# Krews Docs

## Docs

- [Bridge Nodes (Celestia)](https://docs.krews.xyz/dashboard/bridge-nodes.md): Live map of Celestia Bridge Nodes with country and provider distribution.
- [Decentralization](https://docs.krews.xyz/dashboard/decentralization.md): Geographic and provider distribution of nodes/validators with a 2-hour refresh cadence. Investigate concentration risks quickly.
- [Missed Proposals (Celestia)](https://docs.krews.xyz/dashboard/missed-proposals.md): Recent proposer activity and misses, with context from block time dynamics.
- [Validators](https://docs.krews.xyz/dashboard/validators.md): Network-wide validator analytics: KPIs, distribution, and a sortable table for deep inspection across supported networks (Celestia, Story, Sunrise).
- [Weekly Status](https://docs.krews.xyz/dashboard/weekly-status.md): Week-over-week validator performance snapshots: uptime distribution, stake dynamics, and operator rankings.
- [Installation](https://docs.krews.xyz/full-node-installation/aptos.md): Run an Aptos Public Fullnode (PFN) on mainnet or testnet using Docker or from source. This guide follows the official Aptos docs and keeps only the essential steps.
- [Installation](https://docs.krews.xyz/full-node-installation/avail.md): Install and run an Avail full node on Mainnet or Turing Testnet using pre-built binaries, Docker, or by building from source. This guide is minimal by design—no upgrade or misc. command sections.
- [Installation](https://docs.krews.xyz/full-node-installation/celestia.md): Install and run Celestia nodes (Light, Full Storage, Bridge) with a simple, production-ready workflow. This guide covers network selection for Mainnet and Mocha testnet.
- [Installation](https://docs.krews.xyz/full-node-installation/dymension.md): Run a Dymension Hub full node (Cosmos SDK). Build the `dymd` binary, join the right network, and sync.
- [Installation](https://docs.krews.xyz/full-node-installation/espresso.md): Install and run an Espresso sequencer node on the Decaf testnet using Docker. Includes hardware requirements, environment variables, and optional staking registration/delegation on Ethereum Sepolia.
- [Installation](https://docs.krews.xyz/full-node-installation/initia.md): Step-by-step guide to run an Initia L1 full node using the Weave CLI (recommended) or the raw initiad binary. Covers both Mainnet (interwoven-1) and Testnet (initiation-2).
- [Installation](https://docs.krews.xyz/full-node-installation/lava.md): Run a Lava RPC Provider using `lavap`. Configure endpoints, start the provider, test it, then stake.
- [Installation](https://docs.krews.xyz/full-node-installation/sunrise.md): How to run a Sunrise full consensus node (mainnet sunrise-1). Includes dependencies, genesis, peers, gas prices, and start options.
- [Introduction](https://docs.krews.xyz/index.md): Krews is an independent validator and infrastructure team. We run high-performance Proof-of-Stake validators on multiple networks and publish open dashboards, explorers, and documentation so anyone can verify performance, uptime, and network health.
- [Overview](https://docs.krews.xyz/networks/aligned.md): It's a proof verification layer developed on top of the EigenLayer using restaking and proof aggregation. This will enable cost-effective verification of any SNARK proof, leveraging Ethereum validator
- [Overview](https://docs.krews.xyz/networks/aptos.md): Aptos is a Layer-1 blockchain built with the Move language. It emphasizes safety and performance with features like parallel execution (Block-STM), low-latency confirmations, and a flexible fee model.
- [Overview](https://docs.krews.xyz/networks/avail.md): Avail is a Substrate-based, modular data-availability layer designed to provide scalable, decentralized data storage for downstream blockchains. By separating settlement from data-availability, Avail enables developers to deploy rollups, DA chains, and other layer-2 systems with minimal overhead. As…
- [Overview](https://docs.krews.xyz/networks/celestia.md): Celestia is a modular blockchain network that provides a dedicated data availability (DA) layer for scalable rollups and modular blockchains. By separating consensus and data availability from execution, Celestia enables developers to deploy sovereign rollups with minimal setup and security overhead…
- [Overview](https://docs.krews.xyz/networks/dymension.md): Dymension is a settlement Layer-1 for modular blockchains called RollApps. It connects users and liquidity to RollApps and provides tooling for launching, settling, and operating application-specific chains.
