Camunda

by Camunda GmbH

Open Source Self-Hostable Cloud Free Tier freemium API Available
EnterpriseDeveloper-FriendlyIT Operations

Open-source workflow and process automation platform using BPMN. Camunda is a BPMN-based process orchestration platform that lets engineering and process teams design, execute, and monitor long-running business workflows. The product is built and operated by Camunda Services GmbH, founded in Berlin in 2008 by Bernd Rücker and Jakob Freund, originally as a BPM consultancy and later as an open-source product company.

Performance Scores

7.9

2 rankings evaluated

Score range: 7.8 – 7.9

Key Facts

technical

technical facts about Camunda
AttributeValueAs ofSource
Product line (May 2026)Camunda 8 (Zeebe-based) is the active product; Camunda 7 Community Edition (Apache 2.0) reached end of life with the final 7.24 release in October 2025, and only Camunda 7 Enterprise remains in maintenance for existing customers, until April 2030Jul 2026Camunda — Camunda 7 Enterprise End of Life (EoL) Extension Announcement
Workflow EngineZeebe — distributed BPMN/DMN workflow engine, horizontally scalableJul 2026Camunda Platform
Self-Managed OptionCamunda 8 Self-Managed: free Development edition for non-production use; production deployment requires a paid Enterprise licenseJul 2026Camunda Pricing

pricing

pricing facts about Camunda
AttributeValueAs ofSource
Cloud pricing (May 2026)Camunda SaaS is quote-only after a 30-day free trial; the Starter and Professional plans are no longer listed, and self-managed production requires an Enterprise licenseJul 2026Camunda Pricing page (camunda.com/pricing/)
Camunda pricing (July 2026)Camunda pricing (verified July 2026): the Camunda 8 SaaS page shows only two tiers — Free (€0 forever, 5 user seats, unlimited BPMN/DMN modeling, 30-day trial of the agentic/orchestration cluster features, US Central region) and Enterprise (custom/contact sales, adding agentic end-to-end orchestration, Camunda Copilot, SAP integration, RPA, Intelligent Document Processing, and 24x7 support). There is no public "Starter" SaaS tier and no published paid dollar/euro figure. Self-hosted Camunda remains free.Jul 2026Camunda pricing
Starter PlanDiscontinued — the $49/month Starter plan is retired; Camunda 8 SaaS now offers a 30-day free trial, then sales-quoted Enterprise pricing (as of July 2026)Jul 2026Camunda Pricing
Professional PlanDiscontinued — as of July 2026 the self-serve Professional plan is retired; Camunda 8 SaaS is sold only as a sales-quoted Enterprise planJul 2026Camunda Pricing
Free Trial30-day free trial of Camunda 8 SaaSJul 2026Camunda Pricing

business

business facts about Camunda
AttributeValueAs ofSource
Parent company fundingCamunda Services GmbH raised $98M Series B in March 2022 at $1B+ valuation (Insight Partners led)May 2026Camunda Series B announcement

General

General facts about Camunda
AttributeValueAs ofSource
Connectors500+Jul 2026Camunda Platform
GitHub Stars4,000+Jul 2026GitHub API (camunda/camunda)
DeploymentSaaS (Camunda 8), Self-managed (Docker/Kubernetes), HybridApr 2026Documentation
Funding$98.4M total funding (Series B, 2021)Apr 2026Company Press
Community100,000+ community membersJul 2026Camunda — About page (camunda.com/about/)
AI FeaturesCamunda Copilot for BPMN modeling plus agentic orchestration — AI agents coordinated alongside people and systems in BPMN processes (as of July 2026)Jul 2026Camunda Platform
Notable CustomersAtlassian, Goldman Sachs, Vodafone Germany, AXA, AirbusJul 2026Camunda Customers
Employees500+ employees (as of 2025)Apr 2026Company Website
StandardsBPMN 2.0 and DMN (FEEL expressions); CMMN was supported only in legacy Camunda 7, whose community edition is end-of-lifeJul 2026Camunda Platform

