Is Your GPS Tracker Device Safe?

Worry over the cybersecurity of associated vehicles has been commanding the news. As everything around us turns out to be progressively associated, it's just normal to pose inquiries about security. This reaches out to the associated gadgets and rigging in our vehicles and trucks. How would you know your small GPS trackers are protected?

Be careful with Low-Cost GPS Devices

The nature of gadgets can differ extraordinarily. There are various minimal effort GPS following frameworks out there that could imperil your security because of poor assembling. Before you associate small GPS trackers to your vehicle, you should watch that the maker has appropriately tried the wellbeing of the gadget.

Wellbeing is a top worry with anything connected to the symptomatic port of a vehicle. Relix Networks completely tests the equipment of each Relix Networks GO7 telematics gadget to confirm security and execution. Our intensive testing guarantees that it won't affect the vehicle's touchy information correspondence framework. Recommended Reading: How to Transferring Telematics Devices Between Vehicles

It ought to console to realize that GPS following, otherwise called OBD-based telematics, has been received by probably the biggest armadas in North America and is picking up footing the world over. GPS following innovation is basic to keeping the numerous ventures ready for action, for example, transportation and coordination, development, and government armadas. Endeavor measured armadas have a thorough endorsement process and would not execute any innovation arrangement except if it fulfilled their guidelines for wellbeing and security.

Business Fleet of Vehicles Car to Truck

Testing Stages of Relix Networks GPS Tracker Devices Each Relix Networks GO7 telematics unit is tried in any event multiple times. The testing happens as a printed circuit board (PCB) parts are amassed to make the last item. To begin with, the principle PCB gathering is tried. It is then tried again once the modem or daughterboard is joined. Next, the get together is tried some other time at Relix Networks. Just before transportation, each Relix Networks GO gadget is spot-checked with a catalyst test.
Stage 1: Device Functionality Tests

The main arrangement of tests is completed at the agreement maker (CM).

The center's use of the gadget is tried here.

Testing incorporates:

Programming the microcontroller (MCU)

Correspondence (COMMS) with the MCU

Testing the clock/clock

Testing MCU RAM

Programming a novel gadget ID

Stacking default gadget parameters

Testing the blaze memory

Testing the accelerometer

Every single upheld convention at all velocities (CAN, Legacy, VIOM, IOX, conventions, and so forth)

IOX port tried, including activating overcurrent assurance

LEDs

Signal

GPS module form, hook and sign quality

Stage 2: Additional Tests

The agreement maker likewise does the second arrangement of tests. Now, the daughterboard is appended and similar tests performed beforehand are rehashed.

The CM likewise plays out the accompanying checks:

Testing MCU COMMS with modem

Checking the modem adaptation

Checking modem signal quality

Testing the SIM card

Stage 3: Final Tests at Relix Networks

The third arrangement of tests happens at our very own Relix Networks offices. We rehash every one of the tests here with the last SIM card fitted, contingent upon the item code requested.

Moreover, we test:

Modem APNs are modified

Modem parameters are modified

Last gadget parameters stacked

All test information and pointers are cleared

Name printed and attached

In conclusion, before delivery, all gadgets are controlled up for the last review. Relix Networks affirms the LEDs, ringer, the firmware is working appropriately, the case sequential matches the gadget sequential and searches for any visual imperfections one final time. Each time the gadget is tried, every one of the outcomes is transferred to the Relix Networks generation database. We can recognize gadgets, analyzers, and CM issues. On the off chance that gadgets flop in the field and are returned, we can check them against the outcomes transferred to the database. Relix Networks then composes extra tests to get any part or module deserts. With this framework set up, we have a very low equipment disappointment rate.

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