Exploring the New Features in Camunda 8 for Java Developers

Automation tools are integral to building scalable, efficient systems. For Java developers, the challenge often lies in balancing flexibility with complexity—ensuring workflows can handle enterprise demands while remaining easy to maintain. Camunda 7 was a robust solution for many years, but as software systems increasingly adopt cloud-native architectures, its limitations have become apparent.

Camunda 8 addresses these evolving needs, offering a reimagined platform built for the cloud. Designed to simplify development, improve scalability, and enhance collaboration, Camunda 8 is more than just an update—it’s a new approach to process automation.

This article will guide Java developers through its features, exploring how Camunda 8 makes workflow orchestration more accessible and effective.

Cloud-native architecture and scalability

The move toward cloud-native architectures reflects the growing demand for systems that can handle massive scale and complexity. Unlike Camunda 7’s centralized architecture, Camunda 8 is built from the ground up for distributed environments.

Leveraging Kubernetes for seamless scalability

At the core of Camunda 8’s cloud-native capabilities is its tight integration with Kubernetes. Kubernetes, as a container orchestration platform, allows Camunda 8 to dynamically manage resources, scale workflows, and maintain high availability.

Deploying workflows in Camunda 8 is streamlined through Kubernetes, which automates the allocation and scaling of resources based on demand. For instance, during periods of high workload—such as an e-commerce sale event—Kubernetes ensures additional pods are deployed to handle the surge in tasks. Conversely, during off-peak hours, resources are scaled down, reducing costs without compromising functionality.

Kubernetes also provides self-healing capabilities. If a pod running a portion of the workflow fails, Kubernetes automatically restarts it, ensuring that workflows remain operational without manual intervention. This resilience is essential for critical applications requiring uninterrupted availability.

Distributed workflow execution

Camunda 8 introduces a distributed workflow execution model powered by Zeebe, its lightweight workflow engine. This approach eliminates the bottlenecks associated with centralized processing by distributing tasks across multiple nodes in a cluster.

In a distributed setup, workflows are broken down into tasks that are processed independently by different workers. This architecture enables horizontal scalability, allowing the system to handle massive volumes of tasks simultaneously. Additionally, distributed execution improves fault tolerance; if one node in the cluster fails, others can continue processing without interruption.

For example, consider a financial application managing payment processing for millions of transactions daily. Camunda 8’s distributed execution ensures that these transactions are handled efficiently, even during peak hours, without overloading any single component.

Optimized for cloud-first deployment

Camunda 8 is designed to integrate seamlessly with cloud environments. Whether you’re using AWS, Google Cloud Platform (GCP), Azure, or a private cloud setup, Camunda 8 offers prebuilt Docker images and Helm charts for rapid deployment. These tools simplify the installation process, ensuring developers can quickly deploy and scale workflows without extensive configuration.

The cloud-first design also supports hybrid and multi-cloud environments, enabling organizations to distribute workflows across multiple cloud providers or combine on-premises systems with cloud-based infrastructure. This flexibility is crucial for businesses with complex operational requirements, such as regulatory compliance or latency optimization.

Event-driven communication

Modern systems increasingly rely on event-driven architectures, and Camunda 8 is built to thrive in these environments. With native support for event brokers like Kafka and RabbitMQ, Camunda 8 enables workflows to respond to real-time events with minimal latency.

In an event-driven system, workflows can be triggered by events such as incoming messages, state changes, or external system notifications. For instance, a retail platform might use Kafka to handle “order placed” events, initiating workflows for payment processing, inventory updates, and shipping coordination. This integration ensures that workflows remain reactive and can scale as the volume of events grows.

Real-world applications

Camunda 8’s cloud-native scalability benefits various industries, from e-commerce to healthcare:

• Transaction processing in finance: Financial institutions can use Camunda 8 to manage millions of daily transactions, such as loan approvals or fraud detection. During high-traffic periods, the platform’s elastic scaling ensures consistent performance without downtime.
• IoT workflow orchestration: IoT platforms handling data from millions of connected devices can use Camunda 8 to process data streams, generate insights, and trigger actions in real-time. For example, a smart city system might orchestrate traffic signals based on sensor data from thousands of devices.
• Customer service automation: Customer service platforms can manage ticket workflows more effectively, automatically scaling resources during surges in user requests, such as after a product launch or service outage.

Comparing Camunda 8 and Camunda 7

Camunda 7 was a powerful tool, but its centralized, monolithic architecture limited its ability to scale efficiently. Camunda 8 addresses these limitations with a fully distributed, cloud-native approach.

