The world is currently undergoing a technological transformation. Engineers and developers are constantly creating new products for all industries — education, medicine, assembly of machine tools, etc. Leading teams are completely changing the way we work and communicate with each other. In the digital age, most companies prefer the IoT technology stack. Let’s find out all the advantages and pitfalls of such solutions.
Connected Vehicles
Autonomous robotic vehicles can move without the operator. This is the best innovation of the last decade. While driving, the onboard computer analyzes the environment using advanced AI techniques based on data received from multiple sensors.
The process of developing self-driving cars began in the 1990s. Now, such technology makes life easier for millions of drivers, including carriers involved in international cargo transportation. Various levels of vehicle automation are defined by SAE:
| Level 0 | Key features include emergency braking and lane departure warnings. This is the cheapest and simplest system. |
| Level 1 | The main features are adaptive cruise control and lane-keeping assistance. The driver sets the speed and the car maintains a safe distance. Many large companies have excellent solutions at this level — Tesla, Nissan, Mercedes-Benz, and Volvo. |
| Level 2 | The entire driving process is taken over by the vehicle control system. |
Agro Robots
Farming robots use advanced technology to pick vegetables in the field or greenhouse. They are based on a complex algorithm. Such a system analyzes the environment using IoT technology. Without the involvement of experienced developers, most problems cannot be solved.
The main task is to check if a vegetable ripened enough for harvest (determined by using a camera and an LED lighting system). Algorithms compare colors and then the robot must determine the vegetable to make the right moves. The end of the process is the placement in the basket, after cutting the vegetable with a small knife.
Environmental Monitoring & Control
Such IoT systems for manufacturing — the assembly of machines, the production of food, electronics, or household chemicals. In most cases, robots are indispensable. They can work 24/7 and perform scheduled tasks that are usually uninterrupted, repetitive, and monotonous. Most industrial robots consist of 3 main parts:
- The body for controlling units
- IOT core
- Robot’s arm for fine motor work.
Most advanced IoT systems are equipped with sensors to check all parameters of the environment. Based on the received data, operators can detect manufacturing errors early and fix them before the robot stops working. This means that production costs are reduced significantly.
Supply Chain Management
IoT systems help operators to keep track of their technological processes. It’s important for those who want to improve the quality of raw materials, reduce energy consumption and keep a guarantee of profitability. IoT brings transparency to any logistics. This is especially true for the transportation of perishable products and chemical or dangerous liquids.
Make Money, Save Money, Increase Productivity
The adoption of IoT and automation is the right step for the owner of any company. When ordering such a service from Euristiq, people can be sure that there will be no misunderstanding during the operation of equipment. This is confirmed by dozens of positive reviews about the company. Just call the manager to discuss the details of cooperation.
