Enterprise ETL Platform

Move data. Transform it.
Trust it.

A visual ETL platform with conversational AI. Connect any source, transform with natural language, and load to any destination — without the pipeline engineering overhead.

Workflow

Workflows

Create and manage your data processing workflows

Customer Revenue Analysis
5 nodeslocalApr 21
Custom
Daily Order Sync
3 nodeslocalApr 20
Custom
Salesforce CRM Import
3 nodeslocalApr 18
Custom
Inventory Validation
4 nodeslocalApr 15
Custom
S3 to BigQuery Load
3 nodeslocalApr 10
Custom
Invoice Processing
3 nodeslocalMar 29
Custom
Customer Revenue Analysis
PG
Data Source
PostgreSQL
customers · 45k rows
MySQL
Data Source
MySQL
orders · 200k rows
Transform
Filter + Aggregate
last 90d · group by id
Join
Cross-DB Join
customer_id · LEFT
BQ
Output
BigQuery
analytics.customers
Data Source
Connect to data sources
Transform
Transform and filter data
Join
Join multiple data sources
Branch
Validate and branch data flow
Output
Define output destination
Daily Order Sync
Trigger
Manual
Manual trigger
MySQL
Data Source
MySQL
orders · 200k rows
Transform
Clean + Filter
remove nulls · last 24h
Snowflake
Output
Snowflake
warehouse.orders_daily
Data Source
Connect to data sources
Transform
Transform and filter data
Output
Define output destination
Salesforce CRM Import
Trigger
Schedule
Every 4 hours
SF
Data Source
Salesforce
contacts · via MCP
Transform
Normalize
deduplicate · lowercase
PG
Output
PostgreSQL
crm.contacts_clean
Data Source
Connect to data sources
Transform
Transform and filter data
Output
Define output destination
Inventory Validation
PG
Data Source
PostgreSQL
inventory · 12k rows
Transform
Aggregate
sum stock · by SKU
Branch
Stock Validation
stock > 0 · no nulls
BQ
Output
BigQuery
✓ Valid inventory
S3
Output
Amazon S3
✗ Failed records
Data Source
Connect to data sources
Transform
Transform and filter data
Branch
Validate and branch data flow
Output
Define output destination
S3 to BigQuery Load
S3
Data Source
Amazon S3
exports/*.parquet
Transform
Schema Map
type cast · rename cols
BQ
Output
BigQuery
dataset.events_raw
Data Source
Connect to data sources
Transform
Transform and filter data
Output
Define output destination
Invoice Processing
S3
Data Source
Amazon S3
invoices/*.pdf · 847 files
Transform
AI Extract
vendor · total · date
Mongo
Output
MongoDB
invoices.extracted
Data Source
Connect to data sources
Transform
Transform and filter data
Output
Define output destination

Connects to your existing stack


Visual pipelines, without the boilerplate

Drag nodes onto a canvas, connect them, and run. Dagflux handles execution order, error recovery, and schema detection — so you focus on the data logic, not the plumbing.

Drag-and-drop node canvas

Build complex multi-step pipelines visually. Source, Transform, Join, Branch, and Output nodes compose into complete ETL workflows.

Real-time execution tracking

Watch row counts, progress, and status update per node as the pipeline runs. Full error messages with suggested fixes.

Auto schema detection

Column types, nullability, and relationships inferred automatically across SQL, NoSQL, and file sources.

Pipeline execution log
Source: PostgreSQL✓ 45,231 rows · 1.2s
Transform: Filter+Agg✓ 12,847 rows · 0.8s
Join: Cross-DB⏳ batch 2/5 · 62%
Output: BigQueryPending
Progress2 of 4 nodes

Describe the transformation. Get production SQL.

Tell Dagflux what you want in plain English. It writes optimized SQL, handles type conversions, and recovers from errors automatically — across any database dialect.

Natural language to SQL

Filters, aggregations, schema changes — describe once, get database-specific, optimized SQL instantly.

Automatic error recovery

Column not found? Type mismatch? Dagflux detects failures, explains them in plain English, and regenerates a fix.

Schema-aware context

The AI knows your table structures, column types, and naming conventions before generating any query.

 Dagflux Assistant
You
Filter customers to only those who placed orders in the last 90 days and calculate their total revenue
DF
Here's the transformation joined on customer_id:
SELECT c.customer_id, c.name, SUM(o.total) AS revenue FROM customers c JOIN orders o USING (customer_id) WHERE o.created_at >= NOW() - '90 days'::interval GROUP BY 1, 2 ORDER BY revenue DESC
You
Add order count and remove rows with null email
DF
Updated — added COUNT(o.id) AS order_count and WHERE c.email IS NOT NULL. Running now…

20+Native connectors
5Node types — Source, Transform, Join, Branch, Output
100M+Rows processed with chunked batch execution
0Lines of SQL required to get started

Built for data teams at every stage

From migration projects to production analytics pipelines, Dagflux handles the full data workflow lifecycle.

Analytics

Data warehouse pipelines

Move data from operational databases into BigQuery, Snowflake, or Redshift. Schema creation and type mapping automatic.

ETL Pipeline Builder →
AI / ML

AI-ready data preparation

Clean, normalize, and structure raw data for machine learning. Natural language handles deduplication and type standardization.

AI Data Transformation →
Operations

Cross-platform data sync

Join Salesforce CRM data with PostgreSQL order history. Run scheduled syncs with error handling and retries.

Pipeline Automation →
BI

Text-to-SQL analytics

Ask questions about your data in plain English and get instant SQL-backed answers. No query writing required.

Text-to-SQL →
Documents

Unstructured data extraction

Extract structured fields from PDFs, invoices, and images. Load directly into your database of choice.

Unstructured Data →
Exploration

Conversational data Q&A

Chat with connected databases. Ask aggregate questions and get instant answers without opening a SQL client.

Chat With Your Data →

Common questions

Dagflux is a visual ETL platform with a built-in conversational AI layer. Traditional ETL tools require engineers to write transformation code and manage infrastructure manually. Dagflux replaces that with a drag-and-drop node canvas and a natural language interface — you describe what you want, and the platform generates and executes the SQL against your actual schema.
Yes. Dagflux's Join node supports cross-database operations — combining PostgreSQL customer records with MySQL order history, or BigQuery analytics with MongoDB documents. For cross-database joins, Dagflux uses a local SQLite engine to execute the join, then routes the result to your destination.
When a transformation fails — due to a missing column, type mismatch, or syntax error — Dagflux automatically detects the error, explains it in plain English, and generates a corrected query. In most cases it re-executes the fix without user intervention.
PostgreSQL, MySQL, Microsoft SQL Server, Amazon Redshift, Google BigQuery, Snowflake, SQLite, MongoDB, Amazon S3, Azure Blob Storage, Google Cloud Storage, Google Sheets, Salesforce (via MCP), HubSpot (via MCP), and local files including CSV, JSON, Excel, Parquet, and Avro.
Yes. Dagflux includes a scheduling system supporting cron expressions and natural language ("daily at 6 AM"). Each run logs execution time, row counts, and any errors — with optional Slack or email alerts on failure.

Start building data pipelines today

Connect your first data source in minutes. No infrastructure to manage, no pipeline code to write.