The above quote by the American filmmaker “Godfrey Reggio” sums up everything when it comes to technology. It’s a fact that overtime technology has become the way of life. Just try to imagine our lives without it, even the thought seem scary, as we have acclimated our lives around it.
In this era, everyone has a mobile phone, apart from its basic usage like calling, connecting socially and staying connected with the world, It has become a guide too. It assists you to locate best way by giving you real time instructions until you reach your destination.
The smartphone is able to do it by using Global positioning system applications. Over the years, the technology has enforced specific navigation and positioning application, which will assist you to guide even within the indoor vicinity of properties which a conventional Navigation application is unable to map.
The application assists you when you are trying to locate food joints, a restaurant, or any other specific location at jammed market place, so all one has to do is touch a indoor navigation app and rest assured, now that application will be your real-time guide till the time you reach your destination. It is as good as a virtual guide.
It could be called as a GPS for indoor navigation, Indoor Positioning system refers to application that assists us to find people, locations, and routes indoors. The position information is being stored in an application program to make the data even more productive for future navigation references.
Now a days there are number of effective technologies for indoor navigation, below are the major ones which are being used commonly.
Indoor navigation application counts on collected information from several resources to detect customers location. The input information will be Information fetched from mobile sensors like gyroscope, accelerometer, etc.
After pursuing the aforementioned technique, the user wouldn’t have to get worried about the directions and routes. This navigation technique bank on three distinct factors, one would be the inherent dynamic aligning method platform, guiding transmitted signs that are fetched from a mobile, and finally then catered to the indoor locating system.
This procedure adds data from several sources to figure out the location of a user.
The position feature discovers the target location within a huge premise using the internal navigation app, as per the real time location of the user.
It finds the shortest way to reach their target location and not only roads, but it also suggests the shortest routes to reach parking or for that matter ways to specific locations inside huge shopping hubs and community centers too.
This characteristic in the indoor navigating application notifies the user time and again in respect to their real-time location on the mobile.
The utility of Indoor Navigation for customers can’t be defined, so it’s time now to put across the key benefits of these application for a user
Feature in the application finds the customer’s destined location, utilizing several locating systems, an instant point in time.
This feature reflects the quickest way towards the destination; analytics showcase the density of individuals present at real time in the building or land site.
It supports the managers to handle the beacons and they will be able to lay up promotional activities, etc.
The navigation assists in locating the quickest and easiest way and also suggests the customers that way towards their destination.
It suggests data and information regarding the count of people at the destination in real time.
The application continues notifying the customer about the route and directions until the customer reaches the destination.
The benefits of Indoor Navigation for Business are as follows:
Indoor positioning is being utilized in several states of affairs. It assists people to reach their respective locations or destinations, Indoor positioning also render productive information to the premises authorities, facilities managers, and sales coordinators.
Indoor Positioning application helps the guests, patients, and professionals in the hospital. Visitants and users looking for a specific ward or department will be able to locate without wandering around with the help so the application, step by step directions to the users would always relieve the people who are already stressed and it could be lifesaving at the time of crisis when a patient needs emergency attention.
Looking for a meeting hall, washroom, or department becomes a cake walk with indoor positioning in offices. , employees can always map out which meeting halls are vacant.
The basic usage of indoor positioning in shopping hubs is to cater the customers with step by step directions to a specific store. In bigger malls, it assists one to look for specific category of products.
Institutions are adopting latest technologies in their buildings. A competent institution chooses to facilitate the building or campus with the indoor positioning system so the students are able to use the resources provided by the institutions like libraries, laboratories, etc. without wasting time.
Indoor positioning technology can make a huge difference at airports where in boarding notifications, updated fight schedules can make a travelers life very easy. This technology will be a savior who is running against time in order to catch the flight, with prescribed step by step directions so they can always reach the right boarding area in minimum time.
Parking stands at airports, shopping centers, and several centers can occupy large spaces with numerous levels, making it a dilemma for the users to find their own vehicle but the indoor positioning system can get one to navigate easily.
Navigation in huge office buildings can be troublesome, for professionals and visitants. Indoor positioning system facilitates navigation, enhances workflows, and definitely saves a lot of productive time.
It offers an indoor positioning system that assists visitants and professionals to easily reach their destination.
It’s always effective when one needs to look for his subordinate or fellow employees when one is not sure about their location. With the indoor navigator application, one will be are able to look for the whereabouts of their fellow employee in real time.
By using navigation techniques one can improve the data security and always manage the visitors visiting your corporate premises. One saves on lot of time and also able to structure the visitors flow in the office premises avoiding mismanagement.
The application deals with navigation within buildings. As GPS reception is generally non-existent inside buildings, other positioning technologies are used here when automatic positioning is desired. Wi-Fi or beacons (Bluetooth Low Energy, BLE) are often used in this case to create a so-called “indoor GPS”. Contrary to GPS, however, they also enable you to determine the actual floor level.
Most applications require an “indoor routing” functionality that guides people precisely through a building using an indoor navigation app and in this way, automatically determines their position – very similar to the navigation systems that we use in our cars.
Directing app (platform showcasing routes in a digital representation) utilized for Railway stations, Amusement park, Shopping centers, etc. Such a type of app is potent to get several other jobs done.
