![]() ![]() One approach that I have thought about is to use cheap smart phones with GPS capabilities and deploy them instead of sensors on the objects. Think of it akin to a ride matching part of a ride-sharing service like Uber (only w.r.t the reason for frequent location reporting) wherein the location of a driver is collected at some frequency to match them with a trip. It needs to report location so often because the location of the object will govern certain processes in the backend. Or, if it would be possible for such a device to have rechargeable batteries, then some solution could be possible achieved with a set of 2 - 3 rechargeable batteries cycled through out the day, however I fear this will go over the $40 budget that I have set for such a device. For now, I am assuming that a power source will be intermittently available (i.e 1 - 2 hours a day), i.e the device will be charged once a day using a regular charging port. However, an important feature that the device will need to have is the ability to be able to be switched on and off by a human.Ī. However, the data once collected needs to be secure and the actual geolocation device should allow me to add layers of security into it to prevent malicious entities from manipulating the geolocation process and / or unauthorized entities collecting the geolocation data. No there is no special requirement for being covert w.r.t the geolocation process. It will be about 1.5 - 2 meters in height and about half a meter wide.Ī. The object can be thought of as not being too large. The device will need to report location through out the day, maybe from 7 AM - 11 PM every day, so for about 16 hours a day (although this isn't a hard constraint i.e it could report for less time).Ī. I am assuming the device will be reporting location once every 5 minutes. ![]() ![]() How long does the device need to report location?Ī. Here are the answers to some questions in the comments: If no such product exists, how complicated would it be for me (an IoT novice) to build a system that achieves outdoor geolocation using a raspberry pi (maybe for about $30 - $50)?Īny guidance or additional resources that would help me gain clarity is greatly appreciated. Is there any product available which can achieve outdoor geolocation with <100 meter accuracy which costs less than $40 ? I am looking for a few questions to be answered: The device will also need to have the ability to be switched on and off by a human being and/or programmatically when the object does not need to be tracked. I am new to the Internet of Things space and would like to inquire if a solution exists / could be created for real-time geolocation of an intermittently mobile object (not an automobile)? The GeoLocation would have to work mostly outdoors and would need to transmit location every few minutes to some cloud-based system. ![]()
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