Artificial Intelligence has an immense influence on various industrial or manufacturing sectors, together with aviation, manufacturing, technology, and others. Because of the features of Artificial Intelligence like machine learning and deep learning will generate higher productivity.

Artificial intelligence becomes a long way in the past few years, connecting the gap between technical conversations and what are now practical possibilities, and nowhere are the possibilities more exciting than in the automotive industry. Between the designs of the cars, we currently drive and the process of manufacturing them, there is a lot of opportunities for Artificial Intelligence to develop, create efficiencies and make the process of auto-making and driving safer overall.

But one manufacturer which is already seeing exciting changes from Artificial Intelligence in the automotive industry. Artificial intelligence is introducing entirely new ways for an individual to get around. It will soon become create a significant impact on how cars are manufactured. And it will soon have an influential impact on how cars are produced and will change how the traffic is maintained in the cities, here’s how

Autonomous Vehicles

While imagining about the potential of artificial intelligence, top of mind for many are autonomous vehicles or independent vehicles, which operate with insignificant interference from human drivers. Artificial intelligence processes are now synthesizing data in order to learn how best to react and how humans react to driving situations. For automobiles, this includes predicting how other cars will behave, how to gauge weather conditions, understanding road issues and more. Ultimately, this could develop many automotive-driven productions, from taxis and sharing vehicles to transportation businesses and public transport.

Vehicle manufacturers are also looking to Artificial Intelligence to help people avoid human errors that lead to accidents. For example, safety features linked to automatic braking, collision avoidance systems, pedestrian and cyclist alerts, cross-traffic alerts and intelligent cruise controls are some of the other features being powered by Artificial Intelligence. By working as an assistant to a human driver, these artificial intelligence advancements benefit everyone on the road.

Cloud-based intelligence

Cloud computing and cloud-based intelligence through Artificial Intelligence occupy the capability to integrate many of the features of a consumer’s experience with their vehicle. Big Data, advanced analytics, and other top technological programs are already growing together with Artificial Intelligence to help automotive manufacturing industries produce vehicles that essentially act as a control center for all information driving-related. For example, cloud-based intelligence through Artificial Intelligence has the potential to enable drivers to place a take-out order at a restaurant based on their location or proposed driving the route to allow motorists to place their order well advancing of time.

Internet of Things

By the year 2020, manufacturing analysts estimate over 250 million vehicles are connected to the technology. These vehicles are implemented with a myriad of sensors, secured connectivity programs, geo-analytical abilities, and alternative strategies of incorporating massive Data as a baseline of operations. As such, the Internet of Things principle will enhance a critical link in integrating these disparate systems into a unified operating program.

What will this mean for automotive production companies? It suggests that manufacturing companies can need to work more closely with software developers and other players in the software industry to successfully combine these smart systems into new vehicles and secure effective link between those systems. This implies the potential for brand new partnerships and an extension of current partner networks, which may lead to exciting business opportunities.

Driver Assist Features

There are some companies who are working on fully autonomous and a lot of manufacturers are shifting in that way. The companies are advancing features which can assist the drivers without taking the wheel; the companies are more putting more efforts in Artificial Intelligence-based technology can better vehicles by high-level security benefits. Likewise, automated braking system, collision avoidance systems, pedestrian and cyclists alerts, cross-traffic alerts, and smart cruise directions are few of the lesser features being powered by Artificial Intelligence.

Biometrics

Another significant contribution to artificial intelligence is making is the use of biometrics to analyze driver security. This kind of technology would require a car to drive only when it recognizes a certain voice, which could be used to increase safety in ridesharing. Artificial intelligence could also track and synthesize biometric data about alertness and attention, preventing possible accidents when the vehicle senses the driver is unsafe to operate it.

The common thread through all of these applications is the increased safety of everyone on the road; this is a trend in Artificial Intelligence development, and will likely be the focus for the foreseeable future. Ideas like vehicle-to-vehicle technology, where connected cars will have the ability to communicate with one another, are being developed; this technology could reduce accidents by connecting vehicles, alerting the network when something goes wrong, and allowing drivers or even the vehicles to take preventive measures.

