← All N8N workflows
AI & researchChain LLMOpenAI Chat ModelOpen AiOutput Parser StructuredEdit Fields

basic LLM chain and receive telegram events and fetch voice message

Configured with Chain LLM, OpenAI Chat Model, Open Ai, Output Parser Structured, and additional nodes. Review the connections and setup before adapting this template.

Workflow preview
AI & modelsOpenAI Chat ModelOpenAI Chat ModelAI & modelsBasic LLM ChainChain LLMTriggerReceive TelegramMessagesTelegram TriggerRoutingVoice or Text?SwitchMessagingFetch Voice MessageTelegramAI & modelsTranscribe Voice toTextOpen AiTransformPrepare for LLMEdit FieldsTransformExtract TasksOutput Parser StructuredIntegrationCreate Todoist TasksTodoistMessagingSend ConfirmationTelegram

Node categories in this workflow

  • AI & models
  • Trigger
  • Routing
  • Messaging
  • Transform
  • Integration

Icons describe general node roles, inferred from node types. Inspect the parameters for the configured action.

Drag to pan; use + and − to zoom. Reconstructed from the exported node positions; nothing runs here. Dashed lines represent non-main connections. Full node names and notes appear below.

How it works

The exported workflow contains the following configured nodes. Their connections are shown above; inspect the JSON for the complete logic, expressions, and external actions.

Workflow node names, types, and operations
NodeCategoryTypeOperation
OpenAI Chat ModelAI & modelsOpenAI Chat ModelSee node parameters
Basic LLM ChainAI & modelsChain LLMSee node parameters
Receive Telegram MessagesTriggerTelegram TriggerSee node parameters
Voice or Text?RoutingSwitchSee node parameters
Fetch Voice MessageMessagingTelegramfile
Transcribe Voice to TextAI & modelsOpen Aiaudio / translate
Prepare for LLMTransformEdit FieldsSee node parameters
Extract TasksTransformOutput Parser StructuredSee node parameters
Create Todoist TasksIntegrationTodoistSee node parameters
Send ConfirmationMessagingTelegramSee node parameters

Setup

  1. Download the JSON and import it into an isolated n8n instance. Leave the workflow inactive.
  2. Connect your own credentials through n8n’s credential store. Replace REPLACE_WITH_* values with your resource identifiers.
  3. Inspect API destinations, Code nodes, database queries, file paths, and outbound actions.
  4. Run with synthetic data and harmless destinations. Enable triggers only after checking the actual outputs.

Requirements

An n8n instance with the listed node types and compatible versions. Service-connected workflows may require accounts, credentials, or paid APIs.

Credential types declared in the source

  • openAiApi
  • telegramApi
  • todoistApi

Workflow notes

Sticky Note2

This workflow listens for incoming voice or text messages from Telegram users.

Sticky Note3

Voice messages are fetched from Telegram and transcribed into text using OpenAI's Whisper API.

Sticky Note4

The LLM (OpenAI Chat Model) analyzes the text and breaks it down into tasks and sub-tasks, formatted for Todoist.

basic llm chain and receive telegram events and fetch voice message

basic llm chain and receive telegram events and fetch voice message

Purpose and structure

This folder contains the basic llm chain and receive telegram events and fetch voice message workflow. Its executable nodes use chainLlm, lmChatOpenAi, openAi, outputParserStructured, set, switch, telegram, telegramTrigger, todoist. The table and connection map below are derived from the JSON, not an inferred guarantee of behavior.

Setup

Import inactive. Configure your own credentials and replace REPLACE_WITH_* values. Review external destinations and Code nodes before running.

Entry points

Receive Telegram Messages

Verification

Sanitized source candidate; not runtime-tested. This overview is generated from node metadata. Read the folder README for the connection map, credential types, and license.

Attribution

https://github.com/Zie619/n8n-workflows/blob/94007c1445d9258a7da116646b79473e7c7c3282/workflows/Telegram/0768_Telegram_Stickynote_Create_Triggered.json MIT; preserve source notices.

More in AI & research