Recharging Drones

We all take for granted the ability to take five, sleep through, and generally recharge
our metaphorical batteries as living, breathing things. Rest is a component of life that
is essential.

For drones, it's really not an alternative to rest. At least while they're on the job, it's not
an option to do the things we want them to do. But there's been some interesting R&D
in this space.

Essentially, a handful of scientists have been finding methods to make drones more like
livestock, and whether these design modifications can make them more energy-efficient.

This month, a global team of technicians released a paper investigating whether drones
can be designed to ' perch ' – keep altitude without spending power or deviating from
their data collection mission.

The team recommends adaptable landing devices that allow drones
to attach themselves to a wide range of separate structures, resting on street lights and
edges or corners of buildings to reduce energy use, increase vision stability and retain
the scope of that vision.

For more data about drones, IoT and vehicle tracking devices, please contact Zuppa.

Drone Usage in Construction

The use of drones also benefits architectural companies and building contractors. Like real estate experts,
architects can use a property's pictures and footage to produce 3D renderings of the buildings they want to
construct. Architects can generate real-world ideas of their projects by generating aerial shots cheaply and rapidly on
which to place an architectural rendering. In order to create precise designs and understand how they fit within
characteristics, this capacity is indispensable.

Access to these plans during the construction project is also useful to the people actually bringing the design to life.
While dozens of sectors are using drones, the building sector is the fastest increasing business adopter. Over the
past year, drone use on the work site has skyrocketed — rising 239 percent — and construction is now the leading
industry using drone deployment.

Contact us at Zuppa to learn more about Vehicle Tracking, Drones and IoT.

Drone usage in Agriculture

In anticipation of the fresh FAA regulations regulating their routine operation in domestic airspace, scientific and commercial interest in the agricultural use of UAVs has risen. Agricultural work with UAVs, however, concentrated on a limited set of apps (mostly imaging for stress detection and assessment of biomass) in a limited range of plants (mostly field plants and rangelands). On the other hand, the growth of studies and technology for UAV use in specialty crops lags behind. The high value and labor-intensive nature of these plants offers a mature environment for new uses of UAVs to support a variety of management functions that go beyond traditional imaging apps used in broadcast plants.

This planning grant brings together university researchers and technicians with specialty plant and UAV stakeholders to evaluate the requirements and possibilities for practical UAV applications in fruit, vegetables and nut plants in the southeastern United States.

Contact Zuppa for more information on Drones, IoT and Vehicle Trcakers

School Bus GPS Tracking Systems

It can be a frightening thing for parents to send their children off in school bus. They don't know if the child has reached school safely after all. There will be this problem until the kid returns home. The primary benefit of GPS school bus trackers over other trackers is that ordinary trackers merely monitor the bus and record the data to be viewed later by the admin, while GPS school bus monitoring app sends immediate notifications to both parents and school administrators. Parents can always find out where their children are with dedicated trackers. Besides GPS tracker devices and applications for children, specialized services are also available to provide real-time monitoring of school buses.

We, at Zuppa, manufacture the state of the art AIS 140 vehicle tracking devices for you to make sure your child is safe and secure. Contact us for more information.

Why You Should Buy Drone GPS Tracking

A drone pilot should do whatever he can to maintain his drone secure. A drone costs a fortune and it should never get lost because of a flyaway or if you lose control of it. That said, this is a prevalent situation that pilots around the globe find ever so frequently.

Anti-drone GPS tracker is a handy little gizmo that should give any drone pilot a much needed peace of mind and an easy solution to claw back to their lost drone. You simply have to mount your compact and lightweight drone tracker to your drone which broadcasts a GPS signal which in turn is received by an external device with its location plotted on a map. This enables a pilot to find out his lost drone. Modern day trackers are accompanied with an app which ensures that you can track and find your drone via your smartphone. This device ensures ultimate protection for your drone.

Contact us at Zuppa to find out more information about GPS drone trackers now.

2 reasons to Buy School Bus GPS Tracking Systems

Safety Concerns

The main concern for each parent is the safety of their child. The schooladmins, as well as parents, could get real-time information about the place of each student if school buses install GPS Tracking System. Notifications are sent for unplanned stops and the real-time position can be verified from the mobile application of the system so that alternatives can be found rapidly in emergency cases.

Efficiency

Using manual routing and scheduling can result in mistakes that could result in minor financial losses. For example, just because of a miscalculation, you might need to run an extra bus. If you have an RFID car management scheme in location, such discrepancies can be prevented. Using such a scheme enables you to be conscious of each vehicle's covered range and fuel burned.

Therefore, streamlining payrolls for drivers and service suppliers for vehicles will be simpler.