What is IoT?

The Internet of Things (IoT) describes the network of physical objects–“things”–that are embedded with sensors, software, and other technologies for the purpose of connecting and exchanging data with other devices and systems over the internet. They range from simple household items to advanced industrial equipment. More than 7 billion are connected IoT devices experts anticipate the number to increase up to 10 million by the year 2020 and to 22 billion in 2025. Oracle has a number of devices partners.

What is the reason why Internet of Things (IoT) so crucial?

In the last few months, IoT has become one of the top technology of 21st Century. Today, we are able to connect everyday objects such as kitchen appliances cars, thermostats and baby monitors and more to the internet through embedded devices it is now possible to communicate seamlessly between processes, people, and objects.

With the help of low-cost computing, cloud, the big data analysis, as well as mobile technology physical things can exchange and store data without human involvement. In a hyperconnected world digital systems can track, monitor and alter every interaction between connected devices. The physical world interacts with the digital world, and they work together.

What are the technologies that helped make IoT possible?

While the concept of IoT was in the making for quite some time, technological advances in a variety of different technology has made it feasible.

• The ability to access low cost, low-power sensors. Sensors that are affordable and reliable make IoT technology accessible to more companies.
• Connectivity. A wide range of network protocols for the internet have made it simple connecting sensors cloud, as well as to other “things” to ensure efficient data transfer.
• Cloud Computing platforms. The increasing cloud platforms makes it possible for both users and businesses to connect to the infrastructure needed to expand without being able to manage everything.
• Analytics and machine learning. With the advancements with machine learning, analytics and together with access to diverse and massive quantities of data stored within the cloud companies can gain insights quicker and with greater ease. The development of these technologies is continuing to push the limits of IoT and the data generated by IoT is also fed by these technologies.
• Artificial Intelligence Conversational (AI). The advancements with neural networks has brought natural language processing (NLP) to IoT devices (such as digital personal assistants like Alexa, Cortana, and Siri) and have made them attractive, affordable and suitable for use in the home.

What exactly is IoT?

Industrial IoT (IIoT) is the use to IoT technologies in the industrial setting, specifically in relation to the instrumentation as well as control over sensors as well as devices that use cloud technology. See this Titan use case in PDF to see a great illustration of IIoT. Recently, many industries have embraced machine-to-machine communications (M2M) to gain remote control and automation. However, with the advent of cloud computing and related technologies (such as machine learning and analytics) industry can now create a new layer of automation and generate new business models and revenue streams. IIoT is often referred to as”the 4th wave in the Industrial Revolution also known as Industry 4.0. Here are some of the most commonly used applications for IIoT

• Manufacturing with smart manufacturing
• Connected assets, Preventive as well as predictive maintenance
• Smart power grids
• Smart cities
• Connected logistics
• Smart supply chains for digital technology

Profit from your business by using IoT

As IoT grows more commonplace on the market, businesses are leveraging the immense economic value it brings to businesses. The benefits are:

• Insights based on data from IoT data in order to better manage business
• Increased efficiency and productivity of business operations
• Innovating new business models and revenue streams
• Quickly and effortlessly easily and seamlessly connecting the business world to the digital for quick time to value

What do you mean by IoT applications?

SaaS-based, business-ready IoT Applications

IoT Intelligent Applications are prebuilt software-as-a-service (SaaS) applications that can analyze and present captured IoT sensor data to business users via dashboards. We have a comprehensive range of IoT-Intuitive Applications.

IoT applications make use of algorithms that learn to analyse the huge amount of sensor data connected to the cloud. By using the real-time IoT monitors, alerts, and dashboards you are able to see key performance indicators, data on the mean time between failures and other data. Machine learning-based algorithms can detect anomalies in equipment and issue alerts to the user and initiate automated repairs or proactive countermeasures.

By using cloud-based IoT applications, businesses can swiftly improve processes in supply chain as well as human resources, customer service as well as financial services. There’s no need for rewriting whole business procedures.

What are the ways IoT applications are used?

The capacity of IoT to transmit sensor data and enable device-todevice connectivity is leading to a wide range of applications. Below are a few of the most viewed applications and the functions they perform.

Find new ways to improve efficiency increase efficiency manufacturing by monitoring machines and monitoring of product quality.

Machines are continuously monitored and scrutinized to ensure they’re working within tolerances. Also, products can be monitored in real-time to detect and correct the quality problems.

Enhance monitoring as well as “ring-fencing” of assets that are physical.

Tracking allows companies to quickly find out the location of assets. Ring-fencing helps them make sure that valuable assets are secure from theft and loss.

Wearables can be used to monitor human health data and the environmental conditions.

IoT wearables allow people to gain a better understanding of their health and enable doctors to monitor patients remotely. The technology also allows companies to monitor the health and security of their employees, which is particularly useful for employees working in hazardous environments.

