We are as a team focusing on working everywhere and any time. We are passionate by electronic and software so we can find a best solution for your requirements.
We are investigating many ALPR SDK and also api. so we are choosing best sdk. We have know how to be able to verify SDKs accordingly and installing on premise with our professional technicians.
A detailed analysis of a motorized gate control system using PIC microcontrollers. The study includes circuit architecture, motor driver interface, sensor integration, and firmware behavior.
Emphasis is placed on signal flow, input/output control, safety features (limit switches, current sensing), and the role of the PIC MCU in handling logic, timing, and remote activation.
Suitable for sliding or swing gate automation, the board manages operations like open/close sequencing, obstacle detection, and manual override.
Smart and reliable appliances designed for modern cafes, including coffee machines, grinders, milk frothers, and other essential equipment that ensure efficiency and quality in daily operations.
We developed a remote-controlled irrigation system for a 15-decare (3.7-acre) agricultural field. The system is designed to control a 4-inch industrial valve using a stepper or servo motor.
We conducted prototype tests using Raspberry Pi 4 and integrated GSM shield modules for remote access in areas without Wi-Fi coverage.
The system supports multiple microcontrollers including Raspberry Pi 3, 4, 5, VIM3, and ESP8266.
Our aim was to build a modular, scalable, and weather-resistant solution that allows farmers to manage irrigation remotely via mobile network or Wi-Fi, optimizing water usage and labor.
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