Clicking, Picking and Packing – 5 Ways Rugged Tablets are Transforming Warehouses

what-rugged-tablets-mean-to-field-service-management-2

Order fulfillment requires a number of processes that cannot be handled entirely by machine. Picking and packing may be handled by actual employees or with the help of robotics, but that does not mean technology cannot improve upon either system. Mobile devices like tablets are making it easier for employees to improve efficiency, save time, and become more productive.

Rugged tablet systems are ideal for these situations. Along with being the most durable option for this setting, they can transform warehouses into a well-oiled machine of its own. By offering employees the blueprints they need, tablets can improve existing systems and help input newer, more efficient routines.

Here are five ways that rugged tablets are transforming warehouses.

  1. More comprehensive data collection. Without the need for reports, data can be easily collected and assessed at the end of the day. Checks and balances can be created to make sure every step of the work process is completed, and digital records are much harder to lose.
  2. Increased productivity. When workers are given the tools they need, they can do their jobs faster and more efficiently. Tablets can determine the most productive route to take, what needs to be done, and keep track of packages.
  3. Better assessments. Because tablets are always collecting data, managers can assess employee performance and productivity easier. Problems with the system can be ironed out quickly, and improvements can be identified much faster.
  4. Increased accuracy. Employees are less likely to make mistakes when they have all the necessary resources at their fingertips. Having tablets on-hand can give them the guidelines and reminders they need to avoid or identify mistakes.
  5. Better communication. If something goes wrong, more than one set of hands is needed to fix it. Tablets offer real-time communication, so employees can call in a problem right when it happens. The necessary support can be reached immediately, which creates less downtime.

While many warehouses have been trying to phase out traditional packing lists, many mobile devices have not stood up to the task. Rugged tablets are purpose-built for hard use, and can withstand almost any potential damage. They’re designed with protections against drops, falls, and impact damage.

Rugged tablets can handle any warehouse workload. Having a digital record-keeping system also prevents data loss, so companies can always keep track of their assets. Rugged technology is changing warehouses across the world, and it’s only a matter of time until tablet-based picking carts replace their predecessors.

How 3D Fire Training with Rugged Tablets Improves Firefighter Safety

Why-Disaster-Response-Teams-Need-Rugged-Tablets

It’s becoming more difficult for firefighters to keep up with an increasingly complex architecture — and how fire spreads throughout newer buildings constructed with composite materials that burn and give off vapors differently than traditional building materials. Lack of updated training can lead to fatalities.

Fortunately, new programs are being implemented to protect our first responders, including 3D fire training to improve operational and training practices. Tablets are the perfect device for this training, particularly if equipped with powerful graphics processors that can rapidly and seamlessly deliver a 3D experience.

3D fire training is a digital program that produces a 3D environment, complete with the physics of our real world. Programs can be used to create different fires and situations, and officers can use the simulation for training. By using these simulations, they are preparing themselves for real-world situations where they may be facing the same threat.

The process of 3D fire training goes as follows: 

  • Situational awareness. Firefighters view the building and the ongoing or simulated fire and size up the situation accordingly. Tablet tech can allow virtual viewing of the building from the exterior and interior.
  • Risk assessment. By dynamically weighing the risks and benefits of different strategies, fire and rescue team members can choose the best possible path through a building and plot escape routes when rescuing persons from a burning building.
  • Management of hazardous materials which may be unfamiliar to current personnel. Proactive measures can be implemented to decrease the hazards presented by unburned pyrolysate and flammable products of incomplete combustion.
  • Ventilation strategy. Proper ventilation methods can be used to control the situation and reduce the amount of dangerous smoke in the area. 3D imaging can help determine the most likely route of air flow and suggest best next actions for venting floor by floor.

Tactical tablets can help assess the situation and determine which strategies will be most helpful, providing teams in training with a 3D view of potential situations. The trainee can put themselves in this situation mentally, playing out various scenarios and learning how to react in each situation. This type of hands-on training experience can be translated into actionable, lifesaving knowledge in the field.

The key in applying 3D concepts to ventilation strategies and tactics is to deliberately base decisions on what impact both inlets and exhaust openings will have on the fire and the fire environment. Visualizing these situations can be easier on trainees and veteran firefighters when displayed though the heavy graphics capabilities of a DT Research tablet.

 

How Rugged Tablet Tech Works 24 Hours a Day, 365 Days a Year

How-Rugged-Tablet-Tech-Works-24-Hours-a-Day,-365-Days-a-YearA reliable, lengthy battery life is one of the most important functions any mobile device can have, especially in professional contexts. When there is work to be done, there is no time to go stop working while a device charges, and chaining a device to a wall via charger can defeat the purpose of a portable device. Having to shut down to switch batteries can also reduce effectiveness, since it takes a hard reboot in order to safely switch batteries.

With hot-swappable batteries, achieving longer run-time while still working through the exchange minutes is entirely possible. Batteries can be swapped without powering down the entire device, which can prevent data loss, reboot time, and interruptions in communication. This feature allows a near-infinite runtime, as long as the spare batteries are charged when it’s time to replace them. In cases where there is no power, having several spare batteries can mean the difference between a few hours of power and an entire shift.

Many tasks have become mobile, especially in the case of delivery crews, construction, corporate representatives, government workers, and other field personnel. In situations like these, having tablets on hand can be vital to their productivity and work. A short battery life makes it hard for their devices to keep up with them, and this can cause issues during meetings, deliveries, and travel.

