Setup a full Node for StarkNet, for direct access to the StarkNet layer 2 network. Using Docker compose with Pathfinder or Juno clients. (document last update: 1/8/23) StarkNet is a permissionless & decentralised ZK-Rollup which operates as Layer 2 over Ethereum. supporting scale, while preserving the security of L1 Ethereum by producing STARK proofs off-chain, and then verifying those proofs on-chain. Full Node: a full node, this is the L2 equivalent of a full node on Ethereum, which connect...

Setup a full Node for StarkNet, for direct access to the StarkNet layer 2 network. Using Docker compose with Pathfinder or Juno clients. (document last update: 1/8/23) StarkNet is a permissionless & decentralised ZK-Rollup which operates as Layer 2 over Ethereum. supporting scale, while preserving the security of L1 Ethereum by producing STARK proofs off-chain, and then verifying those proofs on-chain. Full Node: a full node, this is the L2 equivalent of a full node on Ethereum, which connect...

Easy step by step guide to running a distributed Validator cluster on Obol’s – BIA Testnet. (document last update:16/4/23) Obol Network: is an ecosystem for trust minimized staking that enables people to create, test, run & co-ordinate distributed validators. Charon is a distributed validator middleware client, for running a validator across a cluster of nodes across many client implementations to improve resilience.Infrastructure - Diving deep on ObolDecentralising the internet bond through ...

Easy step by step guide to running a distributed Validator cluster on Obol’s – BIA Testnet. (document last update:16/4/23) Obol Network: is an ecosystem for trust minimized staking that enables people to create, test, run & co-ordinate distributed validators. Charon is a distributed validator middleware client, for running a validator across a cluster of nodes across many client implementations to improve resilience.Infrastructure - Diving deep on ObolDecentralising the internet bond through ...

Lava Protocol, a crypto-market which powers a decentralized RPC layer for Web3. How to setup a Validator node with Cosmovisor This Guide will focus on the setup of a Validator node which is also a Full node for Lava chain, with cosmovisor Cosmovisor: Cosmovisor is a tool for automating the upgrades process. it runs as a small process manager for Cosmos SDK application binaries that monitors the governance module for incoming chain upgrade proposals and can automatically download new binaries....

Lava Protocol, a crypto-market which powers a decentralized RPC layer for Web3. How to setup a Validator node with Cosmovisor This Guide will focus on the setup of a Validator node which is also a Full node for Lava chain, with cosmovisor Cosmovisor: Cosmovisor is a tool for automating the upgrades process. it runs as a small process manager for Cosmos SDK application binaries that monitors the governance module for incoming chain upgrade proposals and can automatically download new binaries....

Set up guide for a Full Storage Node on Celestia Mocha Testnet. The Full storage node is a Data Availability Node, this node stores all the data but does not connect to Consensus (Celestia App). A bridge node is used to bridge between consensus nodes and data (storage & light) nodes. A setup script, for easier install is available here:GitHub - GLCNI/celestia-node-scripts: deployment scripts for celestia nodesdeployment scripts for celestia nodes. Contribute to GLCNI/celestia-node-scripts dev...

Set up guide for a Full Storage Node on Celestia Mocha Testnet. The Full storage node is a Data Availability Node, this node stores all the data but does not connect to Consensus (Celestia App). A bridge node is used to bridge between consensus nodes and data (storage & light) nodes. A setup script, for easier install is available here:GitHub - GLCNI/celestia-node-scripts: deployment scripts for celestia nodesdeployment scripts for celestia nodes. Contribute to GLCNI/celestia-node-scripts dev...

Set up guide for a Bridge Node on Celestia Mocha Testnet Bridge nodes connect the data availability layer and the consensus layer while also having the option of becoming a validator. Validators do not have to run bridge nodes, but are encouraged to in order to relay blocks to the data availability network. Bridge Node FunctionsImport and process “raw” headers & blocks from a trusted Core process (meaning a trusted RPC connection to a celestia-core node) in the Consensus network.Validate and ...

Set up guide for a Bridge Node on Celestia Mocha Testnet Bridge nodes connect the data availability layer and the consensus layer while also having the option of becoming a validator. Validators do not have to run bridge nodes, but are encouraged to in order to relay blocks to the data availability network. Bridge Node FunctionsImport and process “raw” headers & blocks from a trusted Core process (meaning a trusted RPC connection to a celestia-core node) in the Consensus network.Validate and ...

Set up guide for a Full Storage Node on Celestia ‘Blockspace Race’ Incentivised Testnet. (document last update: 5/4/23) the Blockspace Race, Celestia’s incentivized testnet program! Mocha is Celestia’s long term testnet, the blockspacerace its own testnet ahead of mainnet. The largest ever to support data availability sampling, with more than 800+ sampling light nodes. Full Storage Nodes: The Full storage node is a Data Availability Node, which stores all the data but does not connect to Cons...

Set up guide for a Full Storage Node on Celestia ‘Blockspace Race’ Incentivised Testnet. (document last update: 5/4/23) the Blockspace Race, Celestia’s incentivized testnet program! Mocha is Celestia’s long term testnet, the blockspacerace its own testnet ahead of mainnet. The largest ever to support data availability sampling, with more than 800+ sampling light nodes. Full Storage Nodes: The Full storage node is a Data Availability Node, which stores all the data but does not connect to Cons...

