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INDUSTRY CLOUD PLATFORMS ARE BLAZING A TRAIL INTO THE FUTURE

Introduction to Industry Cloud Platforms

Industry cloud platforms typically offer a higher level of security and compliance than public clouds, as well as support for legacy systems and customizations. They also usually offer a more robust set of tools and services for managing industrial data and processes.

There are several different industry cloud platforms available, each with its own strengths and weaknesses. When choosing an industry cloud platform, it is important to consider the specific needs of your organization and select a platform that will best meet those needs.

What Are the Benefits of Industry Cloud Platforms?

There are many benefits of using industry cloud platforms for businesses. These platforms provide a way for businesses to connect with their customers and partners in a more efficient and effective way. Industry cloud platforms also offer a variety of tools and applications that can help businesses improve their operations. In addition, industry cloud platforms can help businesses save money by reducing the need for IT infrastructure and support.

How Do Companies Use Industry Cloud Platforms?

Companies use industry cloud platforms to improve efficiency, optimize processes, and drive innovation. These platforms help companies connect their data and applications to the cloud, making it easier to access and share information. Industry cloud platforms also allow companies to develop new applications and services. One of the biggest industry cloud platforms in today's world are transit cloud platforms.

What is a transit cloud platform?

Let’s understand the concept of transit cloud platform with an example of a first in class, and best of breed cloud based transportation management system - QRyde Cloud. QRyde Cloud made the  transportation systems astounding and super efficient. With a built-in Artificial Intelligence platform and big data management capabilities, it enables independent transportation companies and Government transit systems to optimize current operations, explore new markets, and compete with the new business models. 

For agencies that are involved in coordinating rides (brokers, regional coordination systems, hospitals, etc.)  and for communities that hire on-contract coordinators, QRyde Cloud offers app-based ride-booking, call center optimization, competitive bidding options, shared ride cost-sharing and other capabilities to streamline their operations.

The QRyde Cloud has been built to help automate transportation systems, in a world flush with big data and super-fast computing. The enormous amount of data available in systems, QRyde Cloud helps in storing it, securing it, and processing it to extract intelligent solutions to everyday problems.

Platform Tips for Achieving Success with an Industry Cloud Platform 

Industry cloud platforms are becoming increasingly popular as a way for businesses to streamline their operations and achieve success. However, there are a few things to keep in mind when choosing and using an industry cloud platform. Here are some tips for achieving success with an industry cloud platform:

1. Make sure the platform is a good fit for your business. There is no one-size-fits-all solution when it comes to industry cloud platforms. Make sure to select a platform that is tailored to the specific needs of your business.

2. Do your research. Don't just go with the first industry cloud platform you come across. Take the time to research different options and compare them side-by-side.

3. Work with a reputable provider. Industry cloud platforms can be complex, so it's important to work with a provider that has a good reputation and extensive experience in this area.

4. Get training for your team. It's important that your team is properly trained on how to use the industry cloud platform you choose. Otherwise, you won't be able to realize its full potential benefits.

5. Monitor and optimize regularly. Once you've implemented an industry cloud platform, don't just set it and forget it. Regularly monitor its performance and make adjustments as needed to ensure it continues to meet your business's needs over time In Nutshell

Industry cloud platforms add value by utilising innovative supporting technologies and methodologies to give organisations the agility they need to react to accelerating change. Examples of these include an integrated data fabric, a marketplace with packaged business capabilities, and composability tooling.

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What is the next transport challenge for fleets?

The next transport challenge for fleets is an important question to consider as we move into the future. With new technologies and changes in how we use our transport infrastructure, it's crucial to stay ahead of the curve. In this blog post, we'll explore some of the potential challenges that fleets may face in the future and how we can overcome them. From changes in regulations to the rise of self-driving vehicles, there are many factors to consider. However, with proper planning and preparation, fleets can adapt and thrive in the ever-changing transportation landscape.

In-depth look at the problems with current transportation systems

There are a number of inefficiencies and problems with current transportation systems that fleets need to address. Firstly, there is a lot of unoccupied seats and  space in vehicles, which leads to inefficient use of resources. Additionally, current transportation methods are often inflexible and unable to adapt to changing conditions or needs. This can lead to disruptions in service or delays in getting people to places and goods to market. Additionally, many transportation systems rely on outdated technologies that are not as efficient as newer ones. Finally, there is a lack of standardization among different transportation systems, which makes it difficult for fleets to operate across multiple jurisdictions.

How will this change in the future?

