ARES-(WORK IN PROGRESS)
- 8 Devlogs
- 8 Total hours
A connected IoT project combining sensors, automation, and intelligent control.π Building an advanced ESP32-powered system for real-world applications.π₯
A connected IoT project combining sensors, automation, and intelligent control.π Building an advanced ESP32-powered system for real-world applications.π₯
ARES hardware prototype during sensor testing and calibration. The ESP32 is connected with an ultrasonic sensor, servo motor, and other modules while a digital multimeter is used to verify voltage levels and circuit stability before final integration.
Making website of ARES project that ultimate website i created link(coming soon)
π ARES Prototype Update
πΈ Hardware assembly and testing in progress. The ESP32-based rescue platform is being developed to support real-time sensing, autonomous operation, and remote monitoring for emergency situations.
π§ Current focus:
Sensor integration
Firmware development
System testing
Structural improvements
π Building a smarter and safer disaster-response solution, one step at a time. β‘π€π₯
π ARES Website Progress Update
π Built and refined the official project landing page, focusing on design, responsiveness, and project presentation. Currently working on documentation, feature showcases, and future integration support.
π» Tech Stack: HTML, CSS, JavaScript, GitHub Pages
βοΈ Development continues alongside hardware testing and system integration.
MAKING SOMETHING GOODπ
π‘ The system is currently undergoing testing for sensor communication, embedded processing, and real-time data handling using ESP32-based modules.
π Building an advanced ESP32-powered system focused on intelligent monitoring, embedded innovation, and real-world automation. Currently testing hardware integration, live data visualization, and core system functionality. βοΈπ‘
Developing an ESP32-based environmental monitoring and automation system with real-time sensor data visualization.ππ