In Camunda 7, workflows were tightly coupled to a relational database, creating performance bottlenecks as system load increased. Camunda 8 eliminates these constraints by adopting a log-based architecture and distributed execution model, making it capable of processing millions of tasks concurrently.

Furthermore, deploying Camunda 7 often required significant manual effort, particularly in cloud environments. In contrast, Camunda 8’s preconfigured Docker images and Kubernetes integration make deployment nearly effortless, reducing the time to production and simplifying ongoing management.

Feature	Camunda 7	Camunda 8
Architecture	Centralized, monolithic	Distributed, cloud-native
Scalability	Limited by database architecture	Unlimited horizontal scalability
Deployment	Manual configuration required	Simplified with Docker/Helm charts
Resilience	Prone to single points of failure	Highly resilient with Kubernetes
Cloud Support	Basic	Full cloud-native support

Addressing modern challenges with cloud-native design

Camunda 8’s cloud-native architecture is built to solve critical challenges faced by developers in today’s dynamic environments:

• Handling dynamic workloads: With Kubernetes, Camunda 8 scales up during traffic spikes and scales down during quieter periods, ensuring cost efficiency.
• Achieving high availability: Distributed execution ensures workflows continue to operate even during partial system failures.
• Supporting global deployments: By deploying across multiple regions, Camunda 8 reduces latency and provides a better experience for users worldwide.

Zeebe: the core workflow engine

For Java developers, Zeebe provides a set of modern APIs that simplify workflow orchestration. These APIs are designed to be intuitive, enabling developers to quickly integrate workflows into their applications without the overhead of extensive configuration.

With Zeebe’s Java APIs, developers can:

• Deploy workflows programmatically: Automate the deployment of new or updated workflows directly from code.
• Subscribe to workflow events: Monitor and react to specific events in the workflow lifecycle, enabling real-time interaction.
• Create custom workers: Build task workers that perform specific actions within a workflow, such as processing payments, sending notifications, or updating databases.

Here’s an example of using Zeebe’s Java APIs to deploy a workflow and handle a specific task programmatically:

ZeebeClient client = ZeebeClient.newClientBuilder()
    .gatewayAddress("localhost:26500")
    .usePlaintext()
    .build();

client.newDeployCommand()
    .addResourceFile("order-process.bpmn")
    .send()
    .join();

client.newWorker()
    .jobType("payment-processing")
    .handler((client, job) -> {
        // Custom logic for payment processing
        Map<String, Object> variables = job.getVariablesAsMap();
        // Process payment and complete job
        client.newCompleteCommand(job.getKey())
              .variables(variables)
              .send()
              .join();
    })
    .open();

This approach not only streamlines workflow creation and management but also allows for highly customized functionality tailored to specific business needs.

Why Zeebe matters for modern applications

Zeebe’s architecture is a game-changer for applications requiring high performance, reliability, and scalability. By embracing event-driven processing and efficient state management, Zeebe empowers developers to build systems that are both robust and responsive to real-time events. Its integration with Java APIs further simplifies development, making it an indispensable tool for businesses automating complex workflows.

For Java developers ready to explore the capabilities of Zeebe, start with the official Zeebe Java API guide to see how it can transform your workflow automation.

Improved developer tooling and APIs

One of the standout features of Camunda 8 is its commitment to improving the developer experience. Recognizing the challenges developers faced with Camunda 7—such as verbose configurations and limited API flexibility—Camunda 8 introduces a suite of tools and APIs that make workflow integration, deployment, and management significantly more intuitive and efficient.

This focus on usability enables Java developers to build process-driven applications with less boilerplate code and faster implementation cycles.

Modernized APIs for Java developers

Camunda 8 introduces a modern, developer-friendly API that enhances the way workflows are designed, deployed, and monitored. These APIs are tailored to align with contemporary Java development practices, focusing on simplicity and productivity.

Let’s go over some key improvements.

Intuitive workflow deployment

Deploying workflows in Camunda 8 is as simple as invoking a method in your application. Developers no longer need to rely on complex scripts or manual configurations to deploy BPMN models.

Example:

client.newDeployCommand()
      .addResourceFile("order-process.bpmn")
      .send()
      .join();

This single command deploys a BPMN workflow directly to the Zeebe engine, streamlining the development process.

Dynamic workflow interaction

The APIs allow developers to start, pause, and cancel workflows programmatically, providing full control over workflow lifecycle management. Let’s take a look at starting a new workflow instance with variables.