The next transport challenge for fleets is to move away from diesel and gasoline and switch to alternative fuels. This change will be driven by stricter emissions regulations, the high cost of fuel, and the need to reduce dependence on imported oil.

There are a number of possible alternative fuels that could be used, including natural gas, propane, electricity, and even hydrogen. The most likely candidate in the short term is natural gas, as it is the cleanest burning fossil fuel and there is already an infrastructure in place to support its use. In the long term, however, electric vehicles may well become the dominant force in transportation, as they are becoming increasingly affordable and efficient.

The switch to alternative fuels will require a significant investment from fleet operators, but it is an investment that will pay off in the long run. Not only will it help to improve air quality and reduce greenhouse gas emissions, but it will also save money on fuel costs.

How will these changes affect the people living in cities?

The coming changes in the transport industry will have a profound effect on the way people live in cities. The new technologies and approaches that are being developed will change the way we move around, the way we interact with our environment, and the way we live our lives.

We are already seeing a shift away from private car ownership and towards shared, electric, and autonomous vehicles. This is having a major impact on traffic levels and parking requirements in cities, as well as on air quality. In the future, we can expect to see even more changes, such as an increase in the use of public transport, cycling, and walking.

All of these changes will have a significant impact on city dwellers. We will need to adapt to new ways of getting around and new ways of living in our urban environment. But if we embrace these changes, we can create cities that are more sustainable, more liveable, and more enjoyable for everyone.

What can we do about it?

The next transport challenge for fleets is to move away from traditional diesel and petrol vehicles and switch to electric vehicles. There are a number of reasons for this, but the most important one is that electric vehicles are much more environmentally friendly than traditional petrol and diesel cars. They produce zero emissions, which means they don’t contribute to air pollution or climate change.

Electric cars are also cheaper to run than petrol or diesel cars. The initial cost of an electric car may be higher, but you will save money on fuel costs in the long run. Electric cars also require less maintenance than traditional petrol or diesel cars, so you will save money there as well.

There are a number of ways that fleet owners can make the switch to electric vehicles. One way is to purchase electric vehicles outright and add them to the fleet. Another way is to lease electric vehicles from a company that specializes in leasing EVs to fleets. This can be a good option if you are not ready to commit to purchasing EVs outright.

Whatever option you choose, making the switch to electric vehicles is the next transport challenge for fleets and one that we must all face if we want to reduce our impact on the environment and save money in the long run.

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How connected video technology will impact the future of mobility

The future of mobility is going to be connected, electric and autonomous. But as we move towards this future, there is one other area that is set to have a profound impact on the way we move around. That is Connected video technology. In this blog post, we will explore how connected video technology will impact the future of mobility. We will look at how it will change the way we interact with our vehicles and how it will enable new applications and services that will make our journeys safer, smoother and more efficient.

Connected video technology and how it can solve city mobility issues

Video surveillance is playing an increasingly important role in city infrastructure and operations. As cities grow and become more complex, video surveillance can help city officials solve a number of mobility issues.

For example, video footage can be used to identify traffic congestion patterns and optimize traffic flow. It can also be used to monitor public transportation systems and ensure that they are running smoothly. In addition, video surveillance can help law enforcement officials investigate crimes and keep the city safe.

Connected video technology can impact the future of mobility in many positive ways. By helping to improve city infrastructure and operations, it can make cities more efficient and livable for everyone.

The challenges connected video technology is already addressing in cities

There are many challenges that cities face when it comes to managing traffic and improving mobility. Connected video technology is already helping to address some of these challenges.

For example, one challenge that cities face is managing traffic congestion. Connected video technology can be used to monitor traffic conditions in real-time and provide information to drivers about the best routes to take to avoid congestion. This can help to reduce travel times and improve the flow of traffic.

Another challenge that cities face is ensuring the safety of pedestrians and cyclists. Connected video technology can be used to monitor intersections for potential hazards and provide information to drivers about where they should be extra cautious. This can help to make streets safer for everyone.

In addition, connected video technology can also be used to monitor parking availability in real-time. This information can be shared with drivers so that they can easily find a available parking spot. This can help to reduce congestion and improve the efficiency of city parking systems.

What are the benefits of connected video tech?

Video technology is becoming increasingly prevalent in society, and its applications are growing rapidly. One area that is seeing significant growth is connected video technology, which refers to the use of video cameras and other devices to connect people and share information. There are numerous benefits of connected video tech, including:

-Improved communication and collaboration: Connected video tech allows people to communicate more easily and effectively with each other, whether they are in the same room or across the globe. Video conferencing and other real-time applications make it possible for people to stay connected and work together on projects, even when they are not physically present in the same location.