Strengths

  • BPMN 2.0 and DMN compliance produces portable, auditable process models
  • Compensation is a standard BPMN construct rather than a library concern
  • Operate, Tasklist and Optimize give operations staff a surface built for non-engineers
  • Predictable release train: minor versions every six months, monthly patches, 18-month support per version
  • BPMN 2.0 visual modelling readable by business analysts and engineers together
  • First-class human task primitives for workflows with manual approvals
  • Strong references in financial services, insurance, and telecom enterprise workflows
  • Camunda 8 Zeebe runtime is partition-based and horizontally scalable

Limitations

  • Camunda License v1 requires a paid Enterprise Edition for production use
  • BPMN modelling is a genuine learning investment before the first process ships
  • Self-managed deployment involves Zeebe, Elasticsearch and several web applications
  • Small open-source footprint for its maturity: 4,221 stars on the Camunda 8 monorepo
  • BPMN tooling adds learning curve for teams that prefer pure-code orchestration
  • Camunda 7 to Camunda 8 migration is non-trivial for legacy users
  • Self-managed editions require Java and Kafka-style operational expertise

Based on evaluations in 2 rankings: Best Process Orchestration Platforms 2026, Best Durable Workflow Engines for Production in 2026

Pricing

Camunda offers multiple products and plan tiers whose usage allowances vary by plan; the vendor's pricing page is the authoritative reference for current plans and limits.

View official pricing →

About Camunda

Camunda is a BPMN-based process orchestration platform that lets engineering and process teams design, execute, and monitor long-running business workflows. The product is built and operated by Camunda Services GmbH, founded in Berlin in 2008 by Bernd Rücker and Jakob Freund, originally as a BPM consultancy and later as an open-source product company. The current product line, Camunda 8, is based on the Zeebe distributed workflow engine; the previous-generation Camunda Platform 7 remains in maintenance for existing customers but is not the company's active investment focus.

The platform centres on BPMN 2.0 process models executed by a stateful, event-sourced engine. Process definitions are visual diagrams that compile to runnable workflows; tasks within a process can be service tasks (calling external systems through Camunda Connectors or custom workers), user tasks (rendered through Camunda Tasklist or embedded into customer applications), business-rule tasks (DMN decision tables), and message- or signal-driven events. The execution model is durable: every step is persisted to an append-only event log, and workers can fail and resume without losing in-flight processes.

Camunda 8 is offered as Camunda SaaS, quote-only after a 30-day free trial following the withdrawal of the published Starter and Professional plans, and as Camunda 8 Self-Managed for customers running their own Kubernetes-based deployment. Camunda 8 Self-Managed is free for development and small production loads under the Camunda 8 Self-Managed Free Edition; production deployments at scale require an Enterprise contract. Camunda 7 remains available under the Apache 2.0 license for self-hosted use, with Camunda Platform 7 Enterprise providing commercial support.

Production customers named publicly by Camunda include Goldman Sachs, Allianz, Atlassian, Vodafone, Deutsche Telekom, and the U.S. Department of Veterans Affairs. The company closed a $98M Series B in March 2022 at a stated $1B+ valuation led by Insight Partners and has reported triple-digit ARR growth across 2022-2024 driven by enterprise migrations from legacy BPM suites (Pega, IBM BPM, OpenText). Camunda differs from code-first orchestrators (Temporal, Apache Airflow, Prefect) in centring on the BPMN visual standard rather than language-native workflow code, and differs from no-code automation platforms (Zapier, Make) in targeting engineering teams with stateful, long-running, enterprise-grade processes.

flowchart LR
  A[Start Event] --> B{Decision DMN}
  B -- Approve --> C[Service Task: Charge Card]
  B -- Reject --> D[User Task: Manual Review]
  C --> E[Service Task: Provision Account]
  D --> E
  E --> F[Message Event: Notify Customer]
  F --> G[End Event]

Editor's Note: Across 5 ShadowGen Camunda engagements in 2024-26, the Camunda 7 to Camunda 8 migration story is real and not trivial; a non-trivial Camunda 7 estate runs 12-20 engineering weeks to migrate with care, primarily because the Camunda 7 incident-and-history APIs map imperfectly to Camunda 8's Operate and Tasklist surfaces. For greenfield BPMN work in 2026 we recommend Camunda 8 Cloud unless customer regulation forces self-hosting; the operational burden of running Zeebe at scale is non-trivial. — Rafal Fila, ShadowGen

Integrations (8)

AWS native
Elasticsearch native
Google Cloud native
Kafka native
Kubernetes native
REST API api
Slack native
gRPC api

Written & reviewed by Rafal Fila · Last updated: · Last verified:

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Questions About Camunda

What is QuantumBPM?

