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ANPR (Automatic number plate recognition)

ANPR is the underlying technology used to find a vehicle license/number plate and it, in turn, supplies this information to a next stage of computer processing through which the information can be interpreted, stored or matched to create an ANPR based application.

Automatic number-plate recognition (ANPR) is a technology that uses optical character recognition on images to read vehicle registration plates to create vehicle location data.

Automatic number-plate recognition can be used to store the images captured by the cameras as well as the text from the license plate, with some configurable to store a photograph of the driver.

Systems commonly use infrared lighting to allow the camera to take the picture at any time of day or night.

An ANPR camera takes an image of a vehicle number plate; the image is passed to a reader, which locates the VRM and reads the letters and characters so that they can be identified using Optical Character Recognition (OCR) software.

An image of the view of the number plate and/or overview camera is then saved and checked against the database.

Applications of ANPR

Parking-

ANPR systems can be used to monitor the use of each parking space, providing the parking management owner with real-time information on how many free spaces there are.

It can also help to ensure that motorists don’t drive around car parks in search of a space. In fact, some car parks are able to direct vehicles to free spaces.

Safety Maintenance

ANPR provides an easy solution for measuring section-related traffic data. It can predict vehicle journey times over a given section of road.

It can also measure vehicle speed. It precisely determines the average speed of vehicles travelling on a section of road by identifying their registration plate at both ends of a given journey.

When vehicles pass through different road signs, their registration plates are displayed with a preventive speeding or vehicle inter-distance safety message.

Tolls-

ANPR can be extremely helpful for motorway road tolling. Road tolling means motorists pay directly for the usage of a particular segment of road infrastructures. ANPR is mostly used as a very efficient enforcement tool for tolling systems.

It warns drivers of any delays ahead, allowing them to divert their routes. It also provides a safety   information system for road workers.

The system warns drivers that are speeding in road work zones and displays appropriate messages  in the vehicles.

Police Investigation-

APNR also assists police investigation. It can easily spot stolen vehicles. It helps them catch criminals red-handed while stealing vehicles.

In addition to locating and recovering stolen vehicles, Breaking of signal. It also helps the police identify and prosecute offenders using illegal, uninsured vehicles and those not paying vehicle taxes.

Future Scope of ANPR

The ANPR market will grow by around 25-30 per cent in the next five years. Enforcement solutions combining, for example, speed measurement, camera and ANPR will drive future growth

There had been a substantial increase in the use of cloud-based software in the ANPR system. These services make it easier to store ANPR data directly in the cloud.

In addition to direct connectivity, these services also provide cost-effective and scalable storage solutions and services. Cloud-based storage will attract traction in the future due to its low cost, flexibility, and scalability and can be viewed as one of the significant opportunities for the ANPR system market.

So with rapid growth of cloud technology and need to monitor traffic, tolls automatically due to high traffic volume, use of  ANPR Technology is going to rise significantly across various industries

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Road and Highway construction and monitoring with UAV

 Since last decade drones have been widely used in various industries, drones have expanded in both enterprise- and consumer-level and have become more advanced, more intelligent. Fastest growing commercial adopter is the construction industry .Construction is one of the world's biggest industries

Drones are changing the way land is surveyed, reducing the amount of labor and time needed to map out the right data. They also help eliminate human error on the job site. An alternative to heavy and expensive equipment, drones have made data collection simple.

Builders can use drones to collect real-time data about ongoing projects and monitor and manage projects effectively. Aerial insights improve progress tracking and assist in spotting errors early — before they become costly or add weeks to a project’s timeline and can be mend soon. 

By spending less time on mapping a job site, They also increase safety, save time and resources, fast-track surveying, and deliver accurate measurements.

Drones have impacted the construction industry in following ways-

-Enabling better construction site monitoring

-Calculating stockpile volume and material types for inventory

-Calculating length, width and elevation for roads and structures

-Annotating images and maps for easier communication

-Calculating overburden to plan for an efficient removal

 Benefits of Drone Applications in Construction Industry-

Drones Provide Additional Data

Providing the clients with visual data on the as-built condition of the building allows them to better manage, monitor  and maintain the property. 

Drones assist to Monitor Progress

UAVs assists project owners to visualize the complete site with precision and tackle down flaws in the project and mend it. Project in -charge can easily communicate site progress to clients by showcasing visual reports.

Drones Are Cost-Saving

Drones are also a huge cost-saver across many different expense types. We are able to monitor live construction site work With self-guided flight paths and precision cameras, a drone can cut down a multiple acre survey job that takes more than 100 hours to manually survey, to about 2 hours. That’s a huge decrease in cost as salaried workers spend less time, and thus less per-hour-cost, on site.

Drones Protect Workers

Drones allow for detailed inspection, whereas site inspectors are not put at risk for exposure to harmful environments. Drones help avoid job site slips, falls, and other accidents that can occur when workers try to make their way across treacherous areas of the job site

Drones Condense Data

Advanced fleet management technologies reduce the work it takes to operate a single drone by enabling several fleets to work together throughout a job site and return all relevant information gathered back to the construction team. 

Software improvements allow businesses to scale their company's operations more quickly while being able to manage more drones at once and make use of them in more locations.

Overall, UAVs minimize the amount of needless work and increase efficiency due to more careful monitoring of the construction process. Errors will be caught much earlier and can be corrected before they escalate into a more troublesome problem.

