Home Cloud Computing Driving Innovation and Efficiency in Mobility

Cloud computing infrastructure is the backbone of the delivery pipeline of just about every digital service, from social media and streaming entertainment to connected cars and autonomous internet of things (IoT) infrastructure.

Cloud technology essentially makes every other technology lighter, faster, and more accessible from a customer point of view, and this in fact will be a key driver in the migration of more services to cloud platforms.

According to predictions from Gartner, global spending on cloud services is expected to reach over $482 billion in 2022, up from $313 billion in 2020

Cloud Computing is a method of storing data in online platforms processing by using a network of remote servers hosted on the internet in real-time. It relies on sharing of resources to achieve coherence and economies of scale, similar to a public utility. Cloud services are elastic, adaptable, scalable, and highly configurable and are the delivery of computing services—servers, storage, databases, networking, software, analytics, etc.

Type of Cloud Computing Services

The majority of cloud computing services fall into three broad categories:

SaaS is a method for delivering software applications over the Internet, on a subscription, and on-demand basis. Licenses are typically provided through a pay-as-you-go model or on-demand.

PaaS Cloud computing services are platforms for creating software that is delivered via the internet. It supplies an on-demand environment for developing, testing, delivering, and managing software applications.

IaaS is a method for delivering everything from operating systems to servers and storage through IP-based connectivity as part of an on-demand service. Clients can avoid the need to purchase software or servers, by outsourced, on-demand service.

There are three different ways to deploy cloud computing resources:


Cloud computing saves a lot of time and effort that are put to maintain hardware and software infrastructure with the help of super-fast servers which are fully dedicated to providing very fast data processing. It reduces the risk of failures, hacks, and any type of technical breakdown.

Cloud computing is primarily required to:

  • Create new apps and services
  • Store, backup, and recover data
  • Host websites and blogs
  • Stream audio and video
  • Deliver software on demand
  • Analyze data for patterns and make predictions

How Mobility Industry will be leveraging cloud computing?

Mobility and cloud work together to provide a rich user experience allowing for constant access on the go to content and applications that exist in a reliable, scalable, and robust cloud infrastructure

The automotive sector can leverage cloud-based capabilities to:

  • Pay only for the capacity they need, when they need it, and nothing more
  • Access instantly available services to scale up / down smoothly, in response to changing demand or market conditions
  • Fully exploit automation and the shared services environment
  • Improve production, customer services, and performance
  • Accelerate the development and delivery of innovative products and services
  • Select and deploy cloud services – often an enterprise-class hybrid approach – that best meet their production-oriented requirements today and in the future
  • Reduce costs while shifting spending away from maintenance and toward strategic investment
  • Data can be managed by a third party firm that stores the data in the cloud platform and keeps the data up to date
  • A collaboration platform run from the cloud can accommodate all standards, connecting large players, vendor community, and dealer

“In our world, innovation is the only constant. The world is experiencing unprecedented change driven by the digital revolution. Everything is changing from the organization’s functioning to people’s working. Digital transformation is the buzzword across industries and cloud-based tech is leading that digitalization of processes and supply chains.” – CEO, Deskera

Since the launch of Amazon EC2, cloud computing has witnessed high growth due to the availability of high-capacity networks, low-cost computers, and storage devices as well as the widespread adoption of hardware virtualization, service-oriented architecture, and autonomic and utility computing

Automotive companies are leveraging modern Cloud-computing platforms for creating Cloud-native Applications, devising a comprehensive software development methodology—all of which have the potential to transform it into a global powerhouse.

The manufacturers become more flexible and can easily adapt to changing market demands. They are also able to create more efficient designs, as better engineering will lead to less necessary hardware.


Mentioned above are a few examples to show the development in the automotive industry. These developments have a huge breadth and high pace which will require cloud computing for delivering results in real-time.

What are the Benefits of Cloud Computing?

Cloud is enabling manufactures to have a closer relationship directly with consumers, helping to understand different patterns and usage remotely. With the cloud platform, companies are creating smaller consoles and centers to reduce costs, lower risks, increase security, and dramatically improve vehicular engineering.


More to this there are certain benefits related to the automotive Industry:

  • Improving vehicle safety: Enable automotive manufacturers to develop intelligent vehicles capable of engaging with the environment and boast several driver-assist features
  • Enabling manufacturers to deliver better aftermarket services: Enable manufacturers to provide their customers with innovative aftermarket features like dynamic GPS services, smartphone optimization, etc.
  • Perfectly keyless: Offer secure key management makes it possible to use digital keys on a mobile phone

What are Barriers / Road Blocks in Mobility?

There are several reasons for automotive OEMs’ reluctance to bring cloud computing into the heart of their operations. As the market throws up new challenges, the automotive industry is undergoing drastic changes. There is heavy competition and new technological innovations are defining the new face of this sector.

The automotive industry’s use of cloud technology is currently largely limited to discrete, targeted applications, usually based on a private cloud, with limited integration between cloud applications and little use of the cloud in core operations.

Across the world, automotive manufacturers are facing the convergence of several global industry trends that are putting existing operating models under strain:

  • The efficiency of service provisioning
  • Effectiveness of service usage and control
  • Transparency of service delivery and billing
  • Information security
  • Data privacy
  • Interoperability
  • Portability between providers
  • Ensuring fair competition in the market
  • Compliance with regulatory requirements
  • Market uncertainty and pricing pressure in major markets
  • Changes in customer demands
  • Intensifying competition

Future Outlook

FutureBridge understands that in the next few years the rise of smart cars, autonomous technology, and shared mobility will transform the automotive landscape and create the context for rapidly increasing use of cloud solutions, within and beyond OEMs’ organizational boundaries

  • High interest in next-generation in-car technologies among drivers in emerging economies would help shape future demand for sales and provide the automotive industry with a sustained revenue stream
  • Strong interest in-vehicle health reports and vehicle lifecycle management services would also contribute to the growth of cloud computing
  • OEMs that can tap into this demand could open up new revenue streams in providing maintenance-related digital services and services to address ongoing wear and tear on engines and parts


  1. Top Trends of Cloud Computing
  2. Benefits of Cloud Computing
  3. Barriers and Road Blocks for Cloud Computing

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