Example:

client.newCreateInstanceCommand()
      .bpmnProcessId("order-process")
      .latestVersion()
      .variables(Map.of("orderId", 12345, "customerId", 67890))
      .send()
      .join();

Asynchronous task handling

With support for asynchronous processing, developers can build highly responsive applications by handling tasks as they become available. This approach aligns with reactive programming principles, improving scalability in distributed systems.

Enhanced debugging and monitoring

Camunda 8’s developer tooling doesn’t stop at APIs. It includes enhanced debugging and monitoring capabilities that reduce the time spent diagnosing issues in workflows. These tools integrate seamlessly with the development environment, providing real-time insights into workflow execution.

• Detailed execution logs: Access comprehensive logs that show the state of workflow instances, tasks, and variables at every stage of execution.
• Error tracing: Debugging failed tasks is easier with detailed error messages and stack traces that identify the exact cause of failure.
• Visualization tools: Use Operate to view workflow progress, making it easier to identify bottlenecks and optimize task sequences.

Simplified workflow modeling

Camunda 8 includes an improved web-based modeler that enables developers to design workflows visually and deploy them directly to the Zeebe engine. This tool bridges the gap between technical and non-technical stakeholders, providing a collaborative platform for process design.

Key features:

• BPMN validation: Validate BPMN models for errors before deployment, ensuring workflows are correctly configured.
• One-click deployment: Deploy workflows directly from the modeler without requiring manual file uploads or configuration steps.
• Integration with developer tools: Export BPMN models and integrate them seamlessly with your Java projects.

For example, a developer can use the web modeler to design a customer onboarding workflow, validate it visually, and deploy it to the Zeebe engine—all without leaving the browser.

API comparison: Camunda 7 vs. Camunda 8

Feature	Camunda 7	Camunda 8
Workflow deployment	Manual deployment via REST API or scripts	Simplified deployment via Java client APIs
Spring Boot integration	Basic, with significant manual configuration	Streamlined with annotation-based SDK
Asynchronous task handling	Limited, with custom implementations required	Built-in support for reactive programming
Debugging and monitoring	Basic logs; manual intervention for tracing	Enhanced logs, real-time error tracing, Operate integration
Workflow modeling	Desktop-based modeler	Web-based modeler with direct deployment

Real-world benefits for Java developers

• Faster prototyping: Developers can rapidly create, test, and deploy workflows with fewer lines of code, shortening the time-to-market for new features. For example, in a fintech application, workflows for fraud detection and transaction processing can be implemented and tested within days instead of weeks.
• Reduced boilerplate code: Camunda 8’s APIs minimize repetitive tasks, allowing developers to focus on building business logic rather than managing infrastructure.
• Improved team collaboration: The combination of a web-based modeler and real-time debugging tools fosters better collaboration between developers and non-technical stakeholders, ensuring workflows meet business requirements.

Camunda 8’s improved developer tooling and APIs make it a powerful platform for building modern, process-driven applications. By reducing complexity, enhancing integration with frameworks like Spring Boot, and offering advanced debugging and monitoring tools, Camunda 8 empowers Java developers to work faster and smarter. These improvements ensure that developers can focus on what matters most—delivering efficient, scalable solutions for their organizations.

BPMN 2.0 workflow modeling enhancements

Business process model and notation (BPMN) 2.0 remains the industry standard for designing workflows, offering a clear and visual way to define business processes. Camunda 8 builds on this foundation by introducing enhancements tailored to the needs of modern, cloud-native environments. These updates make it easier for developers to design, manage, and optimize workflows while maintaining compatibility with the widely used BPMN 2.0 specification.

Improved BPMN support for cloud-native workflows

Camunda 8 takes BPMN 2.0 to the next level, optimizing its use for distributed and cloud-based systems. Unlike Camunda 7, which was limited by its monolithic architecture, Camunda 8 leverages Zeebe’s distributed, event-driven engine to handle BPMN workflows more efficiently.

Key improvements include:

• Scalability: Workflows modeled in BPMN can scale seamlessly across distributed environments, making it suitable for applications that process high volumes of tasks.
• Real-time event handling: BPMN models can now include event-driven constructs, enabling workflows to react instantly to changes in external systems.

For example, in an order management system, a BPMN workflow can trigger an “inventory check” subprocess immediately upon receiving an “order placed” event from Kafka. This level of responsiveness is critical for modern systems.

