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Network3 builds an AI Layer2 helping AI developers worldwide train or validate models in scale quickly, conveniently
Network3User manual for Android App
Welcome to the Network3’s Android App ! This user manual is designed to be an exhaustive resource for navigating and leveraging the features of our platform, specifically intended for users who are actively involved in bandwidth sharing. Irrespective of your familiarity with the platform — be it extensive or minimal — this guide aims to furnish you with all requisite information and directives to optimize your user experience. Download link: https://network3.ai/download Contents of This Manua...
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Have you ever wondered what innovations could arise from combining Edge AI with blockchain technology? And why are Layer 2 solutions so essential for these innovations? This article delves deep into the importance, workings, benefits, and challenges of Layer 2 solutions, explaining why they are crucial for developing Edge AI. Whether you're a novice or an expert in the field, this article will reveal how these cutting-edge technologies collaborate to advance our technological landscape.W...
Network3User Manual for Mac Node v2.1.1
Welcome to Network3's node sharing in the MacOS system! This user manual is designed to be an exhaustive resource for navigating and leveraging the features of our platform, specifically intended for users who are actively involved in bandwidth sharing. Irrespective of your familiarity with the platform — be it extensive or minimal — this guide aims to furnish you with all requisite information and directives to optimize your user experience. download link: https://network3.ai/downloadWh...
Network3 builds an AI Layer2 helping AI developers worldwide train or validate models in scale quickly, conveniently
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Setting up the Node: Open your terminal and navigate to the directory containing ubuntu-node-v1.0.tar using the command: cd “YOUR PATH CONTAINS .tar FILE”/ubuntu-node-v1.0.tar
Extract the tar file by executing: tar -xf ubuntu-node-v1.0.tar This command creates a directory named ubuntu-node.
Change to the ubuntu-node directory: cd ubuntu-node
To start the node, run the following command: sudo bash manager.sh up
Wait for the terminal to display node is ready, indicating that the node has successfully started.
Accessing the Dashboard: If the Ubuntu system has a desktop environment, you can access the dashboard directly through Firefox at: https://account.network3.ai/main
To view the dashboard from another machine, assume the IP address of the Ubuntu machine is xx.xx.xx.xx. Open a browser on the other machine and visit: https://account.network3.ai/main?o=xx.xx.xx.xx:8080
This URL provides access to the Ubuntu node's dashboard.
Stopping the Service: To stop the node, navigate back to the ubuntu-node directory where you initially set up the node and run: sudo bash manager.sh down
NOTICE:
What needs to be explained here is that this xx.xx.xx.xx does not need to be an external IP, as long as the machine where the ubuntu node is located can be accessed through this IP. Of course port 8080 needs to be open to allow access from other machines.
Use this command to test the connection: ping xx.xx.xx.xx:8080
Installation Guide for Ubuntu Node v1.1 1.Setting up the Node: Open your terminal and navigate to the directory containing ubuntu-node-v1.0.tar by using cd directory-of-the-tar-file 2.Extract the tar file by executing: tar -xf ubuntu-node-vx.x.tar This command creates a directory named ubuntu-node. You could view it by command ls Change to the ubuntu-node directory: cd ubuntu-node 3. To start the node, run the following command: sudo bash manager.sh up Wait for the terminal to display node is ready, indicating that the node has successfully started. 4. Accessing the Dashboard: If the Ubuntu system has a desktop environment, you can access the dashboard directly through Chrome at: https://account.network3.ai/main If you want to bind the node to your email, you can login your email in the dashboard page.
If you could only use terminal to access the ubuntu server, you could view the dashboard from another machine, assume the IP address of the Ubuntu machine is xx.xx.xx.xx. Open a browser on the other machine and visit: https://account.network3.ai/main?o=xx.xx.xx.xx:8080 and if you want to bind your email, first login the email and turn the node on. Then you could click the '+' button on the top-right of the panel of current node in the dashboard. And input the private key of the node in the dialog to bind. You may get the private key by this command, sudo bash manager.sh key. Then you could get the private key of 44 bytes.
Stopping the Service: To stop the node, navigate back to the ubuntu-node directory where you initially set up the node and run: sudo bash manager.sh down
NOTICE: What needs to be explained here is that this xx.xx.xx.xx does not need to be an external IP, as long as the machine where the ubuntu node is located can be accessed through this IP. Of course port 8080 needs to be open to allow access from other machines.
Setting up the Node: Open your terminal and navigate to the directory containing ubuntu-node-v1.0.tar using the command: cd “YOUR PATH CONTAINS .tar FILE”/ubuntu-node-v1.0.tar
Extract the tar file by executing: tar -xf ubuntu-node-v1.0.tar This command creates a directory named ubuntu-node.
Change to the ubuntu-node directory: cd ubuntu-node
To start the node, run the following command: sudo bash manager.sh up
Wait for the terminal to display node is ready, indicating that the node has successfully started.
Accessing the Dashboard: If the Ubuntu system has a desktop environment, you can access the dashboard directly through Firefox at: https://account.network3.ai/main
To view the dashboard from another machine, assume the IP address of the Ubuntu machine is xx.xx.xx.xx. Open a browser on the other machine and visit: https://account.network3.ai/main?o=xx.xx.xx.xx:8080
This URL provides access to the Ubuntu node's dashboard.
Stopping the Service: To stop the node, navigate back to the ubuntu-node directory where you initially set up the node and run: sudo bash manager.sh down
NOTICE:
What needs to be explained here is that this xx.xx.xx.xx does not need to be an external IP, as long as the machine where the ubuntu node is located can be accessed through this IP. Of course port 8080 needs to be open to allow access from other machines.
Use this command to test the connection: ping xx.xx.xx.xx:8080
Installation Guide for Ubuntu Node v1.1 1.Setting up the Node: Open your terminal and navigate to the directory containing ubuntu-node-v1.0.tar by using cd directory-of-the-tar-file 2.Extract the tar file by executing: tar -xf ubuntu-node-vx.x.tar This command creates a directory named ubuntu-node. You could view it by command ls Change to the ubuntu-node directory: cd ubuntu-node 3. To start the node, run the following command: sudo bash manager.sh up Wait for the terminal to display node is ready, indicating that the node has successfully started. 4. Accessing the Dashboard: If the Ubuntu system has a desktop environment, you can access the dashboard directly through Chrome at: https://account.network3.ai/main If you want to bind the node to your email, you can login your email in the dashboard page.
If you could only use terminal to access the ubuntu server, you could view the dashboard from another machine, assume the IP address of the Ubuntu machine is xx.xx.xx.xx. Open a browser on the other machine and visit: https://account.network3.ai/main?o=xx.xx.xx.xx:8080 and if you want to bind your email, first login the email and turn the node on. Then you could click the '+' button on the top-right of the panel of current node in the dashboard. And input the private key of the node in the dialog to bind. You may get the private key by this command, sudo bash manager.sh key. Then you could get the private key of 44 bytes.
Stopping the Service: To stop the node, navigate back to the ubuntu-node directory where you initially set up the node and run: sudo bash manager.sh down
NOTICE: What needs to be explained here is that this xx.xx.xx.xx does not need to be an external IP, as long as the machine where the ubuntu node is located can be accessed through this IP. Of course port 8080 needs to be open to allow access from other machines.
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