Smart Devices In Manufacturing

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Smart devices have become a routine part of business technology. Laptops, phones, tablets, conference-room systems, sensors, building controls, scanners, cameras, and other connected equipment can improve communication, automate routine work, and provide employees with faster access to information.

For manufacturers and other businesses, however, adding connected devices is not automatically an improvement.

Every new device also introduces another endpoint to manage, another potential source of data, and potentially another connection to the company network. The real question is whether the technology improves operations without introducing unnecessary complexity or risk.

What Are Smart Devices in the Workplace?

A smart device is a connected device capable of collecting, processing, sharing, or responding to data. Increasingly, these devices also incorporate artificial intelligence, automation, Internet of Things (IoT) technology, or cloud-based services.

In an office, smart devices can include phones, tablets, conferencing equipment, security cameras, access-control systems, and building controls.

In a manufacturing environment, the category can be considerably broader. Connected sensors, handheld scanners, tablets on the plant floor, cameras, environmental controls, monitoring equipment, and other IoT devices can all become part of the organization's technology environment.

When implemented properly, these devices can give employees and management better information while reducing unnecessary manual work.

Improving Communication and Access to Information

One of the most practical benefits of smart devices in the workplace is giving employees access to the information they need wherever the work occurs.

A production supervisor may need information on the plant floor. A salesperson may need customer information while traveling. Management may need operational reports away from the office.

Cloud-connected applications and properly managed devices can make that information available without requiring employees to return to a particular workstation or rely on manual handoffs.

The objective is not simply mobility. It is reducing the time between needing information and being able to act on it.

Automating Routine Work

Connected devices can also eliminate repetitive steps from business processes.

Depending on the application, smart devices and their associated software can capture information automatically, generate alerts, schedule activities, update records, monitor equipment, or initiate workflows when predefined conditions occur.

For manufacturers, this can be particularly useful when information previously had to be collected manually from equipment, production areas, warehouses, or other parts of the facility.

Automation does not necessarily require replacing an entire system. In many cases, the greater opportunity is identifying individual processes where employees are spending time collecting, entering, transferring, or verifying information that technology could handle more efficiently.

Turning Operational Data Into Useful Information

Connected devices can generate significant amounts of data. The value is not in collecting more of it. The value comes from using the right information to make better decisions.

Sensors and connected systems can provide information about equipment performance, environmental conditions, energy consumption, inventory movement, facility usage, and other operational activity.

That information may help management identify patterns, investigate problems, or respond more quickly when conditions change.

This is also where artificial intelligence and advanced analytics are becoming more relevant. These technologies can help organizations analyze larger volumes of operational data and identify patterns that would be difficult to recognize through manual review alone.

Smart Devices Can Create Cybersecurity Risks

Every connected device should also be considered from a cybersecurity perspective.

A device connected to the company network can potentially create another point of access to company systems and information. The risk becomes greater when devices use default passwords, receive inconsistent security updates, are poorly configured, or remain on the network long after anyone is actively managing them.

Businesses should know what devices are connected to their networks, who is responsible for them, what information they can access, and whether they are receiving appropriate security updates.

Network segmentation can also be important. Not every connected device needs unrestricted access to the same systems used for financial information, customer data, email, or other critical business applications.

For manufacturers, this distinction becomes especially important when information technology (IT) and operational technology (OT) share infrastructure or exchange information.

Compatibility and Device Management Matter, Too

Security is not the only consideration when introducing smart devices into a business.

A new device may appear useful on its own but create additional work if it does not integrate properly with existing systems. Different manufacturers may have different management platforms, update procedures, security requirements, and support lifecycles.

Those differences can accumulate quickly as more connected devices are introduced.

Before deploying new technology, businesses should consider how it will be supported throughout its useful life—not simply whether it works on the day it is installed.

That includes software updates, access management, compatibility, replacement planning, vendor support, and eventually removing the device securely from the network.

Start With the Business Requirement

The best technology decisions usually begin with a business problem.

Where are employees losing time? Where is information difficult to obtain? Which manual processes create delays or errors? Where would better operational visibility improve decision-making?

Once the requirement is clear, the organization can determine whether a smart device, automation platform, IoT system, or another technology is an appropriate solution.

That approach also makes return on investment easier to evaluate.

A connected device that saves measurable employee time, reduces errors, improves equipment visibility, or speeds decision-making may provide significant value. A device deployed simply because it is new or convenient may only add another system that has to be secured and maintained.

Smart Technology Requires Smart Management

Connected devices will continue to become more capable, and artificial intelligence will expand what businesses can do with the information those devices collect.

The underlying technology, however, is only part of the equation.

Businesses still need to evaluate operational value, compatibility, cybersecurity, data access, ongoing support, and the effect the technology will have on employees and existing processes.

The objective should not be to create the smartest workplace. It should be to use technology selectively where it makes the business more efficient, informed, secure, and resilient.

Data-Link Associates, Inc. has helped businesses manage and secure technology since 1983. We help organizations evaluate new technology based on operational requirements, business value, cybersecurity, and long-term support. Managed services, cybersecurity, IT support, co-managed IT support, business continuity, consultation.

Contact Angela Jamerson, ajamerson@datalinkmsp.com, (630) 406-8969 x576

Frequently Asked Questions About Smart Devices in the Workplace

What are smart devices in the workplace?

Smart devices in the workplace are connected devices that collect, process, share, or respond to data. Examples include smartphones, tablets, sensors, cameras, access-control systems, building controls, scanners, monitoring equipment, and other Internet of Things (IoT) devices used in business operations.

How can smart devices improve workplace efficiency?

Smart devices can improve workplace efficiency by automating routine tasks, providing employees with faster access to information, collecting operational data automatically, generating alerts, and reducing manual data entry and handoffs. Their value depends on whether they address a specific operational requirement.

How are smart devices used in manufacturing?

Manufacturers can use smart devices for equipment monitoring, environmental monitoring, inventory movement, data collection, scanning, production visibility, facility management, and communication on the plant floor. Connected devices can also provide operational information that helps employees and management identify problems and make decisions more quickly.

What is the difference between smart devices and IoT devices?

The terms overlap, but Internet of Things (IoT) generally refers to physical devices that connect to networks and exchange data with other systems. A smart device may also include local processing, automation, artificial intelligence, or user-facing capabilities. Many workplace smart devices are also IoT devices.

What are the cybersecurity risks of smart devices?

Smart devices can introduce additional cybersecurity risks because each connected device may become another endpoint on the company network. Weak passwords, outdated software, poor configuration, unnecessary network access, and unsupported devices can increase exposure. Businesses should inventory, secure, update, monitor, and appropriately segment connected devices.

Why is network segmentation important for IoT and smart devices?

Network segmentation can limit which systems a smart or IoT device is able to communicate with. This can reduce unnecessary access to sensitive business systems and help contain the impact if a connected device is compromised. Segmentation can be particularly important in manufacturing environments where IT and operational technology (OT) systems interact.

What should a business consider before adopting smart devices?

Businesses should evaluate the operational requirement, expected return on investment, cybersecurity, compatibility with existing systems, data access, vendor support, software updates, employee training, and long-term device management. A device should solve a defined business problem rather than add technology for its own sake.

Can AI make smart devices more useful?

Yes. Artificial intelligence can help analyze information collected by smart devices, identify patterns, generate alerts, automate decisions, and highlight unusual activity. The business value depends on the quality of the underlying data, the specific application, and appropriate security and governance.