flyte open source analysis

Scalable and flexible workflow orchestration platform that seamlessly unifies data, ML and analytics stacks.

Project overview

⭐ 6662 · Go · Last activity on GitHub: 2026-01-05

GitHub: https://github.com/flyteorg/flyte

Why it matters for engineering teams

Flyte addresses the challenge of managing complex data workflows and machine learning pipelines in production environments. It provides a scalable and flexible orchestration platform that helps engineering teams unify data processing, analytics, and ML tasks into a single, manageable system. This open source tool for engineering teams is particularly suited to machine learning and AI engineering roles who require reliable automation and fine-grained control over workflows. Flyte is mature and production ready, proven in environments demanding high scalability and robustness. However, it may not be the best choice for teams seeking a lightweight or fully managed cloud service, as it requires operational overhead to maintain the self hosted option and Kubernetes infrastructure.

When to use this project

Flyte is a strong choice when your team needs a production ready solution to orchestrate complex, multi-step data and ML workflows at scale. Consider alternatives if your use case is simple or if you prefer a fully managed service without the need to manage Kubernetes or infrastructure.

Team fit and typical use cases

Machine learning and AI engineering teams benefit most from Flyte, using it to build, schedule, and monitor data pipelines and model training workflows. It typically appears in products that require robust data orchestration, such as large-scale analytics platforms, MLOps systems, and data-driven applications where reproducibility and scalability are critical.

Best suited for

Topics and ecosystem

data data-analysis data-science dataops declarative fine-tuning flyte golang grpc hacktoberfest kubernetes kubernetes-operator llm machine-learning mlops orchestration-engine production python scale workflow

Activity and freshness

Latest commit on GitHub: 2026-01-05. Activity data is based on repeated RepoPi snapshots of the GitHub repository. It gives a quick, factual view of how alive the project is.