world a comprehensive offering of hardware, software, and services for connected devices and machine-to-machine communications. Together, Group Mobile and Sierra Wireless provide innovative, reliable and high performing solutions.

Group Mobile’s team of industry experts can assist you in selecting, designing and implementing a multi-network environment for mission-critical fleets, request a free personalized quote.