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Tuesday 10 March 2020

Transforming HVAC Service Delivery With Technology

TheChallenge

HWisel, a home appliance repair service company wanted to automate operations and make their services available through a one-stop mobile app. They decided to launch an on-demand home appliance repair services app that included the following features:
  • Geo-location tagging of service personnel
  • Secure payment integration
  • Appliance service history records
  • Intelligent reminders for service recall
  • Smart home appliance integration
  • User-friendly UI design with minimal booking steps

HWisel has leveraged the latest mobile tech to build an app that changes the way HVAC services are requested, sourced and delivered to the customers in this era of on-demand everything.

TheSolution

Keeping client’s objectives in mind and analyzing the technology requirements, Mobisoft partnered with HWisel to build a cutting-edge on-demand HVAC repair service application that connects service seekers with service providers in a minimal timeframe and streamlines their appliance repair service delivery. Mobisoft’s app development team developed a cloud-based solution across mobile, tablet, and web platforms that successfully completed these key implementations.
Read More About HVAC Service.

Park and Ride System: Is It Defining Better Future for Urban Commuters?

Parking in developed and populated urban areas is often a point of concern and quite time-consuming. There is a range of options available to solve parking problems. Talking about the most effective solutions to minimize the traffic volume and reduce the congestion in parking areas, park and ride service is a technology-driven system that should be mentioned. 

The main objective here is to facilitate parking lots where private transport users park their own vehicles and commute via public transportation mode. As a result, usage of public transport increases, traffic congestion and air pollution decrease, mobility around a city improves and the commuters can reach their destinations in a stress-free way. City authorities around most parts of the world have already started offering this intermodal urban mobility solution and improving the efficiency of transit.
Does your city also need this system? Today’s post will give you the answer.  This post is all about making you understand the importance of the park and ride system for seamless intermodal urban public transportation.
Key Components and Objectives of Park and Ride Service
A properly planned park and ride system provides solutions to meet transport needs in a sustainable way. The main reason to implement a park and ride system is to minimize on-street parking while striking a balance between profit and maintenance costs. This measure comprises of three major components, which are:
  • The launching of a new park and ride solution along with improving the existing ones.
  • Making public transport connections better.
  • Developing an electronic system that can help people in advance booking of parking spaces.

Implementation of Park and Ride Facility 

However, the basic concept of the park and ride is pretty simple. But without proper planning, implementation, and maintenance it cannot be done perfectly. Hence, here are some of the best practices that you should keep in mind to make the most of these facilities:
  • Choose an area that is easily accessible to you. Park and ride facilities can be successfully offered when the parking spot is peripheral, an outer area away from the regular traffic congestion. The location should also provide direct access to the public transport system. Therefore, identify ideal locations and select the best out of those. 
  • Reanalyze the transit frequency. Offering this facility does not mean that you should stop analyzing transport patterns regularly. You should closely monitor transit activity, at least once in a quarter.
  • Keep planning new strategies to make sure the service keeps evolving with time. Implement the new ones along with the existing ones. 
  • Never forget to collect and channelize support of the public and stakeholders to educate commuters about the incredible benefits of Park and Ride solution.
  • Read More About Park and Ride System.

Intermodal V/s Multimodal Transport System: Similar But Not Same

In today’s smart cities, connecting destinations faster and seamlessly are the key to development. Intermodal and multimodal transportation freight methods allow better shipment or commutation even to remote areas by combining different modes of transportation, including but not limited to flight, freight, truck, and public transportation. Although used interchangeably, intermodal and multimodal transportation systems are worlds apart.

Introduction to the Concept
The efficiency of smart cities can be improved beyond expectations by crafting an optimal transport system. Every stakeholder and customer is looking for that key innovation, which puts one community or a smart city apart from the other. May it be the low carbon emission or energy efficiency, accelerating development in smart cities lies in the hands of the transportation system.

