CEO of LRI Automação Industrial
Industrial Automation • Embedded Systems • Industrial Networking • Industrial Ethernet • Python • C++ • Go • AI-Assisted Software Development
I am an industrial automation and networking specialist with more than 30 years of experience in industrial communications, embedded systems, power electronics, and software development.
Over the last few years, my work has been increasingly focused on the development of advanced software and firmware platforms using AI-assisted engineering workflows, combining deep technical expertise with modern AI tools to accelerate design, coding, testing, validation, and quality assurance.
AEM is a complete industrial monitoring and data acquisition ecosystem designed for remote energy, process, and infrastructure monitoring.
The platform includes:
- Embedded firmware running on STM32 microcontrollers
- Windows desktop utility software
- Secure firmware update infrastructure
- Industrial communication protocols
- Data acquisition and monitoring tools
- Cloud connectivity and remote management
I designed and developed both the AEM firmware and the AEM Windows Utility software.
Technologies involved:
- STM32
- C/C++
- Python
- Modbus RTU
- Modbus TCP
- MQTT
- TLS
- USB
- Industrial Ethernet
A compact industrial gateway designed to bridge field devices and modern network infrastructures.
Key capabilities:
- Modbus RTU to Modbus TCP conversion
- Local data caching
- Industrial Ethernet connectivity
- MQTT and cloud integration
- Secure remote access
- Industrial protocol aggregation
A scalable industrial data concentrator designed for large deployments.
The AEM HUB collects data from multiple AEM devices and industrial networks, converts field communications into TCP/IP services, and securely stores operational data in private infrastructure.
Core functions:
- Multi-device data aggregation
- Modbus RTU to TCP conversion
- Edge processing
- Private cloud integration
- MQTT services
- Historical data storage
- Secure remote monitoring
- Mobile and web application integration
The long-term vision is to provide a fully private industrial IoT infrastructure without dependency on third-party cloud providers.
I actively develop software using AI-assisted engineering methodologies.
Primary technologies:
- Python
- C++
- Go
- Embedded C
- STM32 HAL
- Windows Desktop Applications
- Linux
- Industrial Protocols
- REST APIs
- MQTT
- TLS/PKI
My focus is on building reliable industrial-grade software, firmware, and communication systems rather than consumer applications.
- Layer 2 Switching
- Layer 2+ Switching
- Layer 3 Switching
- VLAN
- STP / RSTP
- QoS
- IGMP Snooping
- Industrial Ethernet
- IEC 61850-3
- PROFINET
- EtherNet/IP
- STM32
- Industrial Controllers
- Secure Boot
- Firmware Update Systems
- Industrial Gateways
- Edge Computing
- Modbus RTU
- Modbus TCP
- MQTT
- Data Acquisition
- Edge Processing
- Cloud Connectivity
- Industrial Cybersecurity
- Industrial Power Supplies
- Battery Chargers
- DC/DC Converters
- UPS Systems
- Power Distribution
Industrial automation, embedded computing, industrial networking, and power conversion solutions.
Official distribution and technical support for Mean Well power products in Brazil.
Industrial Automation • Industrial Networking • Industrial Ethernet • Embedded Systems • STM32 • Modbus • Modbus TCP • Modbus RTU • MQTT • Industrial IoT • Edge Computing • Python • C++ • Go • Industrial Cybersecurity • Industrial Gateways • Data Acquisition • Firmware Development • AI-Assisted Development