Improvements in manufacturing

Artificial Intelligence will benefit companies to make a better quality output and identifies errors complete better than human and Artificial Intelligence could also be performed in demand forecasting and can decrease inventory cost.

Artificial Intelligence will improve automobile companies how vehicles are manufactured and how inventory is maintained and the quality control will also increase. This could also help in improving the machinery life by 20% and machinery inspection cost will also reduce and annual maintenance will be reduced.

CONCLUSION

The manufacturing process could be reinvented with Artificial Intelligence so much so that human labourers are no longer needed, at least not to perform the same jobs. Robotics and Artificial Intelligence processes could eventually replace the need for low-skill workers, which of course has the potential to negatively impact the labor force in the short term. In the long term, the idea is to re-train those workers for higher level tasks.

Artificial intelligence surely will bring essentially change the automotive industry, Artificial Intelligence will increase the efficiency, safety, and productivity spell out an eventuality that may totally defy our present perception of how the industry works. Some vehicles will soon include their own Wi-Fi hotspots, which will provide internet connectivity using cell carriers. The smart decision for vehicle manufacturers is to consider the support of leveraging artificial intelligence technologies to improve their day-to-day processes, future outlooks, and overall success.

Fusion Informatics is one of the best Artificial Intelligence Company in India, developing a different application for various industries including Automotive Industry, using the latest AI frameworks and offering services on Artificial intelligence, Machine learning, Deep learning, data science and more. AI applications that help to improve your business in the competitive world.

Reach us at sales@fusioninformatics.com to know more about Artificial intelligence.

The Next Manufacturing Revolution is here:

The revolution of the latest digital Industrial technology knows as Industry 4.0. It helps to collect and investigate the data from systems. This allows collect faster, flexible and works more accurate from a production of goods with decreasing operating cost. In Industry 4.0, the connected network of the Internet of Things (IoT), will be structured to help companies and customers equally to produce enhanced automation, increased communication, and monitoring, along with new levels of investigation to produce a productive expectation.

What is the Industry 4.0.?

Industry 4.0 also called the fourth industrial revolution, where it includes automation and data exchange in manufacturing industries with the added technology of Cyber software, IoT, cloud and including identifying, problem resolution, and decision-making (cognitive computing).

The technical advancements are making the way to improve in the Manufacturing Industries. Where the product technology we are using for the past to present is entirely different, called an Industrial revolution. The modern production technologies improved the operational circumstances and behavior of peoples in the workplace.

The growth of Industry from 1.0 to 4.0

• Industry 1.0 -It occurred in the year of 1700s to 1800s, during the period Industries focusing on manual labor operated by people with the help of water and steam power engines and other mechanical tools
• Industry 2.0– The revolution started at 1874s, during the period the manufactures engaged with introducing steel and electricity tools. In addition, improved productivity and bettered factory machines more motorized.
• Industry 3.0– The revolution started in the 1950s, during the period the manufactures advanced with the Programmable Logic Control (PLC) and Computers for automation. This caused abilities in the production of consumer chains and overall production volumes.
• Industry 4.0–   A fourth industrial revolution has risen in a recent period, It takes the importance on digital to a new level with the help of internet of Things, connected to real-time data. Provide for a better participation and way of across activities, partners, vendors, goods, and operators.

Benefits of Industry 4.0 for Manufacturing process –

In the intelligent plant of the fourth industrial period (Industry 4.0), advanced automation connected with sensors, real-time analytics, cloud computing, machine learning systems, mobility, augmented reality, and the internet of things, among other technologies. This collaboration of technology in Industries helps managers allows achieving advanced levels of accurate productivity and helps to predict machine failures and material demand progress. The main aim is to develop Industry and to decrease the production cost per unit.

Here are the additional advantages for manufacturing industries for the smart factory when compared to the traditional approach to the production of goods.

• Efficient Operation

Digitalization in manufacturing industries with the help of the automation process, we can identify and control the bottlenecks in the production system and supply customer chain. With the help of technology, we can get ideas of decision-making and can implement them to save time and expenses. Solutions like identifying failure, problem resolution, and decision-making, monitoring, and predictive division analytics give you the facility to control plant production as its results and make gains quickly where required. It is a softer, smoother way of operating.

