Main public logs
Combined display of all available logs of cognifront. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).
- 14:33, 2 October 2026 CogWikiEditor talk contribs created page MDM331AID/Experiment 3 (Created page with " = Experiment 3: Arduino-Based LED Control Using GPIO Pins = == Aim == To implement a simple IoT-oriented application using an Arduino UNO board to control an LED through GPIO pins and understand the physical design of IoT devices and the concept of device actuation. == Objectives == * To understand the physical components of an IoT device. * To configure Arduino GPIO pins as digital outputs. * To control an LED using digital signals. * To understand the role of actuat...")
- 14:28, 2 October 2026 CogWikiEditor talk contribs created page MDM331AID/Experiment 2 (Created page with "= Experiment 2: Obstacle Detection and LED Notification using IR Sensor with Arduino UNO and Raspberry Pi = '''Course:''' MDM331AID – Internet of Things '''Program:''' TE Artificial Intelligence and Data Science Engineering '''University:''' Savitribai Phule Pune University ---- == 1. Aim == To implement an obstacle detection system using an IR sensor interfaced with Arduino UNO and Raspberry Pi, and notify users about detected obstacles using LEDs. == 2. Object...")
- 14:14, 2 October 2026 CogWikiEditor talk contribs created page MDM331AID/Experiment 1 (Created page with "= Experiment 1: Develop an Application for the Connectivity of the Arduino UNO/Raspberry Pi Circuit with Sensors = '''Course:''' MDM331AID – Internet of Things '''Program:''' TE Artificial Intelligence and Data Science Engineering '''University:''' Savitribai Phule Pune University (SPPU) ---- == 1. Aim == To develop an application for interfacing sensors with Arduino UNO and Raspberry Pi, acquire sensor data, process the readings and display the output through a...")
- 13:08, 2 October 2026 CogWikiEditor talk contribs created page AIDS IoT Kits User Manuals (Created page with "= MDM331AID: Internet of Things = <div style="text-align:center; font-size:120%; color:#315b75; font-weight:bold;"> Laboratory Manual </div> <div style="text-align:center; font-size:100%;"> Third Year B.E. — Artificial Intelligence and Data Science Engineering </div> <div style="text-align:center; font-size:95%; color:#555;"> Savitribai Phule Pune University (SPPU) </div> --- <div style="border:1px solid #b8cbd8; background:#f3f8fb; padding:18px; text-align:center;...")
- 07:38, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-12-tcpip.png
- 07:38, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-12-tcpip.png
- 07:34, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-14-mqtt-protocol.png
- 07:34, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-14-mqtt-protocol.png
- 07:21, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-13-leader-to-child.png
- 07:21, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-13-leader-to-child.png
- 07:20, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-13-child-to-leader.png
- 07:20, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-13-child-to-leader.png
- 07:16, 26 September 2026 CogWikiEditor talk contribs created page File:Lowpan-comm-xiao.png
- 07:16, 26 September 2026 CogWikiEditor talk contribs uploaded File:Lowpan-comm-xiao.png
- 06:34, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-13-lowpan-protocol.png
- 06:34, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-13-lowpan-protocol.png
- 06:33, 26 September 2026 CogWikiEditor talk contribs uploaded a new version of File:Ipdl-13-thread-protocol.png
- 06:32, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-13-thread-protocol.png
- 06:32, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-13-thread-protocol.png
- 06:09, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-13-lowpan-flow.png
- 06:09, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-13-lowpan-flow.png
- 06:04, 26 September 2026 CogWikiEditor talk contribs created page IPDL - 13: 6LoWPAN Protocol Demonstration (Created page with "= XIAO nRF52840 — Thread + 6LoWPAN + UDP = Assume: <code> XIAO #1 = LEADER XIAO #2 = CHILD Leader COM26 Child COM27 UDP Port = 12345 </code> Your actual COM ports can of course change. == 1. LEADER — complete command sequence == Start with the '''Leader XIAO'''. === Step 1 — Clear old dataset === <code> dataset clear </code> Expected: <code> Done </code> === Step 2 — Create a NEW Thread network === <code> dataset init new </code> Expected: <code>...")
- 05:42, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-14-mqtt-test.png
- 05:42, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-14-mqtt-test.png
- 05:40, 26 September 2026 CogWikiEditor talk contribs created page File:Ipdl-14-ep32-mqtt-subscriber.png
- 05:40, 26 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-14-ep32-mqtt-subscriber.png
- 15:15, 25 September 2026 CogWikiEditor talk contribs created page IPDL - 14: Temperature Publishing Using MQTT / RESTful APIs (Created page with "= ESP32 DHT11 MQTT Temperature Publishing = == Objective == To develop a basic IoT system in which an ESP32 reads ambient temperature and humidity from a DHT11 sensor and publishes the sensor data to an MQTT broker over Wi-Fi. The experiment uses the public Eclipse Mosquitto MQTT broker '''test.mosquitto.org'''. The ESP32 publishes the sensor readings to a specific MQTT topic, and a computer can receive the published data using the Mosquitto subscriber command-line to...")
