Jul 17 2025

Building Your Own Environmental Insights: A Deep Dive into the Anavi Sensor Dashboard’s Architecture


Author: Shafeeque Olassery Kunnikkal | Category: ANAVI Infrared pHAT, BH1750 Light Sensor, BMP180, HTU21D, IoT, Raspberry Pi | Leave a Comment

In our previous article, we introduced the Anavi Sensor Dashboard, an open-source desktop application built with Python and PyQt5 for comprehensive environmental monitoring. We explored its user-friendly interface, key features like real-time visualization, customizable alerts, and data logging, and outlined the hardware and software prerequisites for getting started. This article takes you “under the hood”…..

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Jun 28 2025

Unveiling the Anavi Sensor Dashboard: Your Open-Source Environmental Monitor


Author: Shafeeque Olassery Kunnikkal | Category: ANAVI Infrared pHAT, BH1750 Light Sensor, BMP180, HTU21D, IoT, Raspberry Pi, Sensor Dashboard | Leave a Comment

Introduction: Bridging the Gap Between Hardware and Insight In an increasingly connected world, understanding our immediate environment is more important than ever. Whether for home automation, smart agriculture, or simply personal curiosity, real-time data about temperature, humidity, pressure, and light can empower better decisions. Introducing the Anavi Sensor Dashboard – a robust, customizable, and user-friendly…..

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Jun 27 2025

Part 4: Enabling JTAG in Firmware and Using It with OpenOCD


Author: Shafeeque Olassery Kunnikkal | Category: Hardware Hacking, IoT, JTAG, STM32, STM32F411, STM32F411CE, STM32F411CEU6, Tigard | Leave a Comment

Overview Once you’ve discovered your JTAG pins using JTAGenum, you might want to enable them in your own firmware, or use them with a tool like OpenOCD for real debugging. This part shows how to: Why Enable JTAG in Firmware? On many STM32 boards, including the Black Pill: When is this needed? Enabling JTAG Using…..

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