• Analytics Report

Industries can increase intelligence and directions into new tools as it’s advanced and extended, your services stay optimized and you can pre-attempt distribute before it affects your business. Then, as these devices prepare data produced, you can also profit from advanced analytics continually increase production with the help of data prepared by automated tools. It helps to read the situation nearby other machines and can make suggestions for process development based on that data. It all records up to a healthier production process and excellent best work.

• Tracking and optimization

It helps companies to grow stronger and effective with assets at each step of the supply chain, enabling them to manage reliable data on record, quality, and optimization events reporting to logistics. With the help of IoT at a plant, operators can get greater clarity into their assets extensive. Standard asset management businesses such as asset assignments, transfers, relocation, and agreements can well-organized and maintained centrally and in the actual season.

• Problem Identifying and Solution

Businesses that advance in Industry 4.0 solutions can enhance productivity, expand collaboration between functions, facilitate predictive and determined analytics, and support people, including workers, managers, and officials to more completely hold actual data analysis report to make better choices while maintaining their daily work activities. Predictive analytics can help you be stronger in problem zone when it approaches to directing and solving support and supply chain control problems.

How Can We Help Your Business with Industry 4.0?

As Industry 4.0 continues transforms industries, businesses will frequently need to be adaptable, and be active, moderately than reactive when trying to get a competing position in a defeating marketplace. We can help you perform Industry 4.0 technologies into your manufacturing industry. We develop and execute software with a flexible and strong that created about the requirements of production, delivery, retail, and enterprise consumers.

Planning for Industry 4.0 can seem like a challenging task. We will improve you get there. We are implementing Industry 4.0 for our client’s manufacturers; let us know if your business needs help.

Drop us a Mail– sales@fusioninformatics.com

Call us – +916361054076

The word ‘Clouds’ is used as a symbol to depict the Internet for more than two decades. As a virtual space that connects users from all over the globe, the Internet is like a cloud, sharing information by way of satellite networks. Cloud computing is a type of computing that depends upon shared computing resources. In its most simple description, cloud computing is taking services (“cloud services”) and moving them outside an organization’s firewall. A cloud based solution denotes to on-demand services, computer networks, storage, applications or resources accessed via the internet and through another provider’s shared cloud computing infrastructure.

An Epitome of Cloud Computing

Cloud computing is an umbrella term refers to Internet based development and services. Cloud computing became popular in the twenty-first century. The evolution of this concept is the resultant of the gradual development of idea of computing since 1950s. It is necessary to know the history of cloud computing more precisely before using it or if you are using currently.

• 50’s & 60’s: Multiple users were capable of accessing a central computer through dumb terminals, whose only purpose was to deliver access to the processer or mainframe. It was not easy for any organization to organize distinct computer for all of its employees because of their high purchase and maintenance cost. Furthermore the processing power and the storage capacity delivered by the processer were also not required instantly by most of its users. This financial difficult gave birth to an idea of consuming this technology economically by delivering shared access to the single source, the central computer.
• In 1970s: The concept of Virtual Machines (VM) evolved in the mind of researchers. The Virtual Machines operating system took the 1950s’ shared access mainframe to the next level, approving multiple distinctive computing environments to reside on one physical environment. Virtualization motivated the technology, and was an important catalyst in the communication and information evolution.
• In 1990‘s: After the evolution of the visualization concept several telecommunication companies provided private visualized network connections in 1990s. Earlier telecommunication companies offered only single dedicated data connection to connect the user’s point-to-point. But the newly developed private connections offered visualized network which provided low cost services in quality to the committed services. These companies were now capable to run shared access to the same infrastructure to provide individual connections to more users without building new infrastructure. The term “cloud computing” was first used in an in-house document released by Compaq way back in 1996.
• In 2000: Since 2000, cloud computing has come into existence. In the beginning of 2008, NASA’s Open Nebula boosted in the RESERVOIR European Commission- financed project, developed the first open source software for arranging private and hybrids clouds, and for the federation of clouds. In the same year, struggles were focused on delivering quality of service guarantees (as required by real time interactive applications) to cloud-based infrastructure.
• In 2006: Many believe the first use of “cloud computing” in its modern context occurred on August 9, 2006, the term introduced by Google CEO Eric Schmidt to an industry conference.