Though, indoor positioning could be achieved without automated navigation – for e.g., when a digitized map is amalgamated into a site or in a digitized signage process (multiple-tap booth/Interactional terminal). In such cases, no positioning mechanism is needed (Wi-Fi, beacons).
Though even indoor navigator applications require several hardware and these equipment’s are categorized into three main types in order to ensure accuracy this approach should be interact with each other.
These points serve as signaling communicators, however, these never figure out user location, alternatively, your mobile does that and this ends up draining the battery.
These have long lasting battery and approximately nine to ten feet compassing accuracy, the commuting signals are assisted by android and IOS smartphones, apart from BLE Beacon supported positioning method detects the path via server and hence it extinguishes the excess burden on the customer’s smartphone. To get it done the customer’s position needs to be in the scope of minimum 3 Belcons, this process is termed as triangulation procedure.
This process utilizes a devices native navigational instrument and geomagnetic navigator at the locale, but for the same, the magnetic area has to be steady.
The location detecting beacons can discover a client or visitor within the prescribed proximity. So a business can always attract visitors and customers in the vicinity by sharing a message or notifications to their smartphones. Also, the businesses can notify about the offers and sales is going on.
If a customer or client is looking for a specific place or commodity, it will notify the customer precise route to that location.
In big warehouses and manufacturing units it helps to keep a track of products, departments, assets with the use of an indoor navigator app.
The indoor navigator technology works on a procedure more or less like a Global positioning system using Beacons in the establishments, instead of following the signals transmitted via satellites.
It is widely known that there are number of businesses that are functioning with wireless technology like Bluetooth instead of going for the satellite.
Indoor positioning technology when working via Bluetooth is congruous, accurate with a wide range of technologies. But it tends to have a small functional range. Moreover, the Wi-Fi-based indoor navigation system has great potential, when it comes to the area-size.
The systems based on Wi-Fi and Bluetooth do not require any kind of additional hardware, as they can keep track of the user’s location, with a reference to other wireless internet-connected mobile devices.
The indoor positioning application never relies on the transmission received from the satellite, not even on the wireless fidelity or Bluetooth connection. The smartphone utilizes Indoor Atlas as it comprises a compass that discovers magnetized fields, which the premises structure creates within.
This app is more useful when a company already has a map of its building available for the use of the app. The technology has given indoor localization a new face, however, the range of use is still less.
Below are the main factors which decide the cost of an application:
Select among the two platforms which you look up to in the very first development phase, actually, it needs a long time to go for both the platforms. One can always go for another one afterwards launching the 1st version.
The application has to look attractive and must have an appealing interface to occupy the interest of customers for longer period of time, more time user spends on our app better for the business.
An amazing design will need more investment, so always keep in mind that you can always better the design in version two, so one has to have a balanced approach as it greatly affects the cost.
The size of the application is directly proportional to the list of features, functions, user info, etc. More the features, the higher size. So one has to find out what is the need in the first versions as the left out features could be updated in the upcoming versions.
A lot of companies and businesses hire android programmers and just give them the creative freedom to design the app as the programmers have envisioned.
But there are lot of factors other than hiring that must be kept in mind in order to develop an indoor navigation application, as the application can cost you a fortune if you are not able to supervise its features, as there are many added features which cost a bomb but initially you might not need those in the version one of your application. Once you get an application developed then too you will have to update it in regular intervals.
These are a couple of services one has to pay just after the application has been developed:
That’s not all though, one has to share his needs openly and one has to confirm that the chosen mobile app and web development company is competent enough to deliver the application which you had envisioned.
Visual Positioning System is the latest attribute added in the Google Maps. This technique detects the nearby environ by the help of the customer’s camera of the users smart phone, and then projects an inflated 3D way such as lit-up projectiles and accurate steps, on the smartphones.
If one is preparing to build and develop an indoor navigator application one has to have a project designed by an experienced team of experts. The general suggestion would be to plan each phase before straight away getting into development. Though this technology has been a fruitful investment for the investors and as per predictions it is going to soar in future.
Indoor navigation is vital these days as it not only helps people move in complex building areas but also enables them to accomplish various other tasks with ease. Indoor navigation leverages modern technology to pinpoint a specific location in a huge building.
An IPS (indoor positioning system) can be considered an alternative to GPS (global positioning system) for indoor locations. While we use GPS to navigate outdoor locations, the IPS can identify real-time locations and precisely verify the coordinates of assets and people inside a building.
Augmented Reality based indoor navigation integrates AR technology and offers directions on a screen overlaid on the top of real-world environments, which are seen via the camera of any handheld device or smartphone. It enables end-users in navigating via complex buildings without utilizing maps or other references.
We can accurately pinpoint a specific location on the map by blending sensor fusion and machine-learning technology. By integrating the Wi-Fi access points, low-energy Bluetooth beacons, and indoor positioning system, we can certainly achieve the indoor localization of users within one meter.
Location-based AR depends on the accelerometer, GPS, digital compass, and various other navigation technologies and tools to determine a device’s position and location with utmost accuracy. As most modern smart phones come with these technologies, end users can avail of location-based augmented reality with ease.