Goldsky

Docs

• AI Skills: AI skills for building, deploying, and debugging Goldsky Turbo, Mirror, Subgraphs, Compose, and Edge with Claude Code, Cursor, and other AI coding assistants
• Get pipeline error count: Get the number of error-level log entries for a pipeline within a configurable time window (default: 6 hours, max: 7 days).
• Get pipeline logs: Retrieve execution logs for a pipeline. Supports cursor-based pagination and filtering.
• Get pipeline state: Get the internal state information of a pipeline. This endpoint proxies to the upstream Streamling API.
• Get pipeline status: Get the current runtime status of a pipeline.
• Create a pipeline: Create and deploy a new turbo pipeline. The pipeline name must be unique within the project.
• Delete a pipeline: Delete a pipeline by name. This action cannot be undone.
• Get a pipeline: Get the details of a specific pipeline by name.
• List pipelines: List all pipelines in the current project. Optionally filter by type.
• Pause a pipeline: Pause a running pipeline. Can be resumed later.
• Restart a pipeline: Restart a pipeline. Optionally clear state to start fresh.
• Resume a pipeline: Resume a paused pipeline.
• Validate a pipeline definition: Validate a pipeline definition without deploying it. Returns validation errors and warnings.
• Login troubleshooting: If you don't see your Goldsky authentication email, try these troubleshooting steps.
• Benefits: A quick overview of The Goldsky Advantage.
• 0G
• Abstract Chain
• Align Network
• ApeChain
• Arbitrum Nova
• Arbitrum One
• Arc
• Arena-Z
• Indexing Arweave with Goldsky
• Automata Network
• Avalanche
• B3
• Base
• Berachain
• Bitcoin
• Blast
• BOB (Build on Bitcoin)
• Boba Network
• BNB Smart Chain
• BitTorrent Chain
• Camp Network
• Celo
• Chiliz Chain
• Citrea
• Codex
• Conflux Espace
• Corn
• Cosmos EVM
• Cronos Chain
• Cyber
• Degen
• Epic
• Ethena
• Ethereal
• Ethereum
• Etherlink
• Everclear
• Filecoin
• Flare Network
• Flow
• Fluent
• Fogo
• Forma
• Fraxtal
• Fuse
• Gensyn
• Gnosis Chain
• Gravity
• Ham
• HashKey
• Hedera
• Horizen
• HyperEVM
• Immutable zkEVM
• Incentiv
• Ink
• Overview: How to use Goldsky across EVM and non-EVM chains.
• IOTA
• Kaia
• Kava
• Indexing Kite AI with Goldsky
• Kroma Network
• Linea
• Lisk
• Litecoin
• LitVM
• Lumia
• Derive
• Manta Network
• MANTRA
• MegaETH
• Metal
• Metis
• Mezo
• Midnight
• Mint Blockchain
• Mitosis
• Moca Network
• Mode Network
• Monad
• Moonbeam
• Morph
• Movement
• NEAR
• Neura
• Oasis Network
• Oasys
• opBNB
• Optimism
• Orderly
• Palm Network
• Paradex
• Pharos Network
• Plasma
• Plume Network
• Polygon PoS
• Polygon zkEVM
• Indexing Polymarket with Goldsky
• Polynomial
• Public Goods Network
• PulseChain
• RACE
• RARI Chain
• Redbelly
• Redstone
• Reya Network
• RISE Chain
• Robinhood Chain
• Ronin
• Rootstock (RSK)
• Indexing Saga EVM with Goldsky
• Sanko
• Scroll
• Sei
• Settlus
• Shape Network
• Shrapnel
• SKALE
• SNAXchain
• Solana
• Somnia
• Soneium
• Sonic
• Sophon
• Stable
• Starknet
• Stellar
• Story
• Sui
• Superseed
• Supported networks
• Swan Chain
• Swellchain
• TAC
• Taiko
• The Binary Holdings
• Telos EVM
• Tempo
• Tenet
• ThunderCore
• TRON
• Unichain
• Vana
• Viction
• Volmex Finance
• World Chain
• XDC Network
• X Layer
• XPLA
• XRADERS
• XRPL EVM Sidechain
• Xterio
• Zero
• ZetaChain
• Zircuit
• zkLink Nova
• zkSync Era
• Zora
• App Configuration
• App Lifecycle
• Compose CLI Reference
• GitHub repo
• Task to Task Execution (callTask)
• State Management (collections)
• Environment variables (env)
• evm Chains
• evm Smart Contracts
• evm Overview
• evm Reorg Handling
• evm Wallets
• HTTP Requests (fetch)
• Overview
• Debugging
• Deploying and Monitoring
• Environments and RPCs
• Migrate from Gelato W3F
• Build a Bitcoin price oracle: Build an on-chain Bitcoin price oracle using Compose, CoinGecko, and contract codegen