Schmidt said, “What’s interesting is that there is an emergent new model. I don’t think people have really understood how big this opportunity really is. It starts with the premise that the data services and architecture should be on servers. We call it cloud computing—they should be in a “cloud” somewhere.”

The term began to use extensively in the following years, after companies including Amazon, Microsoft, and IBM started to vend cloud-computing efforts as well.

The use of Cloud computing is spreading rapidly because it captures a historic shift in the IT industry as more computer memory, processing power, and apps are introduced in the “cloud” or remote data centers.

Some accounts trace the birth of the term to 2006, when large companies such as Google and Amazon began using “cloud computing” to describe the new model in which people are increasingly accessing software, computer power, and files over the Web instead of on their desktops.

Cloud Delivery or Service Models

According The National Institute of Standards and Technology (NIST), “cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction.” A corporate trend among several businesses is the introduction of cloud-based systems. Here is an overview of the three more common types implemented in many businesses.

1. Software as a Service (SaaS): Software as a service (SaaS) replaces the traditional on-device software with software that is licensed on a subscription basis. It is centrally accommodated in the cloud. Without any downloads or installations, most SaaS applications can be accessed directly from a web browser. However, some SaaS applications require plugins. Using the cloud, software such as an internet browser or application can become a usable tool.
2. Platform as a Service (PaaS): Platform as a Service (PaaS) allows organizations to build or construct, run and manage applications without the IT infrastructure. This makes it simple and faster to develop, test and organize applications. Developers can emphasis on writing code and produce applications without stressing about time-consuming. IT infrastructure activities such as provisioning servers, storage, and backup.  It can diminish your management overhead and lower your costs.
3. Infrastructure as a Service (IaaS): It is like buying electricity. You need to pay only for according to your use. This model enables companies to add, delete or reconfigure IT infrastructure on-demand. Most IT organizations trust on IaaS because they are more acquainted with IaaS, specifically if they are experienced with virtual environments or strict security and regulatory requirements that can only be met through IaaS.

Types of Cloud Deployment

All clouds are not equivalent. Cloud computing can be divided into three different ways to deploy computing resources: public cloud, private cloud and hybrid cloud.

1. Public Cloud: Public clouds are possessed and functioned by a third-party cloud service provider, which bring their computing resources like servers and storage over the Internet. Microsoft Azure is a model of a public cloud. All hardware, software, and other supporting infrastructure is owned and managed by the cloud provider with a public cloud. You access these services and manage your account using a web browser.
2. Private Cloud: A private cloud denotes to cloud computing resources used exclusively by a single business or organization. A private cloud can be tangibly situated on the company’s on-site data center. A private cloud is one in which the services and infrastructure are maintained on a private network.
3. Hybrid Cloud: Hybrid cloud is a combination of different clouds, be it private, public, or a mix. Hybrid cloud gives businesses greater flexibility and more deployment options.
4. Multi-Cloud: A multi-cloud strategy is the use of two or more cloud computing While a multi-cloud deployment can refer to any implementation of multiple software as a service (SaaS) or platform as a service (PaaS) cloud offerings, today, it refers to a mix of public infrastructure as a service (IaaS) environments, such as Amazon Web Services and Microsoft Azure.

Benefits of Cloud Computing

1. Convenience
2. Scalability
3. Low costs
4. Security
5. Anytime, anywhere access
6. High availability
7. Worldwide Access
8. More Storage
9. Easy Set-Up
10. Automatic Updates

In A Nutshell

Organizations are increasingly enjoying the benefits gained through cloud computing, whether through a single or multi-cloud approach. When defining or refining your cloud strategy, then, the real question you need to be examining is ‘do the benefits outweigh the risks’, with a deep understanding of how the cloud will be used and managed in your organization, taking into consideration the factors discussed here.

Are looking for the best cloud computing solutions provider in India for your business?