Intermodal Transport System

As the name indicates, it is a transportation system connecting two or more modes. Under this system, goods transportation takes place in an intermodal container or loading unit, which passes through several modes of transportation (ocean freight, truck, rail, etc.). 
Once the product reaches a specific geographical area, trucks deliver the product to a common collection area. From there, similar vehicles or smaller transportation deliver the product to the end customer. The entire transportation process comes under the control of a different carrier or transportation service provider under different contracts. This model includes airport rail-road link transportation, airport ferry connection, allowing automobiles on trains, train to ferry connections, and so on.
In the case of urban public transport, intermodal transport is used to reduce the use of individual automobiles and promote the utilization of public transport. Several intermodal journey planners such as  Rome2rio and Google Transit have taken the initiative to help travelers schedule their journey. Intermodal transport focuses on providing a blend of one type of rapid transit like the regional rail to low-speed options such as buses, trams, or bicycles. The latter is either appended at the beginning of the journey, or towards the end. Thus, trains provide a quick transit over long distances, such as from suburbs to urban areas, from where the passengers can choose the second option to travel within the city. For example, people can use trains or airplanes to cover long distances, and then pick a bus, taxi, or tram to travel from the airport to the in-city destination. 
In places with dense populations and high demand for public transport networks, the intermodal transport system could be a reliable solution. By using mobility-as-a-service, it is easier to provide a digital solution to public transportation, including intermodal route planning, ticket mobility, sharing transportation, and others. Intermodal mobility allows packaging services from different types of public operators to create a holistic platform for booking, planning, and traveling. The best example of the intermodal passenger transportation is the feeder buses.
Role of Technology
Regardless of choice between multimodal and intermodal transportation, the system needs a basic transportation management system, which includes tracking, routing, and contract management. The use of ICT (information communication technology) in intermodal and multimodal transportation methods helps in better material planning, directness, and speed in the process. ICT is a grand advancement when compared to the conventional point-to-point style of integrating separate systems along the supply chain.
Apart from these, certain technological advancements provide better utilization of resources during these transport processes.
  • Open Interface for User Experience
    Using one simple interface linking the mobility services like public transportation, shared taxi, charging stations, and others will provide a better platform for the partners to have a heightened experience. In freight transport, this interface includes usage of the geo-localization system to track the product.
  • Electronic Cash
    Since multiple carrier companies are involved in the entire process, usage of electronic cash or pre-paid cards can reduce the time and complexity of the process. Using integrated cards, service providers can manage the spending and redeeming credits with less complexity. This process also gives more transparency to the entire process.
  • Smartphone Apps
    Allowing the passenger or contractor to track the route is one part of providing an application for the phones. Starting from using any electronic credits to reserving services for a future purpose, the scope of an integrated application for mobile phones is seamless. This real-time application allows the user to manage or identify the multimodality or mobility of the process with ease. For instance, with a traffic monitoring system, the passenger can get notification about a possible delay in trains and choose buses instead of trains to reach the destination.
  • Reducing Delays and Damages Using IoT
    Using IoT, the system can track and analyze every single required parameter of the transportation process. For instance, by utilizing IoT, the system can monitor the temperature of refrigerated containers allowing immediate fix to any compressor problem in any of the refrigerated containers during the transit. The same goes for avoiding the wrong delivery of products. IoT can also help in reducing delays and incoherence between two modes of transportation.
  • Cloud Computing
    Integrating ICT with cloud allows business service providers to respond quickly, reducing implementation and delivery time. This integration also reduces the need for drastic improvement in infrastructure while scaling up. With the help of cloud computing, the service providers can provide better features and advanced functionality to the users, in parallel to data security and reduced delay in data sharing.
  • Artificial Intelligence or RPA (robotic process automation)
    Implementing RPA in intermodal and multimodal transportation allows the service providers to reduce the redundant manual process, allowing customers to experience prompt services. In multimodal transportation, creating coherence between two modes of transportation is very crucial. Automatic reporting and automatic notification can help you create a strict timeline, which also reduces the overall delay.
    Other benefits of using advanced technology in the system are:
    • Improved efficiency even during unexpected operating conditions like driver strikes.
    • Reducing the number of empty runs with better routing.
    • Optimized utilization of resources and infrastructure.
    • Reducing the overall cost of the operation, thereby reducing the bill of transportation for each individual.
    • By using advanced terminal-based ICT, the loading and unloading time decreases. It also allows for better utilization of terminal infrastructure and coordination between different service providers during multimodal transportation.
    • During intermodal transportation, a centralized system for managing contracts and an automated billing process can reduce manual errors and delays in the contract of lading generation.
    • Wrapping Up,
    • Given the advantages and scope of intermodal and multimodal transportation, it is clear that one is not a direct replacement of another. For any flourishing modern city, both intermodal and multimodal systems are essential if one is looking for more efficient transportation without forgoing the green-initiative for a healthier tomorrow.
    • Read More About Intermodal V/s Multimodal Transport System.

Thursday 6 February 2020

Intermodal Routing: A Step towards Building Smart Urban Public Transportation System

Commuting in today’s fast-paced world has become more accessible to everyone because of smart transportation technologies. On-demand transport platforms like ride-sharing, bike-sharing, and shuttle services, autonomous vehicles, smart infrastructure, and other highly-effective digital urban public transit solutions have rapidly changed the way people commute on a daily basis. 