New BPMN features in Camunda 8

Camunda 8 introduces several enhancements that extend the functionality and flexibility of BPMN 2.0 for developers:

• Multi-instance subprocesses: This feature simplifies the execution of repetitive tasks within workflows. A single BPMN task can now execute multiple instances concurrently or sequentially based on dynamic inputs.
  • Use case: In an HR onboarding process, a multi-instance subprocess can handle sending welcome emails, provisioning accounts, and scheduling orientation for multiple new hires simultaneously.

• Improved error handling: Error boundary events have been enhanced, allowing workflows to respond to failures more precisely. Developers can define fallback actions, retries, or escalations directly in the BPMN model.
  • Use case: In a payment processing workflow, if a payment gateway fails, an error event can redirect the flow to an alternate gateway or notify support teams.

• Process versioning: Managing multiple versions of a workflow is now more seamless. Camunda 8 allows developers to deploy updated versions of workflows without disrupting existing instances.
  • Use case: An e-commerce platform can roll out a new version of its order fulfillment workflow while orders currently in progress continue using the old version.

• Dynamic data handling: BPMN models in Camunda 8 support richer variable management, enabling workflows to handle complex data transformations and conditional logic natively.

Web-based BPMN modeler: a collaborative tool

Camunda 8 introduces a fully web-based BPMN modeler, making it easier for developers and nontechnical stakeholders to collaborate on workflow design. The web modeler eliminates the need for desktop installations, offering a streamlined and intuitive interface accessible from any browser.

Key features of the web modeler include:

• Real-time validation: Detect errors or inconsistencies in BPMN models before deployment, ensuring workflows are correctly configured.
• One-click deployment: Deploy workflows directly to the Zeebe engine from the modeler, reducing the time and effort required for deployment.
• Collaboration capabilities: Share workflows with team members, enabling stakeholders to provide feedback and participate in the design process.

For example, a development team and business analysts can collaboratively design a customer onboarding process. The analysts define the business logic visually, while developers add technical details like API calls and task workers.

BPMN enhancements for developers

The BPMN enhancements in Camunda 8 aren’t just about visual improvements—they also provide significant benefits for developers working with BPMN in their Java applications.

• Easier workflow automation: With enhanced BPMN constructs like error boundary events and multi-instance tasks, developers can automate complex business processes without writing additional code.
• Improved workflow debugging: Camunda 8’s Operate tool provides detailed insights into the execution of BPMN workflows, allowing developers to trace the flow of tasks, identify bottlenecks, and resolve issues efficiently.
• Integration with code: The BPMN model serves as the blueprint for process logic, while the Java APIs allow developers to programmatically interact with the workflows. This combination bridges the gap between business logic and technical implementation.

Example of interacting with a BPMN workflow in Java:

ZeebeClient client = ZeebeClient.newClientBuilder()
    .gatewayAddress("localhost:26500")
    .usePlaintext()
    .build();

client.newCreateInstanceCommand()
    .bpmnProcessId("customer-onboarding")
    .latestVersion()
    .variables(Map.of("customerId", 12345, "status", "new"))
    .send()
    .join();

Integration with popular Java frameworks

Camunda 8 is designed to seamlessly integrate with the tools and frameworks Java developers rely on to build robust, scalable, and efficient applications. Recognizing the widespread use of frameworks like Spring Boot, messaging platforms such as Kafka, and high-performance communication tools like gRPC, Camunda 8 introduces out-of-the-box compatibility and streamlined configuration options to make workflow automation an integral part of modern Java development.

Spring Boot integration

Spring Boot is one of the most widely used frameworks in the Java ecosystem, and Camunda 8 ensures first-class support for it through the Spring Zeebe SDK. This integration significantly simplifies the process of incorporating workflows into Spring Boot applications, leveraging Spring’s dependency injection and annotation-based programming.

Let’s go over some key features of Spring Boot integration.

Annotation-based configuration

With the Spring Zeebe SDK, developers can define workers and configure workflows using simple annotations, reducing boilerplate code.

Example:

@ZeebeWorker(type = "payment-processing")
public void handlePayment(JobClient client, ActivatedJob job) {
    Map<String, Object> variables = job.getVariablesAsMap();
    // Payment processing logic here
    client.newCompleteCommand(job.getKey())
          .variables(variables)
          .send()
          .join();
}

Auto-configuration

The SDK provides built-in configurations for connecting to the Zeebe engine, eliminating the need for manual setup. Developers can get started by simply including the necessary dependencies in their project.