We, Fusion Informatics in Bangalore, India are one of the pioneers in providing Cloud computing solutions and services, with adequate investment in skills and technological resources. Contact us today to explore how we can help you with finding the right cloud solutions and implementing it.

Our services also spanned over to other major cities of India such as Mumbai, Delhi, Bangalore and Ahmedabad and other parts of the globe such as UAE and USA. Contact us today and entitle the best deal!

Then this is the right time to contact us .You can reach out to us at sales@fusioninformatics.com or you can call us   +91 63610 54076. We’re sure we can take to the next level!

Cloud is no longer about cheap servers or storage — it’s now the best way to turn great ideas into amazing software even faster. In 2018, cloud computing will accelerate enterprise transformation as it becomes a must-have business technology.

After gathering, analyzing and prioritizing we have listed The Top 5 Trends in cloud computing that you should be aware of in 2018:

# 1- Internet of things on cloud

Most IoT devices are heavily dependent on cloud solutions, mainly with connected devices working together. IoT based devices such as electronic appliances, cars, digital security systems, and trackers have a cloud-based back end as a means to communicate and store information. Cloud supports these devices, and as we see a rise in IoT devices being manufactured and sold, the cloud usage will continue to increase as a result.

# 2- Bigger cloud storage capacity:

Large scale businesses with tons and tons of data will require more space to store that data. Cloud service providers in 2018 will bring in more data centres online with larger-capacity storage. According to the Cisco survey, the total amount of data held in data centers will stand at 370 EB. Conversely, global storage capacity would reach 600 EB. We should expect these numbers to increase to about 1.1 ZB worth of storage capacity. Businesses with big data will choose increased space options whereas small businesses can have bespoke storage options at lower prices as compared to 2017.

# 3- Penetration of high internet speeds

The amount of data is exponentially growing and therefore consumers are expecting faster and better internet connectivity from their network service providers to load website pages and apps quickly. The year 2018 will witness strong movement from gigabyte LTE speeds to full 5G networks, helping us reach 5G capabilities in record time. Many businesses will make a move by upgrading their SaaS, PaaS, and website platforms to be more responsive.

# 4- Artificial Intelligence revolutionizing cloud computing

Artificial intelligence and machine learning have already made an impact on the cloud computing. Technology giants like Google, Microsoft, Apple, IBM etc. have been heavily investing on these techniques for their business growth and transformation. Reports suggest that the investments made my tech-giants will contribute in a huge way for revolutionizing the future of cloud computing.

#5- Cloud Security

Cloud services from managed security service providers will be on demand. The businesses that may not be able to implement completely on security measures can easily rely on cloud service providers offering robust services.

Even after robust security options, year 2017 has witnessed the worst cyber attacks such as WannaCry, CIA Vault 7, etc. Security experts and analysts strongly feel there is a need to pay more attention to cloud security in order to combat cyber attacks.

At Fusion Informatics, we deliver cost-effective cloud based solutions to our clients.

To know more, Please Visit us.

The small businesses can expedite their workflow with the help of cloud computing. Thanks to cloud computing communication becomes significantly faster and cuts down on the time it would actually take for employees to conduct the tedious logistics.

If the small businesses make the most of cloud computing then they can increase their flexibility and mobility. One of the current trends in business is to become mobile and the small businesses can adapt that trend to their advantage by using cloud computing. Using cloud computing equips the organization with the ability to access files, data and other information from any physical location, at any given time and on any device. This would ensure that all the employees can continue working if they are not physically present at the office and work would not stop, eventually increasing employee productivity.

One of the major benefits of cloud services provided by a third party provider is that the organization needs to pay for only the amount they use. Small businesses can use cloud computing to lower their costs and increase their profits by saving more. Cloud computing eliminates the need for excessive hardware and when a business is being set up, big or small, it needs hardware regardless of how expensive it may be. Cloud computing ensures that the hardware becomes more efficient and that means not a lot of hardware ends up being required. This essentially means that there is less capital expenditure and also cut downs on electricity costs. Some may argue that even cloud computing services cost money but upon conducting a cost benefit analysis one would find it to be much more cost effective. The ultimate lowering of costs would mean that the small business would be able to make higher net earnings and even save more. At the same time it would be able to put its available resources in other areas that would help to boost the business further.