- [Overview](https://docs.krews.xyz/networks/espresso.md): Espresso is a global confirmation network and shared sequencer for rollups. Using the HotShot BFT consensus, it provides fast, credible confirmations and optional decentralized sequencing/DA to improve security and cross-chain composability.
- [Overview](https://docs.krews.xyz/networks/initia.md): Initia is a Cosmos‑based Layer‑1 with enshrined modularity: an Interwoven L1 paired with native rollups and tooling. By unifying execution, networking, and economics, Initia enables developers to launch interoperable app‑chains (“Minitias”) while the L1 provides shared security, routing, and liquidi…
- [Overview](https://docs.krews.xyz/networks/iota.md): IOTA is a programmable blockchain platform with an EVM-compatible smart contract chain (IOTA EVM) live on mainnet and an evolving Layer 1 architecture focused on performance, safety, and real-world adoption.
- [Overview](https://docs.krews.xyz/networks/lava.md): Lava is a modular, decentralized data-access network (RPC & APIs). A Cosmos SDK appchain coordinates providers that serve relays off-chain for performance, while payments/quality-of-service and pairing are handled on-chain.
- [Overview](https://docs.krews.xyz/networks/story.md): Story Protocol is a modular, EVM-first blockchain focused on programmable intellectual property (IP). By separating execution from staking with Cosmos-style modules, Story lets creators register IP on-chain, set licensing terms, and monetize usage while validators secure the network. As a validator…
- [Overview](https://docs.krews.xyz/networks/sunrise.md): Sunrise is a next‑generation Layer‑1 that unifies a high‑throughput Data Availability layer with a native Liquidity Hub. By integrating Proof‑of‑Liquidity (PoL) and fee abstraction, Sunrise enables rollups and app‑chains to access shared liquidity, flexible gas payments, and scalable off‑chain blobs…
- [Installation (Holesky/Mainnet)](https://docs.krews.xyz/node-installation-mainnet/aligned.md): Run the Aligned Layer Operator binary using the official steps. This guide is trimmed to the essential build, configure, and start sequence.
- [Installation](https://docs.krews.xyz/node-installation-mainnet/story.md): Set up a Story mainnet full node (execution: story-geth, consensus: story) with Cosmovisor-based management.
- [Installation](https://docs.krews.xyz/node-installation-testnet/story.md): Set up a Story Aeneid testnet full node (execution: story-geth with --aeneid, consensus: story --network aeneid).
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/aligned.md): Upgrade the Aligned Layer operator by checking out the target tag and rebuilding.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/aptos.md): Upgrade an Aptos Public Fullnode (PFN) installed via Docker or from source. Minimal, correct steps with verification links.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/avail.md): Upgrade an Avail full node (Mainnet or Turing) installed via pre-built binaries, Docker, or from source. Minimal, clear steps with verification and links to official docs.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/celestia.md): Safely upgrade celestia-node and celestia-app, including Cosmovisor-managed consensus upgrades.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/dymension.md): Upgrade the Dymension Hub full node by building the target tag and restarting.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/espresso.md): Safe upgrade procedure for Espresso sequencer nodes on the Decaf testnet. Covers image tags, backups, health checks, and rollback.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/initia.md): How to handle Initia node upgrades using Cosmovisor (auto) or manual binary replacement.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/lava.md): Upgrade the Lava RPC Provider (lavap) by building the latest tag and restarting the process.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/story.md): How to upgrade Story clients: story-geth (execution) and story (consensus), including Cosmovisor scheduling.
- [Upgrade](https://docs.krews.xyz/upgrade-mainnet/sunrise.md): Handle Sunrise chain upgrades safely. Cosmovisor automation and manual procedures for soft/hard forks.

## OpenAPI Specs

- [openapi](https://docs.krews.xyz/api-reference/openapi.json)

## Optional

- [Website](https://krews.xyz/)
- [Twitter](https://x.com/Krewstake)
- [Medium](https://medium.com/krews)