Mobility

Mobility broadly refers to non-stationary hardware, software and wireless networking technologies designed to enable remote monitoring, control, access or training for industrial applications. Mobile engineering applications for smartphones and tablets (mobile devices) are collections of usable algorithms or code, usually sold for a fee, but sometimes free, that are used in portable computing devices to help design, build, integrate, monitor, modify and/or operate machines, structures, processes, devices, products and/or systems.

Mobility Content

Industrial mobility: Information where needed

Industrial-strength mobility is happening with the manufacturing and IT workforce today. Embrace it, guide it, make it secure, or it may dictate how your business will change, suggested experts at a recent industry conference.

Mobile industrial workers can connect to automation or business systems with pre-approved devices and applications. Sanctioned by some organizations’ policies, a worker can BYOD (bring your own device) and gather a toolset of applications for the workplace, including, perhaps, some actually provided by the place of employment. Various mobility trends, options, and tips were explored at a Feb. 8 ARC Advisory Group conference panel on mobility solutions.

Greg Gorbach, ARC vice president, noted:

  • Mobility devices and applications are already here in transportation, mobile smartphones, tablets, mobile radios, and other devices (including vehicles), along with rugged, industrial counterparts. These are enabled by wireless local-area networks (LANs), external wireless broadband networks, mobile assets (forklifts, skids, and shipping containers), GPS, and various wireless networks.
  • Employees have faster access and interaction with assets, applications and customers, hopefully in a secure way.
  • Information is viewed or exchanged through specific applications on certain operating systems or in “containerized” web-based applications that are OS agnostic. Development and integration tools can augment and customize, and firewalls need to be considered.
  • Mobility providers fall into three broad groups: industrial hardware and software, communication infrastructure, and mobile device providers.
  • When planning for mobility, consider users’ needs and where in the organization mobility can make a big business impact quickly, the kinds of devices, and if plant infrastructure needs to expand to accommodate the interconnected wireless devices, mobile, and otherwise.

In an ARC Group study on wireless implementations, security was the leading concern among respondents, followed by cost and business justification, integration with existing networks, whether upgrades are needed (IT staff may not have bandwidth to deal with it), and solution types and availability. These issues, said Gorbach, are consistent with the introduction of new technology and are expected to diminish quickly, with experience.

Wireless mobility is changing why and how we do business, how we make things, and work processes, Gorbach said, and will make manufacturers more efficient and responsive. Implementations can help innovate and extend business, improve regulatory compliance and safety, and enhance real-time performance.

Glass fiber manufacturer

What’s Owens Corning (NYSE: OC) doing to prepare for a more mobile workforce? Jim Beilstein, director, manufacturing technology and global IT operations, Owens Corning, explained how mobile technologies can help make many of its 15,000 employees in 28 countries more productive manufacturers of pink glass fiber insulation, roofing, asphalt, and glass fiber reinforcements.

“Enterprise mobility is a priority for us. Security, compliance, and finding the right mobile workforce applications are among key concerns,” Beilstein said. “We’re taking a very deliberate approach to ensure we have a community that will use the tools that we put out there.”

He’s looking at expanding the workplace environment for tablet and smartphone integration, noting the company is phasing out company-paid mobile devices as contracts expire. These are supplanted by employee-owned smartphones, today split nearly equally between Apple iPhones and those using Android OS. He’s also looking at secure wireless access to some company networks, with tunneling for guest access in some locations. Also, employees can access social networks, such as Twitter and Facebook, although, “I’m not sure what that’s getting us.”

Applications underway or under consideration include human-resource access via Apple iPad for performance review goal setting, sales and management analytics, and working with key suppliers. The IT department and various business segments are cooperating to ensure we’re working on mobile workforce implementations important for the business.

Manufacturing interests include tablet-based tracking of key performance indicators (KPI), alerting operators and other key stakeholders, including the management team.

A mobile workforce pilot in China using tablet devices incorporates daily production KPIs and efficiency metrics to help production teams optimize plant performance.

In some respects Owens Corning might have an easier time with such introductions since engineering technology and IT have been combined in some fashion for 10 years, working on migrations to more industry standard, nonproprietary shop-floor technologies.

Smiling, Beilstein said he may be an engineering operations fox running an IT henhouse, since he’s a chemical engineer. “I ask interesting questions of IT members on our team, about speed and value of IT engineering in manufacturing.” Other questions have covered openness, security, standards, the IT footprint, and pathways between systems.

In a greenfield implementation at an Owens Corning composites plant in Yuhang, China, key considerations include prioritizing goals, return on investment, mobile application architecture, services, integration with the enterprise, multivendor development, and maintenance. Other topics of interest are infrastructure, security, mobile device management, multi-device environment, and strategy.

More than one third of employees have opted into BYOD for smartphones.

