How to deploy artificial intelligence in your company? Check out these 8 practical scenarios
On this page you will find interactive presentations with applications of artificial intelligence in enterprises.
You will see 8 scenarios of practical AI deployment. These solutions are available on the Slovak market today and have been deployed in Slovak industrial companies.
We will introduce you to the possibilities of using artificial intelligence in specific business conditions. You will also learn more about the technical and organizational environment you will need to successfully deploy AI solutions.
If you've liked our presentations, please contact us at email@example.com and we will provide you with a consultant or company that can develop a customized solution for you.
Training and consultations on the presented scenarios are FREE for companies with up to 500 employees and a turnover of up to EUR 100 million.
The interactive presentations were created by
Artificial intelligence in industrial production
See the different types of use of AI in the manufacturing process. The list is already extensive and will grow over time. Artificial intelligence can be deployed for various tasks or optimization measures in specific machines and equipment, stand-alone production cells, as well as in integrated assembly lines. The video also demonstrates the principles of building a machine learning model in industrial manufacturing.
Quality control in industrial production
One of the most widely used applications of artificial intelligence is image recognition using machine vision. Applications of this type are now commonly used in mobile phones, while sensor and control systems in autonomous vehicles are slightly more complex and reliable. This type of artificial intelligence is one of those that can be deployed immediately in your business and just as quickly transform into real economic benefits.
The application of artificial intelligence in maintenance is one of the most deployed solutions today. It is gradually becoming part of the standard software packages available on the market as a commodity. It is often linked to asset management, i.e., the management of company's production and operational capacities and facilities. The basic prerequisite for its successful deployment is the collection of data from facilities and objects. Predictive maintenance is linked to the Internet of Things and intelligent processing of the collected data. The return on investment in this scenario is strongly linked to potential losses from downtime and production outages.
The importance of energy management has changed fundamentally over the last two years. Energy prices have become a factor that can determine the economic sustainability of your operation. Add to this environmental requirements, new regulations, and the drive to reduce your carbon footprint. The more complex the approach to energy efficiency solutions, the greater the demands on energy management systems. In this scenario, artificial intelligence primarily concentrates on predictions that allow the company to plan its consumption, purchases and even sales of surplus own RES energy production with high accuracy.
Marketing and sales support
Marketing has shifted from mass promotion of a brand or product to an industry that focuses more on the individual customer and her/his needs. The customer is now at the centre of attention and companies are not only looking for the most appropriate channels to reach her/him but are also personalising the content of their messages in their communications. The goal is a situation where the recipient of the advertising message feels that the other party understands her/him and her/his needs. In this case, technology works with different sources of information, of which unstructured data plays an important role. Natural language processing systems work with this data. The deployment of technology in this case must be balanced with measures to protect the rights and privacy of the client.
Business activities of companies are moving massively into the online world. This shift is pronounced when serving end users. Customers' ability to shop anywhere has increased dramatically and their loyalty to a retailer or brand is decreasing proportionately. Artificial intelligence provides you with tools that can identify a customers' preferences and even buying habits based on their actions and processes on a sales website. While maintaining all privacy rules, it is possible to provide the customers with an offer that will accelerate their ability to find suitable products, increase their shopping satisfaction and bring them repeatedly to the retailer’s website.
User and customer support
Companies are not just dealing with product sales or marketing. They must pay a lot of attention to taking care of customers, who turn to sales with various problems with the use of products, complaints, or malfunctions. Salespeople also need to respond promptly to client enquiries and provide technical support for staff. Call centres are becoming increasingly costly to operate and maintaining a stable performance of the staff providing support to customers is also a challenge. That is why chatbots with varying degrees of intelligence are becoming common on the front line of this communication. In this scenario, you'll learn how to build an automated contact centre that can understand natural language and is able to communicate directly with the end customer.
Automation of non-manufacturing processes
For this scenario, technologies commonly referred to as Robotic Process Automation (RPA) are used. Since we are not talking about a physical robotic device, but software, we have used a label to describe the scenario that indicates the purpose for which RPA is most used. These are a range of administrative tasks such as processing invoices, purchase orders, travel orders and so on. In our example, it is the processing of service intervention records and the subsequent support of service technicians. The interactive presentation explains in more detail how the AI model gradually builds up "knowledge" of the environment and recommendations for actions in the physical world from the generated records.