Analysis of Major Attack Methods on PLC Industrial Control Systems and Industrial Networks

↑ Click on the above “Smart Manufacturing Home” Follow us Members can enter theMember Download Areato obtainrelated materials~ Introduction Previously, we shared the main industrial control protocols and their ports from industrial giants such as Siemens, Schneider, Mitsubishi, and Rockwell: Siemens, Schneider, Mitsubishi, RA: Analysis of Major Global Industrial Control Protocols and Ports We have … Read more

Creating ST Programming Language Projects in Siemens and Mitsubishi PLCs

Creating ST Programming Language Projects in Siemens and Mitsubishi PLCs In Siemens PLCs, the structured language is referred to as SCL, which is the ST language. In the current TIA Portal programming software, programs and data are presented in the form of “blocks”. The data block (DB) is equivalent to data registers in other PLCs. … Read more

PLC Budget Constraints? Who is the King of Cost Performance!

Free for commercial use! A low-code visual development platform for industrial web with over 1500 components. Unlock new ways of PLC communication, it’s really powerful! In the battlefield of industrial automation, the PLC (Programmable Logic Controller) is known as the most reliable “control hub”. It functions like a precise neural network, executing complex commands from … Read more

Discussion Topic | What Makes a PLC ‘High-End’?

It is said that Siemens, Schneider, and ABB are the three major high-end PLC brands. So, what are the key dimensions that define the “high-end” positioning of high-end PLCs? Is it their exceptional adaptability under extreme conditions? Is it their powerful processing speed and precise control performance? Or is it simply reflected in the high … Read more

Intelligent PLC Control Cabinet at the Institute of Chemistry, Chinese Academy of Sciences

Click the above“blue text”to follow us! In the field of scientific research, the stability and intelligence of experimental equipment directly affect research efficiency and the quality of results. As a leading research institution in China, the Institute of Chemistry, Chinese Academy of Sciences, has high demands for the automation control and operational stability of experimental … Read more

How Many Communication Methods of Siemens PLC Do You Know?

In the vast realm of industrial control, Siemens stands out like a brilliant star. As one of the earliest industrial control manufacturers to enter the Chinese market, it maintains a formidable market share. Its PLC products attract the attention of many industrial control professionals with their exceptional quality, stable networks, and open compatibility, much like … Read more

Steps for Troubleshooting PLC Failures

The troubleshooting steps for a PLC (Programmable Logic Controller) typically follow a systematic and detailed process to ensure accurate and efficient identification and resolution of faults. Below is a comprehensive guide to PLC troubleshooting steps: 1. Preliminary Observation and Assessment 1. Observe Appearance and Indicator Lights: ● Check the PLC device for any visible physical … Read more

TinyML: A Python Library for AI Deployment on Micro Devices!

MarkDown # Getting Started with TinyML: Playing with AI on Micro Devices Using Python Hello everyone! Today we are going to explore a super cool Python library – TinyML. In simple terms, TinyML is a magical tool that allows AI models to run on micro devices like smartwatches and sensors. Imagine your fitness band intelligently … Read more

Reconstructing Quality Inspection Productivity with Edge AI to Drive Upgrades in Quality Control Paradigms

在现代制造业中，质量控制是确保产品符合标准的关键环节。随着技术的进步，传统的质量检验方法面临着效率低下和准确性不足的问题。边缘AI的引入为这一领域带来了革命性的变化。 边缘AI技术通过在生产现场进行数据处理，能够实时分析产品质量，减少了对人工检验的依赖。这种方法不仅提高了检验的速度，还提升了检验的准确性。通过使用机器学习算法，边缘AI能够识别出潜在的缺陷，并在问题发生之前进行预警。 此外，边缘AI还可以与其他智能制造系统集成，实现数据的互联互通，进一步优化生产流程。通过这种方式，企业能够实现更高的生产效率和更低的运营成本。 总之，边缘AI的应用正在推动质量管控范式的升级，使得制造业能够更好地应对市场的变化和客户的需求。