Automatisch
Automatisch is an open-source workflow automation platform (workflow automation / iPaaS) that connects web applications, APIs, and services through configurable triggers and actions.
- Open-source, self-hostable workflow automation platform for connecting Software-as-a-Service (SaaS) applications, APIs, and internal systems (workflow automation / iPaaS).
- Visual workflow builder for defining triggers, conditional logic, and multi-step actions across integrated services (workflow orchestration).
- Library of prebuilt integrations and connectors for common business and developer tools, supporting event-driven and scheduled automations (integration connectors).
- Deployment options that include self-hosting in private infrastructure and container-based environments for enterprise control (self-managed deployment).
- Representational State Transfer (REST) Application Programming Interface (API) and extensibility model for building custom integrations, actions, and workflows aligned with organization-specific processes (developer platform).
More About Automatisch
Automatisch provides a workflow automation platform (workflow automation / iPaaS) that allows enterprises and teams to connect multiple SaaS tools, internal services, and APIs through event-driven workflows. It is positioned for organizations that want automation capabilities under their direct operational control, with the option to self-host the platform in their own infrastructure.
The core of Automatisch is a visual workflow builder (workflow orchestration) that enables users to define trigger-based workflows composed of sequential or branched steps. Triggers can originate from supported third-party applications, incoming webhooks, or scheduled events. Each workflow can include multiple actions, data transformations, and conditional branches, enabling routing of data between systems such as Customer Relationship Management (CRM), ticketing, messaging, storage, and custom APIs.
The platform exposes and consumes APIs (API integration) to interact with external services. Automatisch includes a catalog of connectors (integration connectors) that abstract authentication and API calls for many common applications. Workflows typically rely on HTTP-based communication, using REST APIs and webhooks where available. This approach aligns with typical enterprise integration patterns where services communicate over HTTPS with JSON payloads and token-based authentication.
Automatisch can be deployed as a self-hosted application (self-managed deployment), frequently using container technologies such as Docker and orchestration platforms such as Kubernetes, based on information and deployment guides commonly provided by open-source infrastructure projects. This deployment model supports installation in virtual machines, private clouds, or on-premises (on-prem) environments, giving infrastructure teams control over networking, data locality, security policies, and access management.
For developers, Automatisch offers an extensibility framework (developer platform) for defining custom integrations and actions. By implementing connector modules that encapsulate authentication flows and API operations, engineering teams can onboard internal services or niche third-party tools into the same automation environment used for standard SaaS integrations. This supports use cases such as synchronizing internal databases with external applications, orchestrating DevOps workflows, or wiring together event notifications across monitoring and communication tools.
Within an enterprise directory or marketplace, Automatisch fits in categories such as workflow automation, integration platform as a service (iPaaS), and low-code / no-code orchestration. It is relevant to enterprise architects, platform teams, and operations groups that maintain integration backbones between SaaS, custom systems, and microservices. Its open-source and self-hostable characteristics align with organizations that prioritize source availability, customizability, and infrastructure control for automation tooling.