- 11:57, 25 September 2026 CogWikiEditor talk contribs created page File:Ipdl-12-tcp-receiver.mp4
- 11:57, 25 September 2026 CogWikiEditor talk contribs uploaded File:Ipdl-12-tcp-receiver.mp4
- 11:34, 25 September 2026 CogWikiEditor talk contribs created page IPDL - 12: TCP/UDP Server for Sensor Data (Created page with "= ESP32 TCP Sensor Data Acquisition Using DHT11 and LDR = == Project Overview == This project demonstrates how an ESP32 can acquire sensor data and make that data available to a computer over a TCP connection. The ESP32 connects to an existing Wi-Fi router and operates as a TCP server. A laptop connected to the same Wi-Fi network runs a Python TCP client. The user can select which sensor data is required from the laptop terminal. The project uses two sensors:...")
- 10:21, 8 September 2026 User account Amruta talk contribs was created
- 04:44, 6 September 2026 CogWikiEditor talk contribs created page ESP32 Cognifront IoT Cloud (Created page with "== Cognifront IoT Cloud – Instruction Manual == <div style="border:1px solid #a2a9b1; border-radius:8px; padding:20px; margin:15px 0; background:#f8f9fa;"> '''Cognifront IoT Cloud Instruction Manual''' This manual provides an introduction to the Cognifront IoT Cloud platform, including cloud setup, device control, sending sensor data, and ESP8266-based examples. :contentReference[oaicite:0]{index=0} <div style="margin-top:15px;"> Media:Cognifront-iot-cloud-guide....")
- 04:44, 6 September 2026 CogWikiEditor talk contribs created page File:Cognifront-iot-cloud-guide.pdf
- 04:44, 6 September 2026 CogWikiEditor talk contribs uploaded File:Cognifront-iot-cloud-guide.pdf
- 10:45, 4 September 2026 User account TiffanyChavarria talk contribs was created
- 05:16, 4 September 2026 CogWikiEditor talk contribs created page File:Cognifront-bt-app.zip
- 05:16, 4 September 2026 CogWikiEditor talk contribs uploaded File:Cognifront-bt-app.zip
- 04:45, 4 September 2026 CogWikiEditor talk contribs created page ESP32 Bluetooth (Created page with "===Interfacing LDR with ESP32 and Transmitting Sensor Data using Bluetooth=== '''Interfacing LDR with ESP32 and Transmitting Sensor Data using Bluetooth''' demonstrates how an LDR sensor can be interfaced with an ESP32 board to measure light intensity and transmit the sensor value wirelessly using Bluetooth. The ESP32 reads the analog value from the LDR and sends the value through Bluetooth to a paired device. <center> '''LDR → ESP32 → Bluetooth → Paired Device'...")
- 04:42, 4 September 2026 CogWikiEditor talk contribs created page File:Libraries-gec-goa-kits-2026.zip
- 04:42, 4 September 2026 CogWikiEditor talk contribs uploaded File:Libraries-gec-goa-kits-2026.zip
- 04:37, 4 September 2026 CogWikiEditor talk contribs created page File:Rtc-esp32.jpg
- 04:37, 4 September 2026 CogWikiEditor talk contribs uploaded File:Rtc-esp32.jpg
- 04:36, 4 September 2026 CogWikiEditor talk contribs created page RTC Module DS3231 (Created page with "===Interfacing DS3231 RTC Module with ESP32=== '''Interfacing DS3231 RTC Module with ESP32''' demonstrates how a DS3231 Real-Time Clock (RTC) module can be interfaced with an ESP32 board using the I²C communication protocol to read and display the current date and time. The DS3231 is a highly accurate real-time clock module that keeps track of date and time information. <center> '''DS3231 RTC → I²C → ESP32 → Serial Monitor''' </center> == Objectives == * To...")
- 04:26, 4 September 2026 CogWikiEditor talk contribs created page File:Tcs34725-color-sensor-esp32.jpg
- 04:26, 4 September 2026 CogWikiEditor talk contribs uploaded File:Tcs34725-color-sensor-esp32.jpg
- 04:26, 4 September 2026 CogWikiEditor talk contribs created page Color Sensor TCS (Created page with "===Interfacing TCS34725 Color Sensor with ESP32=== '''Interfacing TCS34725 Color Sensor with ESP32''' demonstrates how the TCS34725 color sensor can be interfaced with an ESP32 board to detect and identify different colors using RGB and clear-channel data. The TCS34725 is an RGB color sensor that detects the intensity of red, green, blue, and clear light components. <center> '''TCS34725 Color Sensor → I²C → ESP32 → Serial Monitor''' </center> == Objectives ==...")
- 04:20, 4 September 2026 CogWikiEditor talk contribs created page File:Rfid-esp32.jpg
- 04:20, 4 September 2026 CogWikiEditor talk contribs uploaded File:Rfid-esp32.jpg
- 04:05, 4 September 2026 CogWikiEditor talk contribs created page RFID Module (Created page with "===Interfacing RFID Reader with ESP32 using MFRC522=== '''Interfacing RFID Reader with ESP32 using MFRC522''' demonstrates how an MFRC522 RFID reader can be interfaced with an ESP32 board using the SPI communication interface to read the unique identification number (UID) of an RFID card or tag. The ESP32 communicates with the MFRC522 RFID reader through the '''SPI''' interface. When an RFID card is placed near the reader, the card UID is read and displayed on the Seri...")
- 03:58, 4 September 2026 CogWikiEditor talk contribs created page File:Ir-receiver-esp32.jpg