-Increased safety and security: Connected video tech can be used for security purposes, such as monitoring activities in public areas or keeping an eye on elderly or sick family members. In addition, many businesses are using connected video surveillance systems to deter crime and protect their employees.

-Greater convenience and flexibility: Connected video tech provides users with greater convenience and flexibility by allowing them to access information and services from any location at any time. For example, you can use your smartphone to check in on your home surveillance system while you’re away on vacation, or you can use a cloud-based service to store and share videos with friends and family members.

Overall, connected video technology provides a number of benefits that are sure to impact the future of mobility in a positive way.

How much is this costing and where is it being implemented?

The cost of connected video technology will vary depending on the specific implementation. However, it is generally agreed that the cost of this technology will be much lower than the traditional approach to mobility. The main benefit of connected video technology is that it has the potential to greatly improve the efficiency of transportation systems. For example, by reducing traffic congestion and increasing the flow of information between drivers and infrastructure, connected video technology has the potential to save billions of dollars each year in fuel costs and vehicle emissions.

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In-Depth Focus: On-Demand & Shared Mobility

The transportation landscape is shifting. With the rise of ride-hailing apps and the popularity of electric scooters, it’s clear that on-demand and shared mobility are here to stay. But what exactly are on-demand and shared mobility? And how do they differ from traditional modes of transportation? In this blog post, we will explore the ins and outs of on-demand and shared mobility. From the development to their benefits, read on to learn everything you need to know about this growing industry.

Why is it newsworthy?

On-demand and shared mobility services have become increasingly popular in recent years as people look for more flexible and affordable transportation options. These services allow users to book rides through a mobile app or website and often offer discounts for sharing rides with others.

On-demand and shared mobility can be beneficial for individuals,businesses and environment. For individuals, these services can provide a convenient and cost-effective way to get around. For businesses, on-demand and shared mobility can help reduce traffic congestion and parking demands, while also providing a new revenue stream. For environment, these services can reduce carbon footprint of cities and regions.

There are a number of reasons why on-demand and shared mobility is newsworthy. First, the popularity of these services is growing rapidly. Second, they offer a new way to get around that is  more convenient and affordable than traditional transportation options. Finally, on-demand and shared mobility can have a positive impact on businesses, helping to reduce traffic congestion and parking demands while also providing a new source of revenue.

What are the benefits of on-demand mobility?

On-demand mobility solutions offer a number of advantages over traditional forms of transportation. They are  more convenient, flexible, and affordable.

1. On-demand transportation is  more convenient than traditional methods.

With on-demand services, you can request a ride whenever you need one, without having to plan ahead or worry about schedules. This can be especially helpful if you need to get around quickly or unexpectedly.

2. On-demand transportation is  more flexible than traditional methods.

On-demand services allow you to customize your trip to your specific needs and preferences. For example, you can choose the type of vehicle you want to use, the route you want to take, and even the time of day you want to travel.

3. On-demand transportation can be more affordable than traditional methods.

On-demand services often cost less than traditional forms of transportation, such as taxis or car rentals. This is because on-demand companies generally have lower overhead costs and can pass those savings on to their customers.

Software makes On-demand Transportation Seamless

Industry leading software such as QRyde allows communities to implement TNC-like solutions for their members. Paratransit/ADA Transportation Providers all over the nation have also implemented this technology over their existing scheduling software. 

QRyde’s On-demand/ microtransit software system automates all fleet management efficiently and makes operation profitable with the following features:

Global Scheduling Engine (GSE)

To place a ride and respond instantly with options to the consumer, a powerful, real-time transactional engine that locates best possible routes.  It takes into consideration, heading,   timings, location, accessibility capabilities along with current capacity.

App Integrated Real-Time Dispatch

To book and monitor the progress of their members rides, enables communities. Dispatchers can monitor live vehicle location on a map and track drivers’ work completion.

Mobile App

To find available vehicles already in their areas as well as book, pay for electronically and cancel rides,provides riders with the ability. The consumer App works on iOS, and Android, and brings to the rider multi-modal transportation options including on-demand rides, bus rides, commuter rail, and subway. In order to better analyze the complex inter-dependence of integrated transportation systems,the underlying technology cross references data .

In a nutshell

On-demand transit services with a ‘right software’ can efficiently:

Utilize Existing Routes: Within existing routes, extracts available capacity to offer lower-cost seats to general public enabling the agency to offer more rides to more people.

