Seven cases where you should buy from someone else: functional safety, guaranteed determinism, IEC 61131-3 specs,...
The logic of a small machine fits on one printed page and has not changed in ten years. The bill of materials changes...
"Artificial intelligence only writes toy examples": it is the most common objection, and it is fair. So we gave it...
There is a press from 1998 in the corner of the shop floor: it works perfectly and has no idea what Industry 4.0 is....
A photocell, a belt, a red lamp. Until recently, turning that description into a working program took a skilled...
Many engineers believe Arduino is suitable only for hobby projects. In reality, industrial reliability depends on...
Discover how Artificial Intelligence is transforming PLC programming. Learn how ChatGPT, Claude Code, and...
GEVINO challenges traditional PLCs with lower costs, no software licenses, AI-assisted programming, and maximum...
Seven cases where you should buy from someone else: functional safety, guaranteed determinism, IEC 61131-3 specs, redundancy. Written by the guy who sells them.
The logic of a small machine fits on one printed page and has not changed in ten years. The bill of materials changes every year: licences, subscriptions, modules. Everybody asks what happens to the program they already have — and today the answer is that you paste it into an artificial intelligence.
"Artificial intelligence only writes toy examples": it is the most common objection, and it is fair. So we gave it the least toy-like task in automation — filtering inputs, recognising an abnormal condition that persists, and reporting it credibly — and looked at what came out.
There is a press from 1998 in the corner of the shop floor: it works perfectly and has no idea what Industry 4.0 is. Nobody will scrap it, but somebody will have to make it talk to the company system — and will spend two days on register addresses and transmission timings. Here is how to delegate those two days to artificial intelligence, with a Modbus RS485 node on a GEVINO PLC.
A photocell, a belt, a red lamp. Until recently, turning that description into a working program took a skilled technician half a day: today it takes fifteen minutes, and the only thing written by hand is the sentence you have just read. We timed the test on a GEVINO PLC, from a request in plain English to a program ready to load.
Many engineers believe Arduino is suitable only for hobby projects. In reality, industrial reliability depends on hardware design, protections, software quality, and system architecture—not on the development framework. Discover why Arduino-compatible industrial controllers are increasingly used in professional automation applications.
Discover how Artificial Intelligence is transforming PLC programming. Learn how ChatGPT, Claude Code, and Arduino-compatible GEVINO PLCs can accelerate industrial automation development, reduce programming complexity, and help engineers build custom control systems faster than ever.
GEVINO challenges traditional PLCs with lower costs, no software licenses, AI-assisted programming, and maximum development freedom.
