Rugged Computing Tech

Rugged devices and mobile computers can improve supply chain performance for transport operations, field workers, drivers and delivery teams, according to one manufacturer, Getac.

One of the key lessons learnt by the global supply chain industry over the last few years is the critical importance of having robust supply chain processes in place, particularly because customers today demand short lead times and fast delivery.

Developing resilient supply chains won’t come overnight, but having the right technology in place is fundamental to achieving it. In particular, the use of rugged devices and solutions is seeing significant growth throughout the transport and logistics (T&L) sector as whole. In fact, a recent study by IDC and Getac found that 65% of T&L organisations are now spending at least 10% of their IT budget on rugged devices, with 51% planning to increase their spending over the next 12-18 months.

Overcoming Industry Challenges

Rugged technology can help enhance efficiency and resolve many of the ongoing challenges that the T&L sector faces: whether that’s a need to improve transparency in the supply chain, eliminate inefficiencies in data gathering or meet health and safety, environmental and sustainability regulations.

Unexpected events from severe weather to ‘black swan’ events can impact T&L operations overnight, which is why the sector needs ready access to technology that can provide visibility and deliver valuable insights. Rugged technology does just that, enabling companies to better track key performance indicators, identify inefficiencies, and make data-driven decisions that optimise processes and reduce costs.

A growing number of T&L companies also now use IoT sensors on assets and goods, which give them real-time information on a range of parameters such as humidity and temperature while in transit. When integrated into supply chain management systems, these insights can help inform decisions on things like delivery schedules, with rugged devices serving as the platforms through which drivers/managers access and receive this information.

At the same time, real-time GPS tracking can help keep workers safe in adverse weather conditions, while dispatchers can use it in combination with real-time traffic data to route drivers via the most eco-friendly routes possible, helping to reduce their carbon footprint.

The operational visibility that rugged technologies offer also helps track energy consumption and optimise productivity. IDC’s study found a growing number of T&L organisations were looking to integrate rugged devices into warehouse management, customer relationship, and supply chain management systems, all in a bid to improve efficiencies in the supply chain and boost worker performance.

The Business Case

The business case for rugged devices extends far beyond durability alone. The combination of powerful specification, extensive connectivity and reliability makes them ideally suited to T&L environments, where a single device can travel hundreds of miles a day and be used in a wide range of locations, temperatures, and weather conditions. Most rugged device fleets can also be scaled up easily, using centrally managed security protocols that make it easier for IT teams to protect sensitive data, regardless of where the device physically is.

While upfront capital investment in a rugged device stack might be a little higher than consumer-oriented equivalents, the total cost of ownership (TCO) shakes out in favour of rugged devices. Digital transformation in all sectors, including in T&L, depends on reliable, always-available, accurate data, which can also help automate supply chain processes. The ability to deliver this data when needed means rugged devices can unlock a range of efficiencies across the entire supply chain.

Whether companies are looking to improve their customer service metrics, boost sustainability initiatives, comply with regulations, cut down on waste in last-mile logistics, or improve worker productivity, rugged devices are essential in helping meet these goals.

Implementing Rugged Devices

Rugged devices might be a must-have for T&L operations but making a wise investment decision means considering the following factors in TCO calculations:

Ease of integration with in-house supply chain software systems: For rugged devices to do their job, which is to facilitate access to data, they need to integrate with software systems for that information. Companies need to ensure that rugged devices will work with existing supply chain and warehouse management systems. Integrating rugged devices with inventory management systems such as ultra-high frequency (UHF) RFID is crucial to optimise inventory processes and improve efficiency.

One of the key concerns that many companies have is that rugged devices expand the company’s data systems to the edge. Trusted rugged device vendors have robust security protocols in place to keep data secure. Likewise, organizations must evaluate the range of operating conditions that their fleet of rugged devices will need to withstand and pick the right devices accordingly, using the device vendor’s industry experience to guide their decision-making.

The best practises for integrating rugged devices into T&L operations extend beyond the ones listed here. Companies should conduct a comprehensive TCO assessment and ensure a ramp-up period to iron out any potential issues that might surface. Most importantly, the C-suite needs to ensure workforce buy-in, so team members see the devices as aids that help them do their job better while improving efficiency.

No one can predict when the next supply chain shock will occur but being able to access data in real time keeps T&L companies agile and able to withstand ups and downs. Now is the time to invest in rugged devices to make T&L operations function smoothly and ready to take on any challenge.

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Emerging Applications of Rugged Devices

 

Light Fully Rugged Tablet Launched

Getac Technology Corporation, provider of rugged computing and mobile video solutions, has announced the launch of its next generation ZX10 10-inch fully rugged Android tablet, which combines lightweight design with powerful AI-ready performance and intuitive Android functionality for exceptional performance in the field. The next generation ZX10 is aimed at professionals working in industries such as public safety, utilities, and transportation and logistics, who need devices they can trust in the challenging environments and scenarios they encounter daily.

