TELEMATICS AND BIG DATA—THE FUTURE OF THE AUTOMOTIVE INDUSTRY
The world we live right now is amazingly smart and intelligent. Advancement in technology and the Internet of Things (IoT) has gained rapid growth by the presence of super connectivity. Consequently, basic tasks are completed easily and complex business processes are managed efficiently. In the automotive sector, telematics has brought a new angle to the way we perceive and plan transportation. Today, automotive technology uses telematics to combine telecommunications with informatics, apparently with the goal of efficiently conveying information to improve users driving experience. According to telematics.com, you can enjoy many benefits on a daily basis such as roadside assistance and remote unlocking of your vehicle when you forget your keys.
THE POTENT BLEND OF TELEMATICS AND BIG DATA
The science of big data is an innovative application that translates the truck of data generated by telematics into actionable information. Big data builds meaningful insights for automobile companies to maintain better control and oversight of their fleets. This is achieved through data analytics tools that captures and curates relevant data from available sensor data in modern vehicles. Practically, data analytics can be used to record and monitor performance, maintenance and behaviour of critical automobile systems.
The big data technology has created a range of innovation opportunities in telematics, offering incredible mobility solutions from tracking vehicle position to efficient routing and fewer green gas emissions. These solutions helps in parsing data collected from multiple GPS tracking devices, to build specific actions for business process optimization and productivity enhancement.
Utilizing the vast amount of vehicle data generated will ensure better traffic patterns, improve road safety and the supply chain. Even more, early warning systems can be designed to warn users of dangerous spots in the road, such as sharp turns and hidden driveways.
The blend of telematics and big data will improve users driving experience, better vehicle functionality and longevity.
THE FUTURE OF AUTOMOBILES WITH TELEMATICS AND BIG DATA
Vehicle telematics is increasingly undergoing revolutionary changes. The automobile industry is beginning to expand its boundaries from traditional methods to innovative applications using big data. The telematics and big data concepts is steered towards exploring unthinkable possibilities in the automotive industry.
The connected car
Telematics is transforming cars into smarter and better-connected vehicles. Cars are innovation opportunities for big data because most industries have business relationships with the automotive industry. With connected cars, automobile manufacturers will be able to remotely update software systems and monitor power engine performance in the immediate future. The connected car industry is poised to enjoy tremendous growth in time.
Bluetooth, GPS navigation and FM connectivity features are being incorporated into the designs of cars nowadays. Interestingly, an automobile with internet and Wi-Fi access is a user-friendly option that can help with smarter decisions. It offers safety alerts and keeps track of vehicle health.
The next generation of automobiles will have integrated smart systems that can predict vehicle problems through predictive analysis. This could be the most intelligent use case of big data for the automotive industry. The right prognosis is sure to save time and money.
The insurance industry is prominently data-centric. Before now, insurance companies relied on crude historical data to determine insurance premiums. But with telematics today, the explosion of new data such as, distance the car travelled, period of the time the car was used, car acceleration and speed, have become readily available. These driving information helps insurers to set premiums that is reflective of the driving style of motorists. Also, auto insurers are able to diagnose risks faced by drivers adequately.
It is important to understand that data plays a crucial role to improve and transform the automotive sector. Vehicle generated data empowers telematics to provide interactive solutions to real-time issues, thereby enabling safety, security and sustainability programs on the roads. As adoption rate increases, the future of automobiles is nothing if not telematics and big data.
5 WAYS CLOUD COMPUTING IS ENHANCING STUDENTS LEARNING EXPERIENCE
Cloud computing is increasingly becoming an adoptable technology for many organisations with its dynamic stability, safety and ease-of-use features. Particularly, it is an engaging development for students learning experience and the educational sector. Cloud computing essentially refers to technology that delivers powerful computing services via the web. Cloud is flexible and allows institutions to personalize their services to suit each student. As a matter of fact, it has restructured processes related to learning, teaching and administration at almost all levels of the education sector. Students have the opportunity to quickly and economically access various application programs and resources through the web pages on-demand.
Improving student productivity and collaboration
Cloud-based technology offers several ways to improve productivity and boost collaboration by allowing multiple users to work on and edit documents at the same time. Teachers and students are connected by integrating technology into learning experience. Virtual classroom allows students to watch lectures online while enabling easy sharing and transmission of ideas.
Storage and backup
Cloud enable users to store almost all types of digital content including documents, e-books, applications and much more. For example, Google drive can store huge amounts of contents in a secure and accessible manner. Another important feature of cloud computing is backup. Students and teachers need not worry about whether their data is retrievable. Cloud automatically saves contents, making it impossible to lose any important material.
Security and stability
This is one of the most important function of cloud computing. Since data is virtually stored, your content is safe from potential threat and theft.
Accessibility of educational resource
With available content online, students are able to access assignments, lesson notes and other resources. Educational materials can be easily uploaded and accessed anytime and anywhere. Students and teachers can share their work without the use of paper. This paperless innovation is cost-effective and has made educational resources even more accessible.
Connection to the real world
Thanks to cloud computing, students can stay motivated when coursework is connected to the real world. Cloud technology provides a better learning space that offers improved flexibility, mobility and device independence. It uses virtualized resources to simulate real world scenarios. For example, virtual field trip brings a world of experiences to the comfort of hostel rooms.
The opportunities in cloud computing for students, teachers and institutes are excitingly endless. Cloud-based technologies have reinvented the learning process and introduced new technologies in classrooms that will encourage students to develop necessary skills and knowledge to achieve their academic and professional goals. Educational stakeholders should leverage the power of cloud computing and prepare students for their future.