Developing the upper computer software with Python

With the rise of the Internet of Things, more and more traditional industrial equipment needs to communicate with the outside world. However, in many cases, microcontrollers like PLCs cannot directly connect with the outside world due to their own hardware factors. Through the upper computer like PC as an intermediary bridge, it opens a door for PLC to communicate with the outside world. Python, as the most popular programming language currently, can be seen in many aspects such as AI and cloud computing. Of course, it also has a wide range of applications in industrial control.

Introduction to the Characteristics of Developing Upper Computer Software in Python

◆ Stability: A mature technical system ensures stable software operation;
◆Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;
◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;
◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

Introduction to the Functions of Developing Upper Computer Software in Python

◆ User management: Manage and maintain user basic information (add, delete, modify, check);
◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;
◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;
◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

The application fields of developing upper computer software using Python

1) Industrial software
Connect with the production management system or other management systems, obtain production order data and related process instructions, communicate with PLC or production equipment, and issue production data. Simultaneously obtaining status data during the production process, monitoring the production process in real-time, and saving or returning relevant data in the form of a database for convenient historical record query and traceability.

2) Medical
By using PLC to collect data from devices or sensors, corresponding charts and data analysis are performed to obtain different operating states of the equipment. Alarm prompts or other graded action operations are given for faults or abnormal situations that have occurred or are about to occur.

3) System integration
The upper computer software communicates and connects with various modules to send and receive essential instructions and data during the system execution process. At the same time, it serves as the brain of the system and controls the actions of each module. On the other hand, the upper computer software also serves as the communication channel between users and the system, and the software interface is particularly important.

How to choose a Python upper computer software developer?

Unicrom has the following 6 advantages in developing upper computer software based on Python qt

1) Strong company strength
100+professional technical team,;

2) A professional development team
A team with 7 years of industry development experience, providing one-stop development services from consulting, requirement sorting, prototype testing, and launch;

3) Rich industry experience
With 7 years of industry accumulation, serving over 500 customers, and rich experience in industrial automation, equipment monitoring, medical device intelligence, and other fields;

4) Executive direct responsibility system
Development Director – Project Director – General Manager review step by step to ensure project production;

5) Full process risk management and control
7 * 24-hour rapid response, 24 standard service processes, and 34 delivery standards, with full transparency and transparency throughout the process, allowing you to rest assured and worry free;

6) ISO9001 Quality Management System Certification
The PMP and ACP project management qualification project management team in the United States comprehensively evaluates and controls risks to ensure that the project can be implemented.

Unicrom is the preferred choice for upper computer software development

Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technology. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.