Standard batteries, while light, tend to be limited in their working time. They run out easily, and require the user to either charge the device or replace the battery entirely. Extended life batteries, however, can be cumbersome, and increase the weight of one device exponentially. However, a hot-swappable design can solve both of these problems.

With two batteries, a tablet can weight under four pounds, and if the extra energy isn’t necessary, they can even weigh closer to three pounds. The exchange doesn’t require the device to be powered down or rebooted, which can help in cases where data loss, time, and functionality are concerned.

Hot-swappable batteries with extended battery life are almost always going to yield the most amount of productivity, especially in mobile contexts where the user may need to be in the field for long periods of time. Being chained to a desk or charger can defeat the purpose of a mobile device, and heavy laptops with extended batteries are both cumbersome and prone to damage.

DT Research tablets are designed for continual use under a wide range of conditions, including those in which a power source may be unavailable. Battery life is the beginning and end of a tablet’s usefulness, so ensure your tech is sufficiently equipped.

Why the Military Needs Purpose-Built Tech from Trusted Solution Providers

Why-the-military-needs-purpose-built-tech-from-trusted-solution-provider...When it comes to military computing, rugged tablets provide the best bet for successfully achieving a variety of goals – including protecting data and troops deployed in response to in-theater conflicts. Our military does not need the added threat of dropped communication and not being able to reliably access detailed plans.

The challenges presented by training exercises, reconnaissance missions, and routine peace-keeping operations often require real-time data access to make informed decisions, receive crucial, time-sensitive intelligence, and initiate rapid, coordinated action. Deploying mobile PC devices that aren’t resistant to environmental elements – such as extreme temperatures, sand particles, dust, and moisture – is not the solution.

What is the right choice are purpose-built rugged tablets created with the requirements of the military, from trusted solution providers who understand the challenges of operating in situ and deliver powerful computing in environmentally durable housing.

Military computing sourcing should take into consideration the ability of their vendor to design and implement field-proven, real world-ready communications and data platforms that can:

  • Remain compatible with other military technology systems
  • Securely store and transmit mission critical data
  • Protect both sensitive information and valuable personnel in emergent situations
  • Provide ways to streamline the transition into modern military requirements when it comes to mobile tech

Even some military-grade mobile PCs that profess MIL-STD-810G, IP65 or IP67 compliancy may only be designed, built, and / or tested to certain thresholds. Having a manufacturer committed to real world situational testing can mean the difference between device failure in crisis or the ability to maintain communication and data gathering activity.

While consumer-built devices offer familiar end-user experiences – often giving the impression that they will allow for faster integration into theatre operations – almost certain failure at a much earlier point than ruggedized devices means constant fear of malfunction in demanding conditions and the increasing cost of replacement over time. Rugged tablets have a longer lifespan, and a lower TCO.

Data is no doubt becoming the most effective defense in today’s cyber, ground, sea, and air strategies. Mission-critical support is crucial when selecting a mobile computing solution, so choose wisely to ensure all military service members are equipped with devices that won’t fail them in the line of duty.

Military mobile devices should be rugged, easily integrated, and compatible – able to meet and exceed the needs of deployed or on-base troops, in any environment.

Benefits of Rugged GNSS Tablets for Stakeless Construction Projects

Benefits-of-Rugged-GNSS-Tablets-for-Stakeless-Construction-ProjectsAs the modern Automated Machine Guidance (AMG) begins to gain traction, many construction companies and projects are beginning to forego physical stakes to take on “stakeless” construction projects. Mostly used while building or fixing stretches of road, this method utilizes technology to save time, money, and manpower.

However, this method requires technology that is capable of keeping up with both workers and planners. Computers and smartphones were not compatible with the projects, and consumer-grade tablets didn’t hold up to the stress of construction environments. This challenge requires a single solution: rugged technology. More specifically: rugged tablet technology.

Rugged GNSS Tablets are Mobile

Tablets are ideal for mobile situations. With their intuitive slate-shaped design, user-friendly format, and strong processing power, they manage to combine mobility and usability to create the perfect device for both casual and professional situations. However, rugged technology takes these devices one step further.

Rugged GNSS Tablets are Tough

Rugged tablets are designed from the bottom up for hard-use situations. From the hardware to the casing, they are built to withstand demanding environments, while still keeping up technologically. With protection against dust, dirt, sand, and even water, they are impervious to many threats that may cause malfunctions in a consumer-grade device. As well as having excellent debris-protection, rugged tablets are also well-protected against extreme temperatures, as well as drops and falls.

Rugged GNSS Tablets are Versatile

These construction ready tablets are also outfitted with 3G/4G connectivity, dual-core processors, built-in cameras, and LED backlit screens that can be used in both dim and bright environments. They are also compatible with a number of extensions and software, making it easy to integrate them with any existing systems. Many companies that have already invested in professional-grade tablets have already reaped the benefits, both financially and on the field.

Both in design and in performance, rugged tablets have shown that they can withstand the stresses of a professional construction setting, while still improving the working situations for employees.

Implementing technology into construction situations has been a successful experiment that has not only boosted efficiency and speed, but also reduced mistakes and on-site accidents. For “stakeless” construction projects, a team outfitted with rugged tablet technology can be invaluable to the project as a whole. GNSS capability takes on site construction to a new level by streamlining traditional processes and inventing new ways to complete tasks.