Setup a Celestia Light Client on ARM based single board computer such as Raspberry Pi/Rock SBCs, this example using a Raspberry Pi4-B Light Nodes conduct data availability sampling on the Celestia Data Availability network. More info on Light nodes found here. Raspberry Pi is the most popular single board computer, uses ARM based CPU and the steps for installation are the same for any ARM device including mobile here. A setup script, for easier install is available here:GitHub - GLCNI/celesti...

Setup a Celestia Light Client on ARM based single board computer such as Raspberry Pi/Rock SBCs, this example using a Raspberry Pi4-B Light Nodes conduct data availability sampling on the Celestia Data Availability network. More info on Light nodes found here. Raspberry Pi is the most popular single board computer, uses ARM based CPU and the steps for installation are the same for any ARM device including mobile here. A setup script, for easier install is available here:GitHub - GLCNI/celesti...

Run a hubble client for Farcaster protocolFarcasterA sufficiently decentralized social networkFarcasterFarcaster is a decentralized social network, as an open protocol that can support many clients, just like email. Users will always have the freedom to move their social identity between applications, and developers will always have the freedom to build applications with new features on the network. What is a Hub: A Hub is a node in the Farcaster network that synchronizes the delta graph. It&...

Run a hubble client for Farcaster protocolFarcasterA sufficiently decentralized social networkFarcasterFarcaster is a decentralized social network, as an open protocol that can support many clients, just like email. Users will always have the freedom to move their social identity between applications, and developers will always have the freedom to build applications with new features on the network. What is a Hub: A Hub is a node in the Farcaster network that synchronizes the delta graph. It&...

This will cover an attempt at monitoring a series of light nodes and full storage nodes across different hardware profiles, hosted locally and externally. To use any of the monitoring tools discussed here see:celestia-node-scripts/multi-network/monitoring/README.md at main · GLCNI/celestia-node-scriptsdeployment scripts for celestia nodes. Contribute to GLCNI/celestia-node-scripts development by creating an account on GitHub.https://github.comDashboard Overview- All Connected NodesHardware - ...

This will cover an attempt at monitoring a series of light nodes and full storage nodes across different hardware profiles, hosted locally and externally. To use any of the monitoring tools discussed here see:celestia-node-scripts/multi-network/monitoring/README.md at main · GLCNI/celestia-node-scriptsdeployment scripts for celestia nodes. Contribute to GLCNI/celestia-node-scripts development by creating an account on GitHub.https://github.comDashboard Overview- All Connected NodesHardware - ...

Setup a Chain node Validator for Kyve Network on Korellia Testnet. Hardware: 4vCPU, 4GB RAM (plus 8GB SWAP during chain-upgrades), 250GB SSD (will need room to expand) OS: Ubuntu 20.04LTS Kyve Network: KYVE network is a decentralized archival framework that standardizes, validates, and permanently stores data streams using Arweave’s permaweb. Chain Node: handles the consensus of the Kyve chain the backbone of Kyve Network. The chain layer is a completely sovereign PoS Layer 1 with $KYVE for s...

Setup a Chain node Validator for Kyve Network on Korellia Testnet. Hardware: 4vCPU, 4GB RAM (plus 8GB SWAP during chain-upgrades), 250GB SSD (will need room to expand) OS: Ubuntu 20.04LTS Kyve Network: KYVE network is a decentralized archival framework that standardizes, validates, and permanently stores data streams using Arweave’s permaweb. Chain Node: handles the consensus of the Kyve chain the backbone of Kyve Network. The chain layer is a completely sovereign PoS Layer 1 with $KYVE for s...

Lava Protocol, a crypto-market which powers a decentralized RPC layer for Web3.Lava Network2.5m+ users, 30+ chains supported, 70b+ RPC calls - you are using Lava without knowing. Lava is the infrastructure that powers access to all blockchains, enabling essential onchain actions such as minting, swapping and transacting.https://www.lavanet.xyzMain ConceptsLava Chain: is a cosmos PoS layer 1 with $LAVA for settlement, validator nodes secure the chain by verifying new blocks to earn rewards. Pr...

Lava Protocol, a crypto-market which powers a decentralized RPC layer for Web3.Lava Network2.5m+ users, 30+ chains supported, 70b+ RPC calls - you are using Lava without knowing. Lava is the infrastructure that powers access to all blockchains, enabling essential onchain actions such as minting, swapping and transacting.https://www.lavanet.xyzMain ConceptsLava Chain: is a cosmos PoS layer 1 with $LAVA for settlement, validator nodes secure the chain by verifying new blocks to earn rewards. Pr...

Quickly deploy an Ethereum node for RPC provision, using docker for easy setup and management, Nethermind and Nimbus clients. Ethereum node is an instance that contains a full copy of the blockchains transaction history and state, this is connected to other nodes on the network for security and decentralisation. This guide is without a validator client (for staking), and exposing the node externally to be used as an endpoint for connecting to the Ethereum blockchain. Nimbus: is a super light-...

Quickly deploy an Ethereum node for RPC provision, using docker for easy setup and management, Nethermind and Nimbus clients. Ethereum node is an instance that contains a full copy of the blockchains transaction history and state, this is connected to other nodes on the network for security and decentralisation. This guide is without a validator client (for staking), and exposing the node externally to be used as an endpoint for connecting to the Ethereum blockchain. Nimbus: is a super light-...