# Windmill Open-source developer platform and workflow engine

## About

Turn scripts into auto-generated UIs, APIs and cron jobs. Compose them as workflows or data pipelines. Build complex, data-intensive apps with ease. Write and deploy software 10x faster, and run it with the highest reliability and observability on the fastest self-hostable job orchestrator

- Customers: 3,000+
- Verified: Yes

## Services

### Application Development
- [Full-Stack Application Building](https://bilarna.com/ai/application-development/full-stack-application-building)

### Workflow Automation
- [Workflow Management](https://bilarna.com/ai/workflow-automation/workflow-management)

## Pricing

- Model: custom
- Contract: No lock-in

## Trust & Credentials

### Certifications
- SOC 2 (SOC2)
### Compliance
- SOC2
### Data Security
- SOC 2

## Notable Customers

- undefined
- undefined
- undefined

## Frequently Asked Questions

**Q: What are the main features of an open-source developer platform for workflow automation?**
A: An open-source developer platform for workflow automation typically offers features such as the ability to turn scripts into auto-generated user interfaces, APIs, and scheduled jobs. It supports composing scripts into workflows or data pipelines, enabling the building of complex, data-intensive applications with ease. Such platforms provide full code flexibility with Git-based collaboration, support multiple programming languages, and include AI assistance for enhanced productivity. They also offer scalable and reliable infrastructure with observability, alerting, and error handling built-in, allowing deployment on various environments including cloud, on-premises, or air-gapped setups.

**Q: How can developers use scripts and workflows to build data-intensive applications?**
A: Developers can use scripts written in multiple programming languages to automate tasks and create APIs or user interfaces. By composing these scripts into workflows or data pipelines, they can orchestrate complex processes that handle large volumes of data efficiently. Workflow engines enable combining scripts with AI assistance and low overhead to create high-performance flows. This approach allows developers to build scalable, reliable, and maintainable data-intensive applications by integrating with existing stacks and resources, managing dependencies automatically, and deploying through Git-based collaboration and automated pipelines.

**Q: What deployment options and security features are available for self-hosted workflow platforms?**
A: Self-hosted workflow platforms offer flexible deployment options including cloud environments, on-premises servers, and air-gapped or isolated networks. They are open-source, allowing full control over code, data, and infrastructure. Security features typically include granular role-based access control (RBAC), single sign-on (SSO), secret management, and comprehensive audit logs to ensure compliance and traceability. These platforms support enterprise-grade security suitable for regulated industries and provide seamless integration with databases, cloud providers, message queues, and APIs. This combination ensures secure, scalable, and compliant operation tailored to organizational needs.

**Q: What are the main features of an open-source developer platform with workflow orchestration?**
A: An open-source developer platform with workflow orchestration typically offers capabilities such as turning scripts into auto-generated user interfaces, APIs, and scheduled jobs. It allows composing scripts into workflows or data pipelines, enabling the building of complex, data-intensive applications efficiently. Such platforms support multiple programming languages with full language server protocol (LSP) support, managed dependencies, and instant endpoints or event hooks. They provide local and cloud development environments, AI-assisted coding tools, and seamless Git-based collaboration. Additionally, they run on scalable, reliable infrastructure with built-in observability, alerting, and error handling, and support enterprise-grade security and integrations with databases, cloud platforms, and message queues.

**Q: How can developers use scripts and workflows to build data-intensive applications efficiently?**
A: Developers can efficiently build data-intensive applications by writing scripts in multiple supported programming languages and composing them into workflows or data pipelines. These scripts can be transformed into auto-generated user interfaces, APIs, or scheduled jobs, enabling automation and integration with existing systems. Workflow orchestration platforms provide AI-assisted coding, managed dependencies, and instant endpoints or event hooks to streamline development. By leveraging local or cloud development environments with Git-based collaboration, developers can iterate quickly and maintain code quality. The orchestration engine ensures high performance with low overhead, scalability from small to large infrastructures, and built-in monitoring and alerting to maintain reliability and observability throughout the application lifecycle.

**Q: What security and integration features are important in enterprise-grade workflow platforms?**
A: Enterprise-grade workflow platforms prioritize robust security and seamless integration capabilities. Key security features include granular role-based access control (RBAC), single sign-on (SSO), secret management, and comprehensive audit logs to ensure compliance and traceability. These platforms support deployment in regulated environments, including air-gapped setups for enhanced isolation. Integration-wise, they connect with a wide range of databases such as PostgreSQL, MySQL, and Snowflake, cloud platforms like AWS, Azure, and GCP, as well as message queues including Kafka, SQS, and NATS. This extensive integration ecosystem enables enterprises to incorporate workflow automation directly into their existing technology stacks while maintaining security and operational control.

## Links

- Profile: https://bilarna.com/provider/windmill
- Structured data: https://bilarna.com/provider/windmill/agent.json
- API schema: https://bilarna.com/provider/windmill/openapi.yaml