CIOPages
DirectoryAI & ML PlatformsML Platforms & MLOpsDagster

Dagster

Open Source

About Dagster

Dagster is an operational layer that structures how data is built, observed, and delivered. It is described as a data-aware orchestrator that models data assets and understands dependencies. It is positioned as a unified control plane for data and AI pipelines. It works with existing tools such as Python scripts, Snowflake, dbt, Spark, Databricks, Azure, and AWS. Dagster Pipes provides observability and metadata tracking for jobs running in external systems. Dagster is now part of Prefect.

Products

  • Dagster+: A platform supporting workloads from ELT and dbt to AI and LLMs with tiered pricing plans.
  • Dagster+ AI: Runs on Dagster's operational context (assets, runs, lineage, freshness, failures, automation history) to diagnose issues and explain behavior.
  • Dagster+ Terraform provider: Lets platform teams manage deployments, access controls, alerting, and more as code.

Used for

  • Building and running asset-based pipelines across tools in a stack.
  • Observing lineage, dependencies, and data health across a platform.
  • Shipping pipeline changes validated in a production-like environment before touching production.
  • Orchestrating existing dbt models and Snowflake assets without custom glue code.
  • Answering operational questions about pipeline, ad spend, and sales conversations in Slack.

Who it is for

  • Used by engineers, stakeholders, and agents working from the same operational foundation.
  • Used by platform teams defining standards for downstream teams.
  • Targeted at individual builders and production-scale data platforms.

From Dagster's own website, read 2026-10-23. How we build listings.

How to evaluate ML Platforms & MLOps

This is how the CIOPages Research Team evaluates this category. It is not an assessment of Dagster. The category covers two kinds of product, so both frameworks are here. Most buyers need one of them.

AI/ML Platforms
25%
MLOps, Serving & Lifecycle
Reproducible training pipelines and CI/CD for models, a first-class model registry with versioning and stage promotion, real-time and batch/streaming serving, A/B and canary rollout, automated retraining, and rollback — the path from registered model to monitored endpoint and back
20%
Model Development & Experimentation
Notebook and IDE experience, experiment tracking and run comparison, feature engineering and a feature store, AutoML for breadth, distributed training, and support for the frameworks your teams use (PyTorch, TensorFlow, scikit-learn, XGBoost, Spark ML)
20%
AI Governance & Responsible AI
End-to-end lineage from data to deployed model, approval workflows and access control, bias and fairness testing, explainability, model and prompt audit trails, and the evidence trail needed for internal risk review and emerging AI regulation such as the EU AI Act
15%
GenAI & LLM Operations
Managed serving and fine-tuning of open and proprietary LLMs, a vector/retrieval layer for RAG, prompt management, evaluation harnesses for non-deterministic output, agent orchestration hooks, and token and inference cost controls — weighted to how central GenAI is to you
10%
Data, Compute & Cost Control
Proximity to where your data already lives and the egress it avoids, GPU availability and scheduling, spot/preemptible support, autoscaling, idle-resource reclamation, and chargeback/showback visibility so AI spend is attributable and governable rather than a surprise
10%
Platform Openness & Ecosystem
Portability and exit cost (open formats, MLflow compatibility, container-based serving), multi-cloud and on-prem reach, breadth of integrations, collaboration across data science and engineering, and standards conformance so the platform extends rather than confines your stack
MLOps Platforms
25%
Production Monitoring & Reliability
Data and concept drift detection, prediction/quality monitoring, ground-truth join for delayed labels, alerting and automated retraining triggers, plus LLM-specific signals (hallucination, toxicity, response-quality eval) on live traffic
20%
Model Registry & Governance
Versioned registry with stage transitions and approval gates, end-to-end lineage (data → run → model → endpoint), reproducibility, model cards, audit logging, and alignment to your AI risk/inventory policy
20%
Deployment & Serving
One-step deploy to real-time and batch endpoints, autoscaling and GPU-aware serving, canary / shadow / A-B rollout, rollback, multi-model and multi-framework support, and latency/throughput under your traffic
15%
CI/CD & Pipeline Automation
Git-native pipelines, reproducible training/eval/deploy stages, integration with your existing CI (Actions, GitLab, Azure DevOps), environment/dependency management, and IaC-friendly APIs
10%
Experiment Tracking & Reproducibility
Run logging at scale, metric/artifact comparison, hyperparameter sweeps, dataset and code versioning, collaboration, and a durable system-of-record across teams and frameworks
10%
LLMOps Coverage
Prompt and version management, eval datasets and LLM-as-judge scoring, RAG/agent tracing, online evaluation in production, and a path to manage classical models and LLMs through one stack

CIOPages put this listing together from public sources. It’s information, not an endorsement. How we build listings. Work here? Claim this listing or .

Quick Facts

dagster.io Pricing page
CategoryAI & ML Platforms
SubcategoryML Platforms & MLOps

We publish a detail only when we can point at the page it came from. Know when Dagster was founded or where it is based? Send it to us, free.

Keep reading

Buyer Guide
MLOps Platforms
Job 04
Control technology spend

AI is billed per use, so its cost grows with adoption while the rest of the budget is under review.

RFP questions
The RFP question bank

Vendor questions by category, from security to commercial terms.