Seamless dependency injection

Spring Boot’s dependency injection framework integrates effortlessly with Camunda 8, allowing developers to manage workers, services, and configurations efficiently.

Simplified workflow deployment

Deploying workflows in a Spring Boot application is straightforward, enabling rapid prototyping and testing. For a detailed guide on how to get started with Spring Boot’s integration, check out Camunda 8 Spring Boot integration documentation.

Kafka integration

In modern distributed systems, Kafka has become a standard for event-driven communication. Camunda 8’s integration with Kafka enables workflows to react to real-time events, making it a powerful tool for building event-driven architectures.

Here’s how Camunda 8 works with Kafka:

• Event subscription: Zeebe can listen to Kafka topics and trigger workflows when specific events are published. For example, a workflow could be initiated when a “payment completed” event is published to a Kafka topic.
• Event emission: Workflows can publish events back to Kafka topics, enabling downstream systems to react to workflow progress or completion.
• Scalability: By integrating Kafka with Zeebe’s distributed architecture, workflows can scale to handle high-throughput scenarios, such as processing thousands of customer orders or IoT sensor readings in real time.

gRPC integration

For high-performance, low-latency communication between services, Camunda 8 supports gRPC out of the box. This integration is particularly useful in microservices architectures where fast communication is critical.

Some advantages of gRPC with Camunda 8 include:

• High-speed communication: gRPC enables workflows to interact with other services in a highly efficient manner, reducing the overhead associated with traditional REST APIs.
• Cross-language support: Since gRPC supports multiple programming languages, workflows orchestrated by Camunda 8 can seamlessly communicate with non-Java services, such as Python-based machine learning models or Node.js applications.
• Streaming capabilities: gRPC’s support for streaming allows workflows to send and receive real-time updates, making it ideal for use cases like live monitoring or collaborative applications.

REST API integration

Camunda 8’s REST API provides a flexible way to interact with workflows, making it easy to connect the platform with a wide range of Java frameworks and external systems.

Some capabilities of the REST API include:

• Workflow deployment: Deploy BPMN workflows to the Zeebe engine programmatically using HTTP requests.
• Instance management: Start, stop, and query workflow instances through simple API calls.
• Task control: Claim, complete, and assign user tasks programmatically.
• Monitoring and metrics: Access real-time workflow data and performance metrics via API endpoints.

REST API integration is especially useful for connecting workflows with third-party tools, such as customer relationship management (CRM) systems or enterprise resource planning (ERP) platforms.

Camunda 8’s integration capabilities make it a powerful tool for Java developers working in diverse application environments. These integrations not only reduce development complexity but also enable applications to scale efficiently and respond to real-time events.

Enhanced error handling and monitoring

Building and deploying workflows at scale requires robust tools to identify, diagnose, and resolve errors while providing visibility into process execution. Camunda 8 introduces advanced error-handling and monitoring capabilities through tools like Operate and Tasklist, enabling developers and operations teams to manage workflows efficiently and proactively address issues.

Advanced error handling features

Error handling in workflows is critical for maintaining process continuity and ensuring workflows recover gracefully from failures. Camunda 8 enhances BPMN’s error-handling capabilities, allowing developers to define and manage errors more effectively.

Key features include:

• Error boundary Events: BPMN error boundary events allow workflows to react to errors in specific tasks by redirecting the process to alternative flows or recovery mechanisms. For example, if a payment gateway fails in a payment processing task, the workflow can route the error to an alternate gateway or trigger an escalation flow to notify support teams.
• Retry mechanisms: Zeebe supports automated retries for failed tasks, configurable with backoff strategies. Developers can define retry intervals and limits directly in the BPMN model or via API.
• Dead letter queues: Failed tasks that exceed retry limits can be sent to a dead letter queue for manual review, ensuring errors are logged and can be resolved without halting the workflow.
• Escalation events: Camunda 8 supports escalation events, enabling workflows to alert stakeholders or systems when specific errors occur, ensuring timely responses to critical failures.

Monitoring with Operate and Tasklist

Camunda 8 provides dedicated monitoring tools that offer real-time visibility into workflow execution, task performance, and error resolution.

Operate: the workflow monitoring tool

Operate is a user-friendly monitoring tool that gives developers and operations teams insights into the state of workflow instances.

Features include:

• Instance visualization: View the current state of any workflow instance, including active tasks, completed steps, and pending actions.
• Error diagnostics: Access detailed error logs and stack traces to identify and resolve issues quickly.
• Workflow metrics: Monitor performance metrics, such as task completion times and workflow throughput, to optimize processes.