QuantumBPM is a combined BPMN 2.0 process engine and DMN 1.5 decision engine launched in 2026 by Coroid s.r.o., a Slovak company founded by Richard Bízik. Its decision engine passed 3,367 of 3,391 tests (99.29%) in the official DMN Technology Compatibility Kit in February 2026, listed as QuantumDMN Engine 1.0.0. The platform runs as managed SaaS or self-hosted on Docker/Kubernetes, ships MIT-licensed SDKs for Go, Java, Python, and JavaScript, and uses credit-based pricing: Starter $199/month and Scale $1,199/month as of July 2026, with custom self-hosted/enterprise licensing.

What is the DMN TCK and which engines pass it in 2026?

The DMN Technology Compatibility Kit (TCK) is the industry conformance test suite for Decision Model and Notation engines, with results published openly at dmn-tck.github.io. As of July 2026 the published leaderboard is led by Goldman Sachs jDMN (3,391 of 3,391 tests, 100%), followed by Trisotech (99.97%), IBM BAMOE and Apache KIE/Drools (99.91% each), Engos DecisionToolkit (99.50%), and QuantumDMN (99.29%); Camunda’s entries date from 2024 at 84.05% (DMN-Scala) and 80.86% (Camunda Platform 7.21).

What are the best Camunda alternatives in 2026?

The top Camunda alternatives in 2026 are Temporal (code-first workflow engine), Prefect (Python data orchestration), Apache Airflow (open-source DAG orchestrator), and n8n (visual workflow automation). Temporal is the closest architectural match for developers building distributed workflows.

What Is Composable Automation?

Composable automation is an architectural approach where automation workflows are built from modular, interchangeable components that can be assembled, disassembled, and recombined to meet changing business requirements. The approach prioritizes flexibility over monolithic workflow platforms. According to a 2025 Forrester survey, organizations maintaining 50+ reusable automation components report 40-60% faster workflow creation.

Learn More

comparison

QuantumBPM vs Camunda 2026: Single-Binary Challenger vs the BPMN Incumbent

QuantumBPM (launched 2026, Coroid s.r.o., Slovakia) packages a BPMN 2.0 runtime and DMN 1.5 decision engine into one Go binary backed by Temporal and PostgreSQL. Camunda (Berlin, founded 2013) is the category incumbent: Camunda 7 (Apache 2.0, in maintenance) and the Zeebe-based Camunda 8 platform. This comparison covers product structure, architecture, DMN TCK conformance with recording dates, deployment, pricing, and vendor maturity, verified July 2026.

comparison

Camunda vs Zeebe 2026: Camunda 7 Platform vs Camunda 8 Cloud-Native Engine

Zeebe is the cloud-native BPMN workflow engine that powers Camunda 8, while Camunda 7 is the mature JVM-based platform that preceded it. Both are maintained by Camunda Services GmbH. This 2026 comparison clarifies the architecture differences, feature deltas, migration considerations, and pricing between the two generations.

comparison

Camunda vs Temporal in 2026: BPMN Standards vs Code-First Durable Execution

Camunda is a BPMN-based process orchestration platform spun out of a German consultancy in 2008; Temporal is a code-first durable execution engine started by ex-Uber Cadence engineers in 2019. Camunda models workflows as visual BPMN diagrams executed by the Zeebe engine; Temporal models workflows as ordinary application code with deterministic replay. The two target overlapping but distinct buyers: process owners and architects in regulated industries versus engineering teams building distributed systems.