By using all that cloud computing has to offer, small business would be able to survive the competitive market and would have a higher chance in evening out the playing field with their big rivals, at least in terms of IT infrastructure. At Fusion Informatics, we offer state of the art cloud services that are curated to suit your business type and help your business to optimize its productivity.

In simple words, cloud computing refers to storing and accessing your data online. Instead of using hard disk to save your files, photos, videos or documents, you put it all in an online space. This virtual space can either be owned by you or third-party organisations who offer computing services like storage, databases, networking, software, analytics, servers, etc at pay-as-you-use prices. The more components you use, the more you pay, like electricity. Similarly, if it’s provided by third party organisation, you don’t have to invest in its infrastructure or bother about its maintenance. Everything is taken care of by them.

Whether it’s an individual, small company or big organisations, everyone’s using cloud in one or the other way. As individuals and SMEs, whenever we use applications that sync our offline data to an online directory or ones that are purely online-based, we are accessing cloud computing. Emails, picture gallery backup, online movie storing – it’s all cloud!

Cloud computing has become an omnipresent part of our lifestyle without us even realizing it.

But now that you know you can utilize it further to create new apps and services, store, save and recover data, host websites or blogs, and stream audio and video.

Perks of using cloud include:

• Save costs – Cloud is an affordable way to store and access important data. You don’t have to spend anything on building and maintaining infrastructure or hiring and managing IT professionals to handle the same.
• Focus – As a commercial entity, you can focus on your company’s true goals instead of getting stuck up trying to manage these technical aspects.
• Scalable – On cloud, it is super easy to measure usage. Since that system is transparent, you only pay for what you use, nothing more.
• Security – In terms of privacy and lost files, data stays more secure when it’s on cloud. Cloud services providers have multiple backups of your data which makes its recovery quicker.

Cloud is now, cloud is future. Get on it.

When it comes to investing in mobile, web or desktop digital solutions the primary considerations of people looking for optimum returns are related to technical expertise and experience. This is specifically true in case of customized Internet based and mobile apps that are developed for addressing the pertinent and exclusive needs of their businesses.

At Fusion Informatics, our team of skilled application developers and programmers, being well-versed with industry requirements, try to understand the business needs of all clients, and help them gain portability via mobile or web applications. They invest good time and other resources in making in-depth analysis of the challenges faced by client organizations on a daily basis.

Expertise in Application Development

We have a flair for designing custom mobile and web apps, right from their conceptualization to the execution stages. Be it for startups, enterprises, individuals, or small and medium sized businesses, the apps developed by our experts are responsive, result-oriented, scalable and aligned with specific business purposes. Well planned, with detailed UI/UX strategies in place, these apps are appealing across all screen resolutions and sizes. We deliver personalized standalone applications for offline usage, as well as those that are Internet oriented with equal dexterity.

Cloud Computing and Accessibility

Are you desirous of putting your business on the fastest track? Our well-trained and highly experienced cloud professionals create affordable and robust infrastructural capabilities to provide the best cloud-based mobile apps and other web services. Our cloud computing models are known to cut down on unnecessary infrastructure costs and pave the ground for quick execution of business activities. The application of these models in Node.JS, PHP, ASP.Net, Java and AngularJS technologies has won us many accolades. From full-cycle website development of all genres to marketplace application development and programming of social apps like VOIP calling apps, messaging apps, professional networking apps, chat apps, social community apps, etc. we do it all.

Enterprise Mobility & Internet of Things (IoT) Solutions

When our clients desire to optimize their work on mobiles or tablets with the help of real time data, we offer them our expertise through apps that permit easy connectivity of automation devices and seamless execution of routine activities. The same goes for Internet of Things (IoT); we offer safe connected responses to almost all kinds of time events so that our client devices can function on their own in a more integrated manner.

Overall, we provide technology backed solutions for complete desktop software, website or mobile app makeover. If you have an old-fashioned legacy system that you wish to transform, then do get in touch with our representatives, you will be surprised to see the repository of contemporary high-end systems that we have on offer.