Powerful AI-ready performance

At the heart of the next generation ZX10 are Qualcomm’s QCS6490 processor and Neural Processor Unit, which are purpose-built to support advanced AI capabilities and deliver astonishing performance even at lower power levels. Additional key features include advanced memory (8GB LPDDR5) for lightning-fast data transfer, and up to 256GB Universal Flash Storage for a smooth and seamless user experience when running multiple applications simultaneously. Elsewhere, the device boasts an upgraded 1,000 nits LumiBond screen with sunlight readable technology and capacitive multi-touch display, for effective operation in the rain and while wearing gloves. An optional active digitizer with stylus is also available for fast, accurate note taking and data entry in heavy rain and/or extremely low temperatures.

Highly configurable connectivity and battery options

The next generation ZX10 includes dual SIM technology (Nano SIM + eSIM) for optimal mobile network coverage, while Wi-Fi 6E, Bluetooth 5.2 and optional dedicated dual-band GPS offer rapid data transfer and location positioning capabilities. For those with more extensive data collection and communication needs, the device can be configured with 4G LTE and 5G Sub-6, Near Field Communication (NFC) (non-payment) and a barcode reader. The ZX10 features a hot-swappable dual-battery design that supports full-shift operation without downtime or delays. It can also be configured with a single battery for customers who wish to mount the device on forklifts or other vehicles. Optional high-capacity Li-ion battery pack are available for those who require longer battery life.

Android tablet on the market

Like all Getac devices, the ZX10 is built rugged from the ground up to thrive in challenging environments. MIL-STD-810H certification, IP66 certification and 6ft drop resistance ensures it can stand up to the rigours of intensive field work, while an operating temperature range of -29°C to 63°C / -20°F to 145°F provides further peace of mind in adverse weather conditions and extreme operational scenarios. Despite these comprehensive fully rugged credentials, the ZX10 weighs just starting from 906 grams, making it one of the lightest 10-inch fully rugged tablets currently available on the market.

Intuitive Android operating system

The next generation ZX10 is powered by the intuitive Android operating system (Android 13 is installed as standard), for incredible versatility and ease of use. It is also verified as an Android Enterprise Recommended rugged device, meeting all the specifications and requirements of Google’s rigorous testing process. This means it will receive full security updates every 90 days for five years after the launch date, along with regular patches and feature enhancements over this period. Getac is also committed to supporting a minimum of three Android OS versions for each product generation, futureproofing the ZX10 and ensuring an exceptional Android experience at all times.

“For field-based professionals, device weight can have a significant impact on productivity, particularly when carrying and/or operating it for extended periods of time,” says James Hwang, President of Getac Technology Corporation. “Not only is the next generation ZX10 the lightest 10-inch fully rugged tablet currently available on the market, but its powerful combination of AI-ready performance, extensive configurability, fully rugged reliability, and intuitive Android OS makes it one of the most versatile as well.”

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New Semi-Rugged Laptop for Manufacturing and Automotive Professionals

 

Assist Solution for Real-Time Support for Remote Field Workers

Getac has announced the launch of Getac Assist, a fully rugged remote expert solution designed to support field-based workers and teams across the rugged industries with advanced capabilities in knowledge transfer, remote guidance, inspection, training, safety, and compliance.

With Getac Assist, remote workers can use the powerful new Getac Assist Camera to stream live video from the worksite, viewable securely via Getac’s purpose-built browser-based software platform. Subject Matter Experts (SMEs) around the world can then log into the platform to annotate videos and screenshots from the live stream in real-time, share documents, collaborate with other SMEs, and guide on-site workers through tricky procedures. Not only does this result in improved first-time fix rates, but it also helps reduce downtime, lower support costs, and increase overall operational efficiency across remote workforces.

The new Getac Assist Camera is lightweight and versatile. Unlike traditional remote assistance solutions that require headsets, it is designed to be body worn or mounted independently using a wide range of secure mounting options. Doing so provides a more stable video stream and also ensures the worker’s vision remains unobstructed for enhanced situational awareness and safety.

The Getac Assist Camera features both Wi-Fi and 4G LTE capabilities for seamlessly connectivity and boasts up to 10 hours of battery power per charge for long periods of uninterrupted operation. Like all Getac fully rugged devices, the Assist Camera is also designed to thrive in challenging work conditions. Featuring a temperature operating range of -20°C to +50°C/-4°F to +122°F, (with storage temperatures of -40°C to +71°C/-40°F to +1560F), it also meets IP67 and MIL-STD-810H standards and boasts six-feet drop resistance.

When connected to Getac’s purpose-built Assist software, remote workers can collaborate with SMEs as if they were standing next to them in the field. The secure browser-based platform makes communication quick and easy, with SMEs able to view live video, share documents and annotated screenshots, live chat with colleagues, record sessions and more. The platform also features object recognition and AI redaction, which can be used to automatically anonymise sensitive and/or personally identifiable information (PII), such as faces and vehicle license plates in videos and screenshots.

“Getac Assist sets a new benchmark for remote assistance solutions in rugged industries,” says Amanda Ward, EMEA Senior Director, Technology & Services at Getac. “Even in challenging work environments and adverse weather conditions, it enables field workers to seamlessly connect with SMEs around the world and get the assistance they need to achieve those all-important first-time fix rates. Doing so transforms both service call performance and customer satisfaction, providing a reliable advanced platform that adapts to the unique demands of rugged field operations.”

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New Semi-Rugged Laptop for Manufacturing and Automotive Professionals

 

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