IoT-Home-Automation

IoT-Home-Automation is a home automation project built with Raspberry Pi and Python that demonstrates practical Internet of Things implementation. The project provides code and examples for remotely controlling home devices, integrating both hardware and software components. It showcases hands-on skills in IoT development, hardware-software integration, and remote device management. This project is ideal for learning how to build scalable, connected home automation systems.

["1. **Set Up Your IoT Device:**\n - Connect your Raspberry Pi to the IoT device (e.g., smart thermostat, leak detector) using Python libraries like `RPi.GPIO` or APIs provided by the device manufacturer.\n - Write a Python script to monitor the device for specific alerts (e.g., temperature thresholds, moisture levels). Use placeholders like [DEVICE_NAME] and [ALERT_TYPE] to customize the script for your use case.\n - *Tip:* Test the script locally before integrating with Sortd to ensure it captures alerts accurately.\n\n2. **Configure Sortd for Automation:**\n - Install Sortd’s Gmail add-on and create a dedicated board (e.g., \"Home Automation\" or \"IoT Alerts\") with columns like \"Pending,\" \"In Progress,\" and \"Completed.\"\n - Use Sortd’s API to generate tasks automatically when your Python script detects an alert. Include placeholders like [TASK_DESCRIPTION], [PRIORITY_LEVEL], and [DUE_DATE] in your API request.\n - *Tip:* Use Sortd’s \"Template Boards\" feature to standardize task formats for different alert types (e.g., temperature vs. security).\n\n3. **Integrate Python with Sortd API:**\n - Use the `requests` library in Python to send HTTP POST requests to Sortd’s API when an alert is triggered. Example payload:\n ```python\n {\n \"title\": \"[ALERT_TYPE] Alert for [DEVICE_NAME]\",\n \"description\": \"[DETAILED_DESCRIPTION]\",\n \"priority\": \"[HIGH/MEDIUM/LOW]\",\n \"due_date\": \"[YYYY-MM-DD]\",\n \"board\": \"Home Automation\"\n }\n ```\n - *Tip:* Store your Sortd API key securely using environment variables (e.g., `os.getenv('SORTD_API_KEY')`).\n\n4. **Test the Workflow:**\n - Simulate an alert (e.g., manually trigger the temperature threshold) and verify that a task appears in your Sortd board.\n - Check your Gmail inbox to confirm the task is created and tagged correctly.\n - *Tip:* Use Sortd’s mobile app to receive push notifications for critical alerts.\n\n5. **Monitor and Optimize:**\n - Review completed tasks in Sortd to identify patterns (e.g., frequent alerts from a specific device).\n - Adjust your Python script or Sortd board settings to reduce false positives or improve response times.\n - *Tip:* Use Sortd’s AI features (e.g., urgency detection) to prioritize tasks automatically.","Use Case-Specific Tips:\n - **For Smart Thermostats:** Combine Nest Thermostat API with your Raspberry Pi script to cross-validate alerts and reduce false alarms.\n - **For Security Systems:** Integrate motion sensor data with Sortd to create tasks for reviewing security footage or contacting authorities.\n - **For Water Leak Detectors:** Set up automated tasks to shut off water valves (if supported) and notify plumbers via Sortd.","Troubleshooting:\n - If tasks aren’t appearing in Sortd, check your API endpoint and authentication keys.\n - For Raspberry Pi issues, verify sensor connections and Python dependencies (e.g., `pip install requests`)."]