Here are some specific applications for ruggedized tablets in various industries:

Industry and Manufacturing. In industrial settings, ruggedized tablets are often used for inventory tracking, supply chain management, and production line monitoring. They are also useful for repairmen who need access to repair manuals, schematics and technical drawings while on the job.

Field service: Rugged tablets are ideal for technicians who need to access customer information, work orders and repair manuals while on the road. They are also useful for inspectors who need to take photos and record data in the field.

Construction: in construction, ruggedized tablets are used to access blueprints, construction plans and safety information. They can also be used to communicate with coworkers and clients, track progress and manage project timelines.

Army and Defense: secure tablets are an important tool for military and defense applications. They are used to facilitate communication, gather intelligence and manage equipment in challenging environments.

Healthcare. In healthcare, ruggedized tablets are used to access patient records, communicate with colleagues, and collect medical data. They are also useful for mobile clinics, allowing healthcare workers to provide care in remote or underserved areas.

Public Safety: Police officers, firefighters, and other first responders use ruggedized tablets to access critical information, communicate quickly, and perform their duties in challenging environments.

As such, rugged tablets are a great choice for any application that requires a device that can withstand harsh environments and provide reliable, high-performance computing power. Because of their durability, versatility, and powerful capabilities, rugged tablets have become an important tool in a wide variety of industries.

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Choose the right source

The very first step to protecting your data is to choose reliable and trusted peripheral manufacturers. Purchase from trusted vendors whose products have positive reviews and a good security reputation.

Updates and patches

Keep up to date with updates and patches for your peripherals. Manufacturers frequently release updates that address vulnerabilities and increase security. Regularly update drivers, firmware, and software associated with your devices.

Limit access

You should limit access to peripheral ports when not in use. If your computer has USB ports or other connections that are not in use, it is better to disable them. You can also use software to control access to peripheral devices.

Secure data transfer protocol

When working with peripheral devices, especially when transferring sensitive data, use secure protocols. For example, when printing or scanning documents, ensure that the data is encrypted during the transmission and storage phase.

Conduct device audits

Conduct regular audits of connected peripheral devices. Make sure that each connected device is one that you really need and that it is free of malware. Monitor activity on peripheral ports and react to any unusual events.

Protecting data when using peripheral devices is an important aspect of modern information security. Proper hardware selection, updates, access restrictions, and secure protocols can help minimize the risks of data breaches. Continued attention to these aspects and awareness of modern attack methods will help ensure the integrity and security of your data.

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Artificial Intelligence (AI) Integration

Artificial intelligence is finding increasing application in peripherals. Intelligent algorithms can help optimize processes by, for example, improving speech and gesture recognition accuracy, adapting keyboard layouts to user habits, and providing personalized recommendations based on behavioral analysis.

Wireless technologies

Wireless-related peripherals are becoming increasingly popular. Wireless keyboards and mice provide convenience, reduce wire tangling, and allow you to move freely in your workspace.

Ergonomics and comfort

Modern peripherals emphasize ergonomics, design, and user comfort. This includes creating ergonomic keyboards that are comfortable to use and do not cause strain, as well as mice with a variety of shapes that better fit different hands.

Multi-mode devices

Modern peripherals often have multi-mode functionality. For example, some keyboards can switch between wired and wireless modes, and displays can support different color modes for different types of tasks.

Attention is being paid to environmental sustainability

Today’s peripheral manufacturers are increasingly committed to reducing their environmental impact. This can include the use of eco-friendly materials, efficient power consumption, and end-of-life recycling options.

Current trends in peripheral design epitomize today’s needs and technological capabilities. The combination of smart solutions, wireless technology, usability and environmental concerns make today’s peripherals more functional, convenient and relevant to the needs of the modern user.

The post Current trends in Peripherals: Innovation, Comfort and Efficiency appeared first on GlobalCom.

Improved diagnostic accuracy and data processing

Secure tablets allow medical professionals to collect, analyze, and communicate data more accurately. Mobile devices with high-resolution screens allow physicians to view medical images, such as X-rays or MRIs, in high detail to help improve diagnosis.

Optimize medical records

Secure tablets greatly simplify medical record keeping. Nurses, doctors and other medical professionals can quickly and easily fill out electronic medical records, fill out prescriptions, keep treatment records and test results directly on the tablets. This not only reduces time costs, but also reduces the chance of errors when transcribing handwritten records.

Increased data mobility and accessibility

Secure tablets allow healthcare professionals to access important medical data anytime, anywhere. This is especially useful for physicians who can retrieve patient information just before an appointment, as well as for medical staff working in the field.

Data security and legal compliance

Secure tablets offer a high level of data security. They can be protected by encryption and biometric authentication mechanisms, which significantly reduces the risks of sensitive patient information leaks. This is critical given the compliance requirements of healthcare data protection legislation such as HIPAA in the US or GDPR in Europe.