Pilot installations will hone strategies for wider rollout. Ultimately, a more wirelessly interconnected workforce, with appropriate architectures and applications, will reduce travel with mobile video conferencing, increase decision speed, lower cost, and resolve issues more quickly. Secure WiFi will give way to 3G and 4G usage, and applications increasingly will be platform agnostic, after a mixed Apple iOS and Android split beginning, Beilstein said.

Mobile IT services

An IT service provider’s employees sell mobile implementations, said Kent Sanders, senior architect, CSC, “so we need to eat our own dog food.” With mobile customer relationship management (CRM) and analytics among CSC offerings, Sanders said he’s been intensely interested in how the company’s 92,000 employees in 90 countries can use mobility internally and externally, to help its own clients with similar implementations.

Mobility can enable processes, making them better, incorporating analytics in various tiers and solutions, and getting the right information to the right people at the right time. As a large SAP customer, CSC is layering mobility on top of that.

“Our approach is to start with business goals in mind, learn through pilots, do the implementation, and expand and scale usage as needed,” Sanders said. Doing things in little chunks gathers useful information to get buy-in along the way.

After joining CSC, he purchased an Apple iPhone and connected it to the CSC e-mail system without authorization; CSC was an all BlackBerry shop and did not support iPhones at the time, he said.

Now experience is gained with BYOD; 95% of mobile devices purchased by individuals are used for work in some way, Sanders cited, with or without the company’s blessing.

Companies have the opportunity, Sanders said, to drive worker activity by scaling and making it easier and simpler to enhance employee productivity. Use mobile devices, attach them to business goals, and use them to be more productive. Mobile apps also can make it easier for customers to buy products.

“We focus on mobile analytics and reporting to make it easier for employees to do their work.”

For more on this topic, see related links. Part of this article is in the March print and digital edition of Control Engineering North America.

www.arcweb.com

www.csc.com

www.owenscorning.com

Mobility FAQ

  • What are the five types of mobile technologies?

    1. Smartphones: Mobile devices that combine the features of a computer with the ability to make phone calls, send text messages and browse the internet.
    2. Tablets: Portable computing devices with a large screen and touch-based interface, typically used for browsing the internet, watching videos and playing games.
    3. Wearables: Mobile devices that are worn on the body, including smartwatches, fitness trackers and augmented reality glasses.
    4. Mobile broadband: Wireless technology that provides high-speed internet access on mobile devices, including 4G and 5G networks.
    5. Mobile applications: Software programs designed specifically for use on mobile devices, including industry-specific apps, productivity apps, gaming apps and social media apps.
  • How can mobile technologies be used in manufacturing?

    • Asset management: Mobile technologies can be used to track and manage production assets, including machinery, tools and inventory.
    • Remote monitoring: Mobile technologies can be used to monitor production processes and equipment remotely, including real-time monitoring of key performance indicators and predictive maintenance.
    • Workforce management: Mobile technologies can be used to manage and track the workforce, including scheduling and dispatch and real-time communication with workers.
    • Quality control: Mobile technologies can be used for quality control, including real-time monitoring of production processes and collection and analysis of quality data.
    • Training and development: Mobile technologies can be used for training and development, including online training programs and mobile access to training materials.
    • Supply chain management: Mobile technologies can be used to manage the supply chain, including real-time visibility into inventory levels and tracking of shipments and deliveries.
  • What are the challenges of using mobile technology in manufacturing?

    • Integration with existing systems: Integrating mobile technologies with existing systems can be complex, requiring significant technical expertise and investment.
    • Security concerns: Mobile technologies can introduce security risks, including data breaches and unauthorized access to sensitive information.
    • Device compatibility: Ensuring that mobile devices are compatible with existing systems and infrastructure can be challenging.
    • User adoption: Encouraging widespread adoption of mobile technologies by workers can be difficult, particularly among older workers who may resistant change.
    • Maintenance and support: Ensuring that mobile devices are properly maintained and supported can be challenging, particularly in harsh manufacturing environments.
    • Data management: Managing and analyzing large amounts of data generated by mobile technologies can be challenging, requiring significant computing resources and expertise.
  • What are some examples of mobile technologies being used in manufacturing?

    Examples of how mobile technologies is being used in manufacturing to improve efficiency, reduce waste, and improve product quality include:

    1. Mobile devices: Tablets and smartphones are being used by manufacturing workers to access real-time production data, check equipment status, and complete tasks, such as quality inspections.
    2. Wearable technology: Smart glasses, smartwatches, and other wearable devices are being used to provide workers with hands-free access to production data, reducing the need to manually enter data and increase productivity.
    3. Augmented reality (AR): AR technologies are being used to provide workers with visual instructions and guidance for complex manufacturing tasks, reducing the risk of errors and increasing the speed of training.
    4. Mobile data collection: Mobile barcode scanning and RFID (radio-frequency identification) technologies are being used to collect production data and track inventory in real-time, reducing the risk of errors and improving efficiency.

Some FAQ content was compiled with the assistance of ChatGPT. Due to the limitations of AI tools, all content was edited and reviewed by our content team.