The Routing Race begins here…
Although many transport technologies have been introduced worldwide, finding the most suitable combination of modes can be a time-consuming task. Commuters have to rely on multiple routing channels – apps that provide information for the entire journey. They have to shift from one app to another to drive more information, and that’s frustrating. Furthermore, many routing apps provide insufficient information about transit data, traffic, vehicle arrivals, or delays. Switching multiple apps for booking different means of transport is also annoying. Therefore, presenting a powerful routing service, in the form of “Intermodal Routing” will enable commuters to choose the best suitable transport mode for the journey on a single platform.
Let us understand ‘Intermodal Routing’
The term indicates the combination of multiple transportation modes for a better mobility experience. It makes the journey attractive by including more than one form of transportation such as walking, bikes, buses, trains, private cars, ferries, trams, and much more. It integrates different transport modes into a single transport network in such a way that the entire ecosystem creates organized, coordinated, and efficiently planned routes for a seamless journey.

Intermodal Routing requires,

  • Integration and Interconnection of all the multiple transport modes 
  • Placement of conveniently located transport stations or connections
  • Improved coordination in the transport system
  • Proper management of E-ticketing system for all the routes
  • The adequate distribution system of all the transport modes
  • Implementation of different transportation technologies
  • Strict adherence to government policies 
The main objective of implementing intermodal routing most productively for the transportation industry is to minimize the travel time and emission of CO2. Because the bustling transportation industry is expanding at a superior level along with urbanization and, so are the complexities people face in urban areas related to traffic congestion, higher fuel consumption, increase in commuting time, and lot more. This results in CO2 and Greenhouse Gas (GHG) Emissions, which causes climate change on the earth’s surface, making the atmosphere warm. Hence, integrating other powerful routing technologies in the market will provide commuters a reliable and safe travel experience.
Read More About Intermodal Routing.

Tuesday 4 February 2020

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Friday 31 January 2020

How Can An Educational Transport Software Solution Improve A School’s Transportation Efficiency?

Adults are always keen on their child’s safety in schools, and often find it challenging to keep a track of their commute, food habits, etc. On the other hand, factors like polite and well-trained teaching staff, education, and a safe and secure transportation facility is a challenge for the educational institutes as well. An educational transportation software solution helps with efficient transport management, thereby ensuring the safety of both children and drivers. 

How is Technology Impacting the Education Industry?

Technology in and out of the classroom is functioning as a vital tool by streamlining education, assessment, operations, and transportation. Here are a few ways in which technology is revolutionizing the education industry. Interactive learning experience
Technology promotes engagement by providing interactive means for learning. For example, students can study geography by using software programs such as Google Earth or Maps, instead of learning from a static paper. 

  • Modeling and Simulation
    Specific simulation tools enable visual representations of planetary movements, tornado development, dinosaur world simulation, etc. These interactive models enhance the learning experience and help get rid of static models. 
  • E-learning
    E-learning is a multi-billion dollar industry, thanks to the consistent technological advancements. Now, teachers and students can interact remotely without being physically present in a classroom, which saves time and additional costs. 

Educational Apps for Schools and Institutions

Technology is revolutionizing the way schools function by facilitating the solutions that help schools run more efficiently. The right software can help you improvise and automate several time-consuming activities, thus, enhancing the work-flow of teachers and administration. Here are a few educational software programs every school, college, or institute should keep an eye on. 
i Registration Software
A school organizes activities and programs throughout the year, in which hundreds and thousands of children participate. Many schools still use the traditional form distribution method, which is not only less productive but prone to human errors as well. A school registration software offers several school management solutions that help speed up the process by providing online registration and access to all the required information. It allows parents to enroll their children in various school programs from the comfort of their own devices. Some widely-used registration software programs are:
  • Enrollware
  • Enrole
  • BeAKid
  • Connect
  • EvenHQ
ii Centralized Student Information (CSI) Software
With hundreds of students studying in a school, it is essential to have a solution that integrates all the student software, along with providing parental access to the data. A CSI software automates the transfer of student information to the school database, making it easy for the admins to access and update the desired information during mid-year, new session, or school change. Some of the best-centralized student information software programs are:
  • PCR Educator’s
  • MasterSoft
  • Vidyalaya
  • Orbund
  • Ellucian SIS 
  • Key Features Of The Solution
  • With so many educational transportation software solutions out there, you can get a variety of features depending upon your requirements. Here are a few standard features every school bus tracking app offers. 
    1 GPS Technology
    GPS technology allows school authorities to enhance student safety and transportation efficiency. Educational transport solutions enable you to optimize route management, along with efficiently managing student pick up & drops along with the maintenance tasks.
    2 Notifications
    Timely notifications about the updates, and offers are sent to the users. This helps to keep the user engaged to the app as well as benefits them in terms of discounts and savings. It also notifies them in case of unlikely events, surge prices, and service interruptions.

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