• Build a corporate-actions distributor: Pay N share-token holders pro-rata for a tokenized corporate action (dividend, coupon, rebate, airdrop) using Compose to orchestrate an on-demand Goldsky Turbo pipeline as the snapshot subroutine
• Build a multi-chain NAV oracle: Publish a tokenized fund's Net Asset Value to multiple chains on a schedule, with a Chainlink-compatible on-chain interface and an operator kill-switch
• Build a Polymarket copy-trader: Mirror Polymarket wallets' trades automatically using Compose and Turbo with a webhook pipeline
• Build a binary prediction market: Build a binary prediction market on Gnosis ConditionalTokens using Compose, CoinGecko, and multi-task orchestration
• Build a VRF system: Build an on-chain verifiable random function (VRF) system using Compose and drand
• Solana Transactions with Gill
• Build Offchain-x-Onchain Systems with Compose
• Using Packages
• Deploy a Compose App: Get up and running with Compose in under 5 minutes.
• Wallets and Secrets
• Task Triggers
• Task Authoring Basics
• Flashblocks: Faster block confirmations on OP Stack chains via Edge RPC
• HyperEVM System Tx: Route to archive or realtime node pools on HyperEVM via Edge RPC
• x402 nanopayments: Pay-per-request access to Edge RPC over the x402 HTTP protocol, no account required
• Error Codes: JSON-RPC error codes returned by Edge RPC
• debug_getRawBlock: Returns RLP-encoded block
• debug_getRawHeader: Returns RLP-encoded block header
• debug_getRawReceipts: Returns RLP-encoded receipts for a block
• debug_getRawTransaction: Returns RLP-encoded transaction
• debug_traceBlockByHash: Returns traces of all transactions in a block by hash
• debug_traceBlockByNumber: Returns traces of all transactions in a block by number
• debug_traceCall: Traces a call without creating a transaction
• debug_traceTransaction: Returns execution trace of a transaction
• eth_accounts: Returns a list of addresses owned by client
• eth_blobBaseFee: Returns the current blob base fee
• eth_blockNumber: Returns the current block number
• eth_call: Executes a new message call without creating a transaction
• eth_chainId: Returns the chain ID of the current network
• eth_createAccessList: Creates an access list for a transaction
• eth_estimateGas: Estimates the gas needed to execute a transaction
• eth_feeHistory: Returns historical gas information
• eth_gasPrice: Returns the current gas price in wei
• eth_getBalance: Returns the balance of an account
• eth_getBlockByHash: Returns information about a block by hash
• eth_getBlockByNumber: Returns information about a block by number
• eth_getBlockReceipts: Returns all transaction receipts for a block
• eth_getBlockTransactionCountByHash: Returns the number of transactions in a block by hash
• eth_getBlockTransactionCountByNumber: Returns the number of transactions in a block by number
• eth_getCode: Returns the bytecode at a given address
• eth_getFilterChanges: Returns filter changes since last poll
• eth_getFilterLogs: Returns all logs matching a filter
• eth_getLogs: Returns logs matching a filter object
• eth_getProof: Returns the account and storage values with Merkle proof
• eth_getStorageAt: Returns the value from a storage position at an address
• eth_getTransactionByBlockHashAndIndex: Returns transaction by block hash and index
• eth_getTransactionByBlockNumberAndIndex: Returns transaction by block number and index
• eth_getTransactionByHash: Returns transaction by hash
• eth_getTransactionCount: Returns the number of transactions sent from an address
• eth_getTransactionReceipt: Returns the receipt of a transaction by hash
• eth_getUncleByBlockHashAndIndex: Returns uncle block by block hash and index
• eth_getUncleByBlockNumberAndIndex: Returns uncle block by block number and index
• eth_getUncleCountByBlockHash: Returns the number of uncles in a block by hash
• eth_getUncleCountByBlockNumber: Returns the number of uncles in a block by number
• eth_maxPriorityFeePerGas: Returns the current max priority fee per gas
