I work with industrial automation and develop solutions that connect machines, devices and systems.
My experience includes PLCs, HMIs, ESP32, MQTT, Modbus, OPC UA, databases, SCADA, MES and web applications.
My work began on the factory floor, working with machines, PLCs, HMIs and industrial networks. Over time, I started building integrations between equipment, databases and web applications.
That experience led to IIoT ESP32 Brasil: a place to share real projects, practical challenges and solutions that connect electronics, software and automation.
The modern developer is no longer a mere code typist, but a Context Architect. Artificial Intelligence came to eliminate repetitive work and speed up delivery. However, AI does not replace the theoretical foundation: courses, engineering concepts and continuous hardware study are what give you the superpowers you need to guide the machine safely and professionally on the factory floor.
To consolidate the new ecosystem of AI-Assisted Firmware. I want to show that the modern developer does not need to be a code typist stuck in local IDEs, but an architect able to use LLMs to design gateways, telemetry and industrial IIoT applications quickly, safely and professionally.
Connecting machines, PLCs, HMIs, sensors and supervisory systems.
Telemetry, MQTT, Modbus, networks, gateways and edge devices.
Web applications, APIs, databases, dashboards, SCADA and MES.
Firmware, embedded portals, NAT repeaters, sensors and integrations.
An original project that turns the ESP32-S3 into an access point, Wi-Fi client and NAT gateway, with an embedded configuration portal and DNS propagation for clients.
RS-485 communication gateway for transparent conversion of Modbus RTU data into JSON-formatted MQTT topics for SCADA and MES.
My work combines field devices, industrial protocols, embedded systems and software development.
The factory-floor foundation: control the machine and bring its state to supervision.
The protocols that take data out of equipment and deliver it to whoever needs it.
The firmware running on the device, with the environment that builds and flashes the board.
The layer that turns telemetry into screens, history and decisions.
How to integrate a critical energy system with a read-only supervisory system, keeping remote visibility without introducing control risk or changing legacy protection.
Read articleHow to gain centralized visibility into older machines by distributing monitoring through HMIs, without reengineering the SCADA system or stopping production.
Read articleShare practical technical knowledge, show real projects and connect embedded systems, software and industrial automation.
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