Overview / Usage

Konnekted-IoT shall deploy Konnekted-Links wireless devices to rapidly create a mesh network on the ground. The Konnekted-Links shall be small Internet of Things (IoT) devices that provide connectivity to consumer electronics either through Wi-Fi or Bluetooth and can talk with other Konnekted-Links over LoRa, a long-range and low-power radio. These wireless tech devices can provide off-grid and off-telecom networking when traditional infrastructure is offline. Konnekted-IoT Swarm communication shall assist in connecting behavior patterns and the grid by analyzing cellular congestion based on large events, festivals, sports, and data from sensor networks for improved situational awareness.

Using the Konnekted-IoT and Data Management Systems platform with a simple toolset for visualizing and managing data and activity in a swarm network.

Konnekted-IoT Swarm Communication steps.

1. Deploy Konnekted-Links; Konnekted-Links can be deployed faster expanding connectivity with other link devices we shall code name Slave-Konnekts in an area. Any activity, transmissions, and data will perfuse on the network to the other gateway link device we shall code, Master-Konnekt which shall link to the World Wide Web.
2. Use the Data; The Konnekted-IoT using the Data Management Software shall aid in administering and visualizing the activity on the Konnekted-IoT Swarm Communication Network in real-time detailing geographic, sensor and messaging data with the Konnekted IoT Data Management Software.
3. Get the Data; Data extraction from the Konnekted-IoT Data Management Software can therefore be used for planning and optimizing incident management and visualization.

Konnekted-IoT Swarm communication piles up data to redefine a clear grid operating picture based on behavioral patterns and incidents. Data may come from consumers and prosumers on the Konnekted-IoT Swarm network, Slave-Konnekt or Master-Konnekt sensors and/or external APIs through RSS feeds.

Methodology / Approach

Using the Konnekted-IoT and Data Management Systems platform with a simple toolset for visualizing and managing data and activity in a swarm network.

Konnekted-IoT Swarm Communication steps.

1. Deploy Konnekted-Links; Konnekted-Links can be deployed faster expanding connectivity with other link devices we shall code name Slave-Konnekts in an area. Any activity, transmissions, and data will perfuse on the network to the other gateway link device we shall code, Master-Konnekt which shall link to the World Wide Web.
2. Use the Data; The Konnekted-IoT using the Data Management Software shall aid in administering and visualizing the activity on the Konnekted-IoT Swarm Communication Network in real-time detailing geographic, sensor, and messaging data with the Konnekted IoT Data Management Software.
3. Get the Data; Data extraction from the Konnekted-IoT Data Management Software can therefore be used for planning and optimizing incident management and visualization.

Konnekted-IoT Swarm communication piles up data to redefine a clear grid operating picture based on behavioral patterns and incidents. Data may come from consumers and prosumers on the Konnekted-IoT Swarm network, Slave-Konnekt or Master-Konnekt sensors and external APIs through RSS feed.

Technologies Used

For the Konnekted-Links Hardware, we shall use.

• Microcontroller with LoRa Board, 868MHz/915MHz ESP32 SX1276 LoRa 0.96-inch Blue OLED Module which is a Wi-Fi kit series for the development of a cost-effective networking program.
• USB Micro-connector
• 3D printed case enclosure
• Raspberry Pi 4 Model B

For the Software, we shall use.

• Arduino IDE
• MQTT
• Intel DevCloud
• oneAPI
• HPC

Documents and Presentations