Training and experience sharing

Secure tablets can also be used to educate medical staff. Training materials, medical articles and manuals can be easily shared on tablets, facilitating continuous professional development.

In summary, secure tablets are becoming an indispensable tool in medicine, improving patient care, securing data, and facilitating the sharing of expertise among medical professionals. These devices continue to transform the medical industry, making it more efficient and accessible to all.

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Precise measurement – precise results

Measuring tools are an integral part of assembly equipment. Laser levels, rangefinders, geodetic devices provide high accuracy when arranging and aligning elements. Precise measurement allows to avoid inaccuracies and errors in the assembly process, which is especially important when working with large structures.

Ergonomic power tools – for faster processes

Modern assembly work is unthinkable without power tools. Cordless drills, jackhammers, wrenches and screwdrivers are just a few examples of efficient tools that speed up the assembly process and make it possible to handle large quantities of work.

Mounting fasteners – reliability and safety

Choosing quality mounting fasteners is a fundamental aspect of the installation process. Screws, anchors, rivets and other fasteners must ensure a secure connection of the structure. The precise selection of fasteners ensures the longevity and safety of the assembled structure.

Trends in assembly equipment

Current trends in assembly equipment include integration with digitalization technologies. This includes devices with digital displays for easier setup and control, as well as compatibility with software for monitoring and analyzing assembly processes.

The right installation equipment is essential to successful projects. Modern tools ensure precision, speed, safety and reliability during installation work. The rapid development of technology allows us to expect even more innovative and efficient solutions in the future, which will make installation processes more comfortable and productive.

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A consumer-grade operating system may seem unreliable for demanding tasks, but Android has made a good evolutionary leap in terms of security of data storage and transmission (using encryption).

Getac ZX70 secure tablet

The first model of the review, the ZX70 tablet, is an innovative device running OC Android from Getac (Taiwan). It is a redesigned, updated and improved version of the one present on the market since 2012. Getac Z710, which has proven itself among Android tablets, but in five years of existence has already become obsolete.

What makes the Getac ZX70 different from its predecessor? It’s a product with better performance, longer battery life, more RAM and memory, faster communication interfaces, high-resolution cameras, an updated version of Android, and more system expansion options.

The image quality of the 7″ tablet is provided by a display based on the same IPS technology with a resolution of 1280?720 pixels and a density of 210 pixels per inch. In this case, the level of brightness Getac ZX70 increased by a third compared to its predecessor and is 580 cd/m2.

The touch screen is as durable and optically transparent as Getac’s other models, thanks to the use of Getac’s patented LumiBond 2.0 technology, which combines light-absorbing ambient light filters, advanced capacitive touch panels, protective ultra-durable Gorilla Glass and optically transparent adhesive polymers. Press sensitivity can be optimized by software. In addition to the usual manual input, there are modes for working in the rain, with non-specialized gloves or with a stylus. On the back of the device, there are lugs on the left and right side of the device for mounting straps, holders and stand accessories – much more convenient than in the previous tablet.

As for the computing part, all modifications of the tablet use one processor – Intel Atom X5-Z8350, running at 1.44 GHz. This is a quad-core CPU, manufactured on 14nm Cherry Trail technology from Intel. The processor has integrated graphics of the eighth generation. The installed storage is 32GB, the memory type is eMMC, and there is also a microSD card slot. RAM is 2 GB by default and can be optionally expanded to 4 GB.

Available communication capabilities include Wi-Fi 802.11a/b/g/g/n, Bluetooth v4.0. Optional 4G LTE modem, GPS geolocation module, barcode scanner with laser or LED backlight, and UHF RFID/NFC tag readers. It’s worth noting that none of these options are mutually exclusive, except for the UHF RFID reader, which cannot be combined with a 4G LTE modem or barcode reader.

The tablet has an IP67 shell rating, which prevents water from penetrating inside the device during short-term immersion to a depth of up to 1 meter. The temperature operating range of ZX70 is -21…+60 °C, like most Getac models. It is also worth noting that the line includes modifications capable of operating in hazardous areas of class 2/22 according to ATEX standards, in which the presence of explosive gas mixture is unlikely in normal operating conditions, and if it occurs, it is rare and lasts for a short time.

The Getac ZX70 runs Android 6.0 and is the budget flagship among Getac’s other models. This is due in part to the fact that Android currently dominates the mobile OS market due to the openness of the platform, ease of writing and integrating software, and low cost of ownership. Since version 5.x, Android developers have added support for 64-bit processors, optimized algorithms for Bluetooth and Wi-Fi wireless networks and, most importantly for industrial, corporate and government users, significantly improved the software security of the device, along with the security of storage and transmission of processed data.

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