• eth_newBlockFilter: Creates a filter for new blocks
• eth_newFilter: Creates a filter for logs
• eth_newPendingTransactionFilter: Creates a filter for pending transactions
• eth_pendingTransactions: Returns pending transactions in the pool
• eth_sendRawTransaction: Submits a signed transaction to the network
• trace_block: Returns traces for all transactions in a block
• trace_call: Traces a call at a specific block
• trace_callMany: Traces multiple calls at a specific block
• trace_filter: Returns traces matching a filter
• trace_get: Returns a specific trace by transaction hash and index
• trace_rawTransaction: Traces a raw transaction
• trace_replayBlockTransactions: Replays all transactions in a block
• trace_replayTransaction: Replays a transaction
• trace_transaction: Returns traces for a transaction
• web3_clientVersion: Returns the client version
• web3_sha3: Returns Keccak-256 hash of the given data
• Edge RPC: High-performance RPC endpoints for EVM networks
• Monitoring: Real-time metrics and logs for Edge RPC
• Security: Authentication and rate limiting for Edge RPC
• Quickstart: Get your first Edge RPC call working in under 2 minutes
• Why Edge RPC: Fast, resilient, and accurate blockchain data
• Frequently asked questions: Collection of frequently (and not-so-frequently) asked questions.
• Support: Our team is on standby to help you get the most out of our products.
• Installation: Install the Goldsky CLI to deploy and manage your data pipelines
• Introduction to Goldsky
• Goldsky MCP Server: Connect Goldsky documentation to AI tools with our hosted MCP server
• About Mirror pipelines
• Deploy a Mirror pipeline: Step by step instructions on how to create a Goldsky Mirror pipeline.
• Free analytics powered by ClickHouse and Goldsky
• Data quality
• Decode contract events: Sync contract events to a database with the contract ABI using Mirror.
• Decode traces: Sync traces to a database with the contract ABI using Mirror.
• Export contract events to Postgres
• Operating pipelines: Guide to common pipeline operations
• Stream DEX trades: Stream Decentralized Exchange trade events to your database
• Sync dataset to Postgres
• Sync subgraph to postgres
• ERC-1155 transfers: Create a table containing ERC-1155 Transfers for several, or all token contracts.
• ERC-20 transfers: Create a table containing ERC-20 Transfers for several or all token contracts
• ERC-721 transfers: Create a table containing ERC-721 Transfers for several or all token contracts
• Native transfers: Create a table containing transfers for the native token of a chain
• Stablecoin contract addresses: List of stablecoin addresses on major networks
• Stablecoin transfers: Create a stream containing all transfers for stablecoins
• Stream onchain data with Mirror
• Database secrets
• GitHub repo
• Performance benchmark: A test of Mirror's write speeds into a ClickHouse database.
• Pipeline configuration: Schema details for pipeline configurations
• Event decoding functions
• System functions
• EVM Data Schemas
• Curated Dataset Schemas
• Non-EVM Data Schemas
• AWS SQS
• ClickHouse
• Elasticsearch
• Kafka
• MySQL
• Object Storage (S3/GCS/R2)
• PostgreSQL
• Mirror - Supported sinks
• Timescale
• Webhook
• Direct indexing
• Subgraphs
• Mirror - Supported sources
• Static IPs
• External Handler Transforms: Transforming data with an external HTTP service.
• SQL Transforms: Transforming blockchain data with Streaming SQL
• Overview: Learn about Mirror's powerful transformation capabilities.
• Pricing: Understand how billing works on Goldsky
• Role-based access control: Use RBAC to determine who can do what on your Goldsky project
• CLI Reference: Goldsky's command line interface reference
• Subgraphs vs. pipelines: Wondering how to best leverage Goldsky's products? This guide explains the differences between Subgraphs and Mirror and how you can use them individually or together to meet your needs.