Manage Schedules: software can easily manage routes, rider and driver schedules reducing vehicle downtime and increasing available rider capacity.

Increase Availability: Increases the availability of affordable rides to wellness, which will improve overall health at a community level and reduce healthcare costs as well as reducing the overall carbon footprint as a smaller number of vehicles will be on the road.

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Transforming public transit through Intelligent Transport Systems (ITS)

In the wake of the devastating pandemic which swept the globe, millions of people were left without transportation. The transport industry found it difficult to get passengers back on board post-pandemic and reduce emissions. Fast forward to 2036, is there a chance that artificial intelligence (AI) could have fixed these problems?

Intelligent transport systems (ITS) are a range of technologies and approaches that aim to make transport systems more efficient, sustainable and safe. In this blog article, we will be focusing on the potential of ITS to help reduce traffic congestion. How Intelligent Transport System Helps to Reduce Traffic Congestion

There are many different ways in which it can help to reduce traffic congestion. One way is by providing real-time information to drivers about conditions on the road ahead, such as accidents or congestion. This allows drivers to make route changes in order to avoid these conditions and get to their destination more quickly.

Another way ITS can help reduce traffic congestion is by managing the demand for travel. This can be done through measures such as pricing strategies that encourage people to travel outside of peak times, or by giving priority to certain types of vehicles (such as public transport or emergency vehicles) during peak times.

ITS technologies are constantly evolving, and new applications are being developed all the time. As congestion continues to be a major problem in many cities around the world, ITS will play an increasingly important role in finding solutions.

The evolution of urban mobility

The first automobiles appeared on city streets in the late 1800s, and they quickly became a popular way to get around. However, they are causing caused problems nowadays Traffic jams and accidents are common examples, moreover pedestrians feel unsafe in this scenario.

Today, urban mobility is a complex issue. Cities are struggling to cope with increasing traffic congestion and air pollution. At the same time, they want to make sure that everyone has access to safe and affordable transportation options.

Intelligent transport systems (ITS) are one way that cities are trying to improve urban mobility. ITS uses technology to help manage traffic flow and reduce congestion. It can also help make transportation safer and more efficient.

How do Intelligent Transport Systems work?

Intelligent transport systems (ITS) are a rapidly growing area of technology that has the potential to transform transportation. ITS encompasses a wide range of technologies and applications, including connected and automated vehicles, infrastructural sensors, data analytics, and more.

There is significant research and development underway in intelligent transport systems, with many pilot projects and commercial deployments already underway. The potential benefits of ITS are many, including improved safety, efficiency, and sustainability of transportation systems.

ITS is a complex area of technology with many moving parts. In order to realise its full potential, it is important to have a clear understanding of the various technologies and applications involved. This article provides an overview of the key components of ITS and discusses some of the challenges associated with its development and deployment.

ITS in Public Transport

Public transport is a vital part of any city or town's infrastructure, and the efficient operation of this system relies heavily on IT systems. By integrating these systems, transport operators can gain significant advantages in terms of efficiency and cost-savings.

Some of the key benefits of using IT systems in public transport include:

Improved route planning and scheduling: By using real-time data from GPS tracking devices, transport operators can constantly monitor and adjust routes to ensure that they are as efficient as possible. This can lead to significant reductions in journey times and fuel consumption.

Better customer information: Customers can be given real-time ETAs, disruptions, and alternative routes via SMS, email, or mobile apps. This helps to reduce frustration and improves satisfaction levels.

Reduced fare evasion: Automated fare collection systems make creates efficiency in the revenue system for transport operators. 

The Future of Public Transport

Public transport is constantly evolving to meet the needs of modern society. Public transport could take many different future directions, but some of the most promising ones are listed below.

1. Increased use of technology

Technology is playing an increasingly important role in public transport, and this is only set to continue in the future. Intelligent transport systems can help to improve safety, efficiency and customer service, and new technologies such as autonomous vehicles have the potential to revolutionise the sector.

2. Improved sustainability

Sustainability is a key concern for many people when it comes to public transport, and there are various ways in which the sector can become more sustainable. Electric vehicles are one option, and using green infrastructure such as rainwater harvesting can also help.

3. Greater integration with other modes of transport

Public transport needs to be integrated with other modes of transport in order to create a truly effective system. This could involve initiatives such as ticketing integration, improved connections between different modes of transport, and real-time information sharing.