Increase efficiency and create new opportunities within existing processes.

One example is the application of IoT to improve efficiency and security for linked logistics for managing fleets. Companies can utilize IoT monitor their fleets to control trucks in real-time and increase efficiency.

Changes to business processes can be made.

One example is the utilization of IoT devices to monitor linked assets to check the condition of remote machines, and call service calls for preventive maintenance. Remotely monitoring machines also allows for new business models that use product-as-a-service which means that customers do not require the purchase of the product, instead, they purchase it for their usage.

What industries could benefit from IoT?

Companies that are best suited to IoT include those who could benefit from incorporating sensors to improve the business process.

Manufacturing

Manufacturers are able to gain an advantage through the use of production-line monitoring that allows for proactive maintenance of equipment when sensors identify a looming malfunction. Sensors are able to detect the level of production that is affected. By using sensors, manufacturers are able to quickly test equipment for accuracy and then eliminate it from production until it can be repaired. This helps companies cut operating costs, increase uptime and enhance efficiency of their asset management.

Automotive

The automotive industry is set to benefit greatly through the use of IoT applications. Apart from the benefits of implementing IoT on production lines, the sensors are able to detect imminent equipment failures in vehicles that are already on the road, and notify the driver of any issues and advice. With the help of information aggregated from IoT-related applications, automobile manufacturers and suppliers can find out more about keeping automobiles running and owners aware.

Transportation and Logistics

Logistics and transportation system benefit from range different IoT applications. The fleets of trucks, cars and ships, as well as trains carrying inventory can be moved around based on the weather conditions, availability of vehicles or the availability of drivers, due to IoT sensor information. Inventory itself can be fitted with sensors to track-and-trace or temperature control monitoring. The food and beverage, flower, and pharmaceutical industries often carry temperature-sensitive inventory that would benefit greatly from IoT monitoring applications that send alerts when temperatures rise or fall to a level that threatens the product.

Retail

IoT apps allow retailers to control inventory, improve the customer experience, streamline supply chain processes, and cut operational expenses. For instance smart shelves equipped with weight sensors will collect data from RFID tags and send the information to the IoT platform that will track inventory levels and issue notifications when items are low. Beacons can send targeted special offers and promotions to customers in order to create an enjoyable experience.

Public Sector

The advantages from IoT for the government sector and in other related environments for services are equally broad. For instance, public utilities can make use of IoT-based software to inform their customers of massive outages, or even smaller interruptions in water power, electricity, or sewer services. IoT applications can gather data about the magnitude of the outage and then allocate resources to assist utilities get back up and running with faster speed.

Healthcare

IoT asset monitoring offers a variety of advantages to the healthcare sector. Nurses, doctors and other staff members often have to know where the locations of assets used by patients like wheelchairs. If a hospital’s wheelchairs have IoT sensors, the wheelchairs are able to be tracked via the IoT asset-monitoring software so that anyone who is looking for one can easily locate the closest wheelchair. Many assets in hospitals are tracked this way to ensure their proper use and financial accounting for physical assets within every department.

General Safety Across All Industries

Alongside the tracking of the physical properties of assets, IoT could be utilized to enhance worker security. People working in hazardous areas like mines as well as oil and gas fields as well as power and chemical plants such as these, need to be aware of any hazardous situation that could impact them. When they’re connected to IoT sensors and alerts, they will be informed of incidents or be being rescued as fast as they can. IoT applications can also be used to monitor wearable devices that are able to track the health of people and their environment. Not only can these kinds of apps help people comprehend their own health conditions but they also allow doctors to monitor patients remotely.

What are the ways that IoT impacting the world? Check out connected automobiles.

IoT is revolutionizing the car by making connected automobiles to be connected. With IoT automobile owners will be able to manage their cars remotely – for example heating the vehicle prior to when the driver is able to get in the car, or calling cars via phone. With IoT’s capability to allow devices to communicate with each other and even cars will be able book their own service appointments when they are needed.

The connected car permits dealers or manufacturers to flip the car ownership model upside down. Before, car manufacturers been in a relationship of arms length with buyers on their own (or no relationship whatsoever). In essence, the manufacturer’s relationship with the vehicle ended when it was delivered directly to an dealer. With connected vehicles, automobile manufacturers or dealers can enjoy an ongoing connection with their customers. Instead of selling cars, they can charge drivers usage fees, offering a “transportation-as-a-service” using autonomous cars. IoT allows car manufacturers to update their vehicles regularly with new software, a radical shift from the conventional model of ownership of cars that sees vehicles instantly decrease in value and performance.

Make the most effective business decisions using Oracle IoT

Through Oracle Intelligent Applications lets you expand your ERP, supply chain HR, the customer experience (CX) applications to the digital age. Utilize advanced, predictive algorithms as well as digital twins to increase operational efficiency, increase worker productivity, improve CX and even create new opportunities for business models and new opportunities.