• Blocks Subgraphs: Access free, pre-indexed blocks subgraphs for supported networks
• Deploy a subgraph
• GraphQL Endpoints
• Create a cross-chain subgraph: Use Mirror to sync multiple subgraphs to one table.
• Create low-code subgraphs
• Create no-code subgraphs
• Use declared eth_calls to increase indexing performance: Improve your subgraph performance by declaring eth_calls
• Send subgraph-driven webhooks: Receive real-time HTTP POST requests based on your subgraphs.
• Index onchain data with Subgraphs
• Comparison
• Migration FAQ
• Migrate from Alchemy to Goldsky
• Migrating subgraph tags
• Migrate from TheGraph
• Instant subgraph configuration
• Stalled subgraph detection: Learn how Goldsky monitors for stalled subgraphs and automatically pauses them to optimize resources
• GitHub repo
• Subgraph tags: Learn how to use tags to manage your subgraph endpoints.
• Subgraph webhooks: Create webhooks that trigger on every subgraph entity change
• Teams and projects: Teams and projects help you collaborate with your team to build realtime data pipelines.
• API Overview: Manage Turbo Pipelines programmatically via REST API.
• Turbo CLI extension: Install and use the Turbo CLI extension to deploy and manage your Turbo pipelines
• Turbo CLI Reference: Complete reference for all Turbo CLI commands including apply, list, delete, validate, logs, and inspect
• Custom alerts: Create custom Slack and email alerts on any pipeline metric using the Goldsky Grafana dashboard
• FAQ: Frequently asked questions about Turbo pipelines
• Health dashboard: Interpret the Turbo health overview dashboard to spot lag, backpressure, and sink performance issues
• Stream onchain data with Turbo: Real-time, vectorized, blockchain data processing
• Job mode: Run pipelines as one-time tasks instead of continuous streams
• Live inspect: Inspect live data flowing through your Turbo pipelines in real-time
• Turbo Pipeline Configuration: Complete reference for Turbo pipeline YAML syntax
• Prometheus integration: Scrape Turbo pipeline metrics into Datadog, Grafana Cloud, PagerDuty, New Relic, or any Prometheus-compatible system
• Deploy a Turbo pipeline: Deploy your first Turbo Pipeline in minutes
• Turbo SQL Functions Reference: Comprehensive guide to custom SQL functions for blockchain data processing
• Blackhole: Discard data for testing and development purposes
• ClickHouse: Write data to ClickHouse for high-performance analytical queries
• Kafka: Publish processed data to Kafka topics with Avro or JSON serialization
• MySQL: Write data to MySQL databases with automatic table creation and upsert support
• Turbo - Supported sinks: Write processed data to PostgreSQL, ClickHouse, webhooks, and more
• PostgreSQL: Write data to PostgreSQL databases with automatic table creation and upsert support
• PostgreSQL aggregation: Perform real-time aggregations directly in PostgreSQL using database triggers
• Google Cloud Pub/Sub: Publish processed data to Google Cloud Pub/Sub topics
• S2: Publish to S2.dev streams for serverless event streaming
• S3: Write data to S3-compatible object storage as Parquet files
• SQS: Send data to Amazon Simple Queue Service (SQS)
• Webhook: Send data to HTTP endpoints as JSON payloads
• Bitcoin Sources: Build real-time pipelines with Bitcoin blockchain data
• EVM Sources: Build data pipelines with Ethereum, Polygon, Base, and any other supported EVM chain.
• NEAR Sources: Build real-time pipelines with NEAR blockchain data
• Turbo - Supported sources: Ingest data from EVM chains, Solana, and more
• Solana Sources: Build real-time pipelines with Solana blockchain data
• Stellar Sources: Build real-time Stellar pipelines with <5s latency
• Dynamic Tables: Create real-time lookup tables for filtering and enrichment
• HTTP Handler: Enrich streaming data by calling external HTTP APIs
• Overview: Process and transform streaming data with SQL, HTTP handlers, and Typescript
• SQL: Filter, project, and transform streaming data with SQL
• Throttle: Limit the throughput of a stream by batching and pacing records
• TypeScript: Execute custom TypeScript code on streaming data

OpenAPI Specs

• openapi

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• Changelog ↗
• Blog ↗