A management platform for IoT environments and applications
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Updated
Mar 14, 2024 - JavaScript
A management platform for IoT environments and applications
Github repository for ABISSMAL behavioral tracking platform
The Vyom project develops an advanced planetary rover with autonomous navigation using ultrasonic sensors, LiDAR, and cameras, robust mobility systems, RF communication, and a web-based GUI. It enhances obstacle avoidance, mobility, and operational efficiency in complex terrains for planetary exploration.
A curated hub of architectural patterns, principles, and examples for designing scalable, modular, and secure software systems. Access a wealth of knowledge to guide your architectural decisions, boost development efficiency, and create robust applications that meet modern requirements.
A comprehensive IoT-based solution to detect stray animals on roadways and alert drivers in real-time. Built with Flask backend, React frontend, and Raspberry Pi-powered hardware components including sensors and cameras. Features include real-time detection, GPS tracking, and an interactive dashboard for monitoring alerts.
Reference design of a interface for TF-ATMON payload.
Digital pluviometer developed and supervised during my internship. Language: Spanish
Perfectly realistic android, down to the last detail. Uses HASEL actuators as biomimetic musculature, internal AI for physical, and external AI for conversational
RTL-433 Home Assistant Integration (Alpha) - Connect 433MHz sensors directly via RTL-SDR without the need for MQTT.
This repository features projects for different microcontrollers, including ESP8266, Arduino, and more. Each project is organized by application, such as LED control, sensor integration, and communication protocols. Perfect for hobbyists and engineers looking for practical microcontroller examples and tools.
This repository features materials from Robothon workshops, including code examples, and resources on IR sensors, ultrasonic sensors, motor control, and Bluetooth integration for robotics. Ideal for hands-on learning and practical robotics projects.
Smart walking stick for visually impaired individuals, featuring obstacle detection, fall detection, and haptic feedback. Built with FPGA and VHDL.
Smart walking stick for visually impaired individuals, featuring obstacle detection, fall detection, and haptic feedback. Built with FPGA and VHDL.
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