 The use of drones in Construction industry is going to rise as the work done by drones increases efficiency of the entire project and saves cost of the project and enhances safety of workers and provides accurate data and eliminates human error.

To Know more Visit- https://airpix.in/infrastructure.html

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Safety is first and foremost important in factories. 

Airpix enables to Detect Personal Protective Equipment like helmet, coat in workers using AI in construction and other industries 

 Visit- https://airpix.io/personal-protective-equipment.html

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AIRPIX Drone Technology captures 360 degree high resolution spherical panoramas with vital info-graphics to give the user an interactive aerial tour around a location. These tours enables user  to experience a location anytime, anyplace on digital platforms like PCs, tablets or  phones. 

 To know more visit - https://airpix.in/drone-photography-india.html

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AIRPIX Drone Technology captures 360 degree high resolution spherical panoramas with vital info-graphics to give the user an interactive aerial tour around a location. These tours enables user  to experience a location anytime, anyplace on digital platforms like PCs, tablets or  phones. 

 To know more visit - https://airpix.in/drone-photography-india.html

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Global logistics market is expected to flourish exponentially in the coming years. According to the 2018 data of the Economic Survey, logistics industry of India is pegged to grow at 10% per annum

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Here’s how the future of D2D logistics looks like

Global logistics market is expected to flourish exponentially in the coming years. According to the 2018 data of the Economic Survey, logistics industry of India is pegged to grow at 10% per annum. It has also been envisioned by the experts that the future growth of the industry will be focused on India’s tier 2 and 3 markets which talk a lot about the emerging opportunities for door to door logistics service providers.

In order to understand how door to door logistics will play an indispensable role in the economic growth and how the future of door to door logistics looks like from the current angle, let’s delve further into some of the speculations.

If the current economic condition of India is taken into consideration, the nation needs to buck up in terms of exports in order to accomplish the mission of joining the USD 5 trillion club by 2025. If the exports are to be increased, logistics will play a crucial role in moving raw materials to the manufacturing plants. With the increase in manufacturing of products, the need of production plants is also likely to increase. With that happening, a lot of movement of goods is expected.

Another likelihood is the rapid urbanization in India in the coming years which implies that more frequent movement of goods will take place to the newly turned cities. This will act as a primary contributor to the growth of the door-to-door logistics sector. While we are still considering the aspects namely growth in the manufacturing sector, infrastructure, urbanization, etc for the future of D2D logistics in India, technologically advanced countries are devising ways to improve last mile logistics.  

Last mile logistics is being eyed as the area of emphasis in the D2D logistics arena. Countries across the globe are trying to improve the last mile delivery services and make them more efficient, streamlined, and simplified. With changing customer expectations, it has become important for the D2D logistics sector to work on the delivery time. Earlier, customers who wanted faster delivery were ready to pay extra but with time, the dynamics have changed. They want faster delivery without paying anything extra. There are customers who expect delivery in no time and that is exactly where express D2D logistics services come into the picture. It is pretty much evident that the future of D2D logistics will comprise of express deliveries.

Customers have already started seeking complete transparency in terms of shipping. They prefer to be informed of the shipping status of their goods and wish to have complete control over their shipment. With such demands in place, D2D logistics services with efficient tracking ability look promising to stand the test of time. Due to a drastic shift to e-commerce sector, the D2D logistics sector has already observed a substantial growth. With time, the e-commerce sector growth statistics are likely to increase, thus giving a push to the D2D logistics growth.

Considering the futuristic approaches being adopted by the logistics companies, robotics will certainly dominate this arena. Unmanned deliveries with the help of robots and drones will be more common scenario. As operational excellence is necessary in the door-to-door supply chain, robotisation will help in meeting the requisite. Moreover, robotisation will combat resource shortage and change in the labour market conditions which will directly impact the delivery time.

With the introduction of ultra-low emission zones or clean air zones, D2D logistics sector will be forced to use zero emission vehicles with no pollution and no noise. The future of D2D logistics looks quite greener, not adhering to which will cost heavy penalty.

Currently, a lot of effort is being put into new transport planning and more efficient scheduling systems. Big data is being implemented to attain a radical change in the way scheduling systems work at the moment. Big data will help in the forecast of delivery routes which will in turn help in tactical planning. On the basis of real time traffic information and the availability of unloading zones, operational planning and scheduling will be done. Smart planning and IoT will ensure that the planning process is brought down to seconds from minutes.

Uberfication is something that cannot go unnoticed when it comes to last mile logistics. It is a widespread phenomenon that is expected to improve the urban freight process. Data sharing capabilities with several private and public partners in the supply chain will certainly be a seamless process due to uberfication. D2D logistics is a domain that can be largely benefitted by uberfication.

Another futuristic trend largely envisioned by the D2D logistics experts is the building or taking advantage of urban warehouse space. In this manner, slow, large scale mobility can be coupled with personalised, small scale mobility. This will help in the strengthening of public-private partnerships.

Strong safety measures can also be expected to do rounds in the D2D logistics arena in the future. As D2D logistics is all about heavy vehicles and cargo vans, improving the safety standards will undoubtedly play a crucial role in operational enhancements.

With all the trends and speculations discussed, the future of D2D logistics looks transformed for the better. In India, the developments might not look as pronounced as they would in the technologically advanced countries, nevertheless, the sector is expected to grow substantially.