As an example use case, picture this: In a loan approval system, Operate can show which applications are stuck in processing due to missing information, allowing teams to address the issue proactively.

Tasklist: managing human tasks

Tasklist is designed for managing user tasks within workflows. It allows users to:

• Claim and complete tasks: Assign tasks to team members dynamically and track their progress.
• Prioritize tasks: Ensure critical tasks are handled first by setting priority levels.
• Audit rails: Maintain a history of task actions for compliance and debugging purposes.

For an example use case, picture this: a healthcare workflow might use Tasklist to assign patient intake forms to different staff members based on priority and workload, ensuring efficient handling of urgent cases.

Benefits for developers and teams

• Real-time error resolution: Operate provides actionable insights into errors as they occur, reducing downtime and improving workflow reliability.
• Improved debugging: Enhanced error-handling features allow developers to isolate issues and implement fixes with precision.
• Better collaboration: Tasklist fosters collaboration between technical and non-technical team members by providing an intuitive interface for managing tasks.

Built-in security features

Security is a cornerstone of any enterprise-grade workflow automation platform. Camunda 8 incorporates advanced security features, ensuring that workflows and their associated data are protected at every stage. These enhancements are designed to align with modern security standards and reduce the complexity of managing secure systems.

Native security enhancements

• OAuth 2.0 support: Camunda 8 natively supports OAuth 2.0 for authentication, allowing developers to secure API access using widely adopted protocols. This ensures secure communication between applications and the workflow engine, protecting sensitive data from unauthorized access.
• Role-based access control (RBAC): Camunda 8 introduces RBAC for fine-grained permission management. Administrators can define roles and assign them specific access levels for workflows, tasks, and monitoring tools. For example, a finance team might have access to view and modify payment workflows, while customer service can only monitor task statuses.
• Encrypted communication: All communication between clients and the Zeebe engine can be encrypted using TLS, ensuring data integrity and preventing interception during transmission.
• Audit logging: Camunda 8 automatically logs all significant actions and changes, providing a detailed audit trail for compliance with regulations like GDPR and HIPAA.

Simplified security configuration

Camunda 8’s security features are designed to be easy to implement and manage, even for teams with limited security expertise.

Here’s how it works:

• Centralized configuration: Security settings, including OAuth 2.0 and RBAC, can be configured centrally, reducing the risk of misconfigurations.
• API tokens: Secure API access is managed using OAuth tokens, simplifying the process of authenticating clients and services.
• Prebuilt security integrations: Camunda 8 integrates seamlessly with existing identity providers (IDPs) like Keycloak, Okta, or Azure AD for single sign-on (SSO) and user management.

Real-world use cases for security features

• Financial services: A bank can use RBAC to restrict access to sensitive loan approval workflows, ensuring only authorized employees can view or modify customer data.
• Healthcare applications: OAuth 2.0 ensures that only authenticated users can interact with patient workflows, while audit logs provide a detailed record for compliance with HIPAA.
• E-commerce platforms: Encrypted communication protects customer data during order processing workflows, reducing the risk of data breaches.

Comparison to Camunda 7 security

Feature	Camunda 7	Camunda 8
Authentication	Basic authentication	OAuth 2.0 with token-based access
Role-based permissions	Limited	Full RBAC support
Communication encryption	Optional, manual configuration	Built-in TLS support
Audit trails	Minimal logging	Comprehensive audit logging

Benefits for developers and administrators

• Reduced complexity: Built-in security features minimize the need for custom implementations, allowing teams to focus on building workflows.
• Regulatory compliance: Audit logs, encrypted communication, and RBAC simplify adherence to regulations like GDPR, HIPAA, and PCI-DSS.
• Scalable security: OAuth 2.0 and centralized configurations make it easy to manage security for workflows in distributed and multi-cloud environments.

Conclusion

Camunda 8 isn’t just an upgrade—it’s a transformation. Its cloud-native architecture, lightweight workflow engine (Zeebe), and developer-friendly tooling make it the ideal platform for Java developers tackling modern process automation challenges.

From faster development cycles to seamless scalability and enhanced security, Camunda 8 empowers Java teams to build solutions that are both robust and future-proof. Whether you’re managing workflows in microservices, scaling enterprise systems, or enhancing team collaboration, Camunda 8 is the platform of choice.

Start exploring Camunda 8 today with its comprehensive documentation and unlock new possibilities in workflow automation!