Flowable is an open‑source Java workflow engine that follows the BPMN 2.0 standard, offering tighter Spring Boot integration, full CMMN/DMN support, better performance than Activiti, and flexible deployment options, with detailed comparisons to Activiti and Camunda and step‑by‑step Spring Boot and standalone examples.
This article explains how to integrate the Camunda 7 workflow engine into a Spring Boot project, covering core concepts, required Maven dependencies, configuration files, database setup, process modeling, task types, gateways, and essential APIs for managing processes, tasks, and variables.
This article explains how Camunda leverages AI to accelerate form building and process modeling, offering text‑to‑form generation, automatic variable creation, AI‑driven suggestions, and the Copilot assistant that can generate or analyze BPMN diagrams from natural language prompts.
The article explains how orchestrating AI agents with workflow engines like Camunda can overcome trust and transparency challenges, enabling reliable end‑to‑end business processes through decentralized collaboration, control mechanisms, and auditable decision making.
This article reviews major open‑source Java workflow engines—including Osworkflow, JBPM, Activiti, Flowable, and Camunda—examines their features, version histories, and suitability, then provides a detailed functional and performance comparison between Flowable and Camunda, concluding with a recommendation to adopt Camunda with bpmn‑js for enterprise projects.
This article reviews the most popular open‑source BPM engines—Osworkflow, JBPM, Activiti, Flowable, and Camunda—examines their histories, features, and performance, and provides a detailed functional and benchmark comparison between Flowable and Camunda to guide engine selection.
Learn how to set up Camunda, a flexible Java-based BPMN 2.0 workflow engine, within a Spring Boot application by generating a project, configuring dependencies, defining data models and REST endpoints, designing a simple process diagram, and testing the workflow end‑to‑end.
This article reviews popular open‑source workflow engines—including Osworkflow, JBPM, Activiti, Flowable, and Camunda—examines their features, performance, and limitations, and provides a detailed comparison between Flowable and Camunda to guide developers in selecting the most suitable engine for low‑code, BPM, or OA projects.
Learn how to set up and integrate the Camunda BPMN 2.0 workflow engine into a Spring Boot application, covering project initialization, Maven dependencies, configuration files, creating a simple user task process, and testing the workflow via Camunda’s web interface.
This article reviews major open‑source workflow engines, compares Camunda and Flowable in features and performance, and recommends Camunda combined with bpmn‑js as the preferred solution for low‑code and BPM projects.
This article reviews popular open‑source workflow engines—including Osworkflow, JBPM, Activiti, Flowable, and Camunda—compares their features and performance, and offers a clear recommendation for selecting the most suitable engine for low‑code, OA, or BPM projects.
This article walks Java and Spring Boot developers through installing Camunda, configuring dependencies, setting up the database, creating a simple BPMN process with user and service tasks, and testing the workflow via the Camunda web interface, providing code snippets and screenshots for each step.
This guide walks through adding Camunda 7 to a Spring Boot project, covering Maven dependencies, configuration files, database schema, BPMN modeling, task types, gateways, API usage, variable handling, listeners, and deployment, providing a complete end‑to‑end workflow solution.
This article walks through selecting Camunda 7 as a workflow engine, explains core concepts and components, shows how to integrate it into a Spring Boot project with Maven dependencies, configure the database, deploy BPMN models, and use the rich API for processes, tasks, variables, listeners, and gateways.
This article explains how to integrate the Camunda 7 workflow engine into a Spring Boot project, covering core concepts, required Maven dependencies, configuration files, database schema, process modeling, task types, and detailed API examples for managing processes, tasks, variables, listeners, and permissions.
This article explains how to integrate the Camunda 7 workflow engine into a Spring Boot project, covering core concepts, required Maven dependencies, configuration files, database schema, process modeling, task types, gateways, and detailed API examples for process and task management.
This guide walks through setting up Camunda BPM 7.18 with Spring Boot 2.6.14, configuring dependencies and application properties, designing a two‑step approval workflow, deploying it via custom REST endpoints, and managing process start and task approval using Camunda’s services and APIs.
