Category: GPS Talk
effiTRAQ, is a powerful, web-based vehicle tracking solution from effiKC, offering comprehensive tracking and fleet management features. The user can not only track movement of his vehicles and fleet on Google Maps but also set up rules for automatic surveillance, manage notification (email/ sms) options, generate detailed MIS reports in various data formats including graphical format, remotely issue commands to vehicles, get access to sensor data from sensors connected to the Vehicle Tracking Unit and manage sub-users and their levels of access.
effiKC is offering this truly enterprise grade Vehicle Tracking Software for FREE to its customers for up to 100 vehicles. License fees for additional vehicles are as low as Rs 250 per vehicle, one-time.
With this offer, effiKC hopes to reach out to the small and medium transport operators and owners who constitute the major bulk of the Vehicle Tracking Services market.
The details of this offer are available at: http://www.effikc.com/offers.html
The detailed features of effiTRAQ are available at: http://www.effikc.com/effitraqbasic.html
We at effiKC believe in the power of information. We also understand the need for analyzing the information to draw useful inferences.
In keeping with our quest for providing the best tools to our clients for analyzing the overwhelming volumes of real time data that is generated through our effiTRAQ Vehicle Tracking System, we have introduced powerful graphical reports.
Optimizing the fleet performance is now as simple as clicking on a button with the new version of the effiTRAQ GPS Tracking Application.
So go ahead and test it out today!
I am delighted to inform all our clients and readers that effiTRAQ is now Windows compatible!
effiTRAQ Enterprise Vehicle Tracking Server software has been designed and tested to run on both Linux/ Unix servers as well as Windows Servers. effiTRAQ would thus be able to power your company’s real time asset tracking and supply chain requirements irrespective of the OS your company’s IT infrastructure supports.
To know more about the system requirements to run effiTRAQ Enterprise Server, please get in touch with our support team.
Real Time Asset Tracking is the buzzword today in the domain of Supply Chain Management. The market is growing rapidly and the analysts expect it to grow to several billion dollars in the near future.
Every player in this segment is trying to come up with new features that would provide additional benefits to the end clients with the hope of differentiating itself from competitors. But in this mad race to add new features for the end clients, not all of which are actually useful, one forgets the need for building tools that would help the provider of such tracking services to manage the ever growing number of clients and assets under its portfolio.
We, at effiKC, understand that a successful product is not one which has the most number of features but one that has features that are actually useful and that can be managed easily to help scale the business as demand grows.
Our product, effiTRAQ, is a comprehensive feature rich asset tracking and fleet management application that is efficient, scalable and easy to use. It has been built keeping in mind the needs of not only the end customers (for supply chain management) but also the service providers offering the asset tracking services. It comes with an administrative portal for managing clients, vehicles, marketing campaigns, tariff plans, billing and payments- not just in one country but in several countries and with different languages.
We would be discussing about the various features of the effiTRAQ Enterprise Application in our upcoming blogs. So don’t forget to add our feeds if you want to know about the latest developments in the field of Location Based Services.
When I searched Google for ‘vehicle tracking’, it returned over 9.5 million results in just 0.31 seconds. That is the power of Google. And that also shows how important vehicle tracking is today.
Twentieth century was the age of automobiles. Motorized vehicles gave man the capacity to cover greater distances in shorter periods of time. As a result automobiles gained popularity as the mode of choice for sending goods to distant places. However, with goods and assets traveling far and wide and in greater volumes, the need to locate the assets and to manage their supply and delivery became increasingly difficult.
Man started experimenting with various technologies available at those times to track remote vehicles and consignments. One of the first modern age methods of tracking invented was that using swipe cards.
In this method, the driver of a moving vehicle was supposed to swipe a card at different checkposts along the route of the vehicle. So as soon as a driver reached a checkpost and swiped his card, the owner of the vehicle would receive the information.
Although it seems like a simple and easy way to track vehicles, think about the infrastructure required to sustain such a system. For example, think about the number of checkposts that would need to be maintained for just one route to get movement data with sufficient granularity. So if it had to be done for several routes, the capital cost for creating such an infrastructure would significantly shoot up. Moreover this technology is very static i.e. only movement along routes where checkposts have been setup can only be tracked. If owing to business demands, a vehicle needs to travel along a new route, it would not be possible to track its movement.As a result, this technology never picked up.
Around this time, cell phones were gaining popularity as the means of communication with remote users. So people started using cell phones to call up their remote vehicles and finding out their location and status from the drivers. However, drivers always found out plenty of opportunity to present to the owners only the information that they wanted to present, easily bypassing all other information that might be of critical importance to the owner.
This problem was like asking a student to evaluate his/her own answer script in an examination. Owners soon realized that they needed unbiased third party information on the movement and other information relating to their vehicles.
People then thought of using cell phone towers to locate a cell phone. The method is commonly known as cell phone triangulation. The method uses concepts from high school geometry- to locate a point in a plane, you need to know its distances from at least three points (equivalent to the vertices of a triangle) on that plane. So using this principle, it is possible to calculate the location of a point if its distance is known from at least three nearby cell phone towers.
Cell phone or GSM based vehicle tracking as it is usually called, seemed like a definite improvement over swipe cards based tracking. However, this technology had its own drawbacks. The major drawback was the (non) existence of cell phone towers along all routes through which a vehicle would be traveling. The lesser number of towers that are visible to a cell phone, the more inaccurate the position estimate becomes. And in places of no towers, no position estimate is possible. As a result, this technology could not become a fool-proof solution for remote vehicle tracking.
Towards the end of the century, the US Government opened up the use of its military satellites to consumers. This move suddenly opened up avenues for consumer technologies which were so far only restricted to military and intelligence.
Global Positioning System or GPS as it is called now allows locationing of any point on the earth’s surface. It is not limited to availability of cell phone towers. Wherever the vehicle moves on the globe, under the open sky, its location can always be found out from the satellites. It is like having an eye in the sky.
This advantage of GPS meant that it immediately replaced all existing technologies in the field of vehicle tracking. In fact today, if any one talks about vehicle tracking more than 99% of the time one implies GPS enabled vehicle tracking.
Its use is no more limited to the transport and logistics sector that saw the development of this technology. Today it is used for locating stolen vehicles, tracking ships and yachts in the open sea, tracking children and old people, tracking wild life and plenty of other areas where location information is absolutely critical.
GPS enabled tracking is a technology of the future. The world around us is changing every fraction of a second. The location and time information of every event that brings about this breathtaking change is a power whose full potential we are yet to harness.
As we try to figure out how to use this power, it is the responsibility of companies like ours to create and build technologies to help people collect and eventually analyze this information.