In Nutshell

The transportation sector is an ideal illustration of an industry grappling with rapid changes in technology and customer expectations. Specifically, these progressions are being driven by three significant patterns: electrification, automation, and servitization.

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What is a mobility service rider persona and why is it important?

A mobility service rider persona is a tool used by transportation providers to target and market to specific customer types. By understanding the needs and wants of their customers, providers can design and customise their services to better appeal to these groups. Why is this important? Because not all customers are the same, and what works for one group may not work for another. For example, a family of four likely has different transportation needs than a single business traveller. By understanding and catering to the specific needs of each customer type, providers can improve customer satisfaction and increase loyalty.

Movement patterns and what they mean

There are many different types of mobility service riders, each with its own unique set of needs and preferences. Understanding these rider personas is critical for providing the best possible experience for all customers.

One common type of rider is the commute commuter. This person is typically travelling to and from work or school and needs a reliable, comfortable, and affordable way to get around. They might use a variety of transportation options depending on the time of day or week, but ultimately they want a service that can get them where they need to go without any hassle.

Another common type of rider is the occasional user. This person might not use transportation services very often, but when they do, they need it to be convenient and easy to use. They might be looking for a specific type of ride (like a taxi) or just want the quickest and most direct route possible.

No matter what type of rider you are catering to, it's important to understand their needs and how they want to use your service. By providing the best possible experience for all riders, you can ensure that your mobility service is successful.

The demographic of the average rider

Regarding mobility services, it’s important to understand the different types of riders that use them. Understanding the rider persona can better target your marketing efforts and improve the overall customer experience.

So, what is a rider persona? A rider persona is a fictional character that represents a segment of your ridership. When creating a rider persona, you’ll want to consider things like their age, gender, income, location, and so on.

Why is it important to have a rider persona? By understanding who your typical rider is, you can more effectively market your mobility service. You can also use this information to improve the customer experience by tailoring your offerings to meet the needs of your target market.

Most mobility service riders are between the ages of 18 and 34. This age group is generally more open to new experiences and technologies, which helps explain why they’re more likely to use ride-sharing services.

When it comes to gender, male riders slightly outnumber female riders. However, this gap is expected to close in the coming years as more women begin using ride-sharing services.

In terms of income, most riders fall into the middle-class bracket. However, there is a growing number of upper-class.

How to develop an effective mobility service rider persona

Your mobility service rider persona is the key to understanding who your ideal customers are and what they're looking for in a transportation service. By developing a detailed persona, you can ensure that your marketing, product development, and customer service efforts are focused on the right people.

Here's how to develop an effective mobility service rider persona:

1. Start with basic demographics.

Who are your current riders? What are their ages, genders, locations, and income levels? This information will give you a starting point for creating your persona.

2. Identify needs and pain points.

What are your riders' needs and pain points? What are they looking for in a transportation service? What motivates them to use your service instead of other options? Understanding these needs will help you create a persona that resonates with your target audience.

3. Consider rider behavior.

How do your riders use your service? When do they use it? How often? What type of trips do they take? Answering these questions will help you understand how to best serve your riders' needs.

4. Develop detailed profiles.

Once you have an understanding of your target audience, it's time to develop detailed profiles of your ideal customers. Give each persona a name, age, gender, location, income level, and occupation. Then flesh out each profile by identifying their specific needs and pain points, as well as their motivations for using your service

With the right tool in the market you can develop an effective mobility service rider persona. After you gather data, go for the right tool and visualize customer needs and pain points. This might sound like putting in a lot of manual effort but AI-based and data-driven transportation software platforms such as QRyde have made this very simple, efficient, and most importantly automated. 

The importance of developing an effective mobility service rider persona

When developing a new mobility service, it is important to understand who your target riders are and their needs. This is where creating a rider persona can be helpful. A rider persona is a fictional character that represents your ideal customer. This persona should be based on market research and data about your target riders.

Creating a rider persona can help you better understand your target market and make more informed decisions about your mobility service. It can also help you create marketing materials that resonate with your target riders. When done correctly, a rider persona can be a valuable tool in helping you launch a successful mobility service.

Conclusion

A mobility service rider persona is a tool that helps you understand your target audience for a given product or service. By understanding who your target market is, you can better tailor your offering to their needs. Additionally, having a clear idea of who your target market is can help you more effectively reach them with your marketing efforts. For these reasons, it is important to spend time developing a well-defined mobility service rider persona for your business. Click to watch a demo of how you can create a detailed mobility service rider persona: https://qryde.com/request-a-demo/ 

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