From BPMN process design and Zeebe orchestration through human task management, decision automation, and process intelligence — our certified Camunda practice team helps enterprises automate, govern, and continuously optimise their most critical business processes.
The leading open-core process orchestration platform — unifying BPMN workflow automation, DMN decision management, RPA orchestration, and AI integration in a single enterprise-grade platform.
Camunda 8 is the latest generation of the world's most adopted process automation platform — re-architected around the cloud-native Zeebe workflow engine for horizontal scalability, fault tolerance, and microservices-native process orchestration. Available as SaaS (Camunda SaaS), self-managed on Kubernetes, or hybrid, it supports the full range of automation patterns from sequential workflows through complex compensation flows and long-running human-in-the-loop processes. Our practice covers the complete Camunda 8 lifecycle: from initial platform selection and architecture through implementation, migration from Camunda 7, and team enablement for sustained internal capability.
Designing Camunda 8 deployment architecture — SaaS vs. self-managed trade-off analysis, Kubernetes cluster sizing, component topology (Zeebe, Operate, Tasklist, Optimize, Connectors), and environment strategy across dev, staging, and production.
End-to-end migration programme from Camunda 7 (Spring Boot / Tomcat) to Camunda 8 — including process model assessment, BPMN compatibility analysis, code migration from Camunda 7 API to Camunda 8 client, and phased cutover planning.
Integrating Camunda 8 with AI services (OpenAI, WatsonX, Azure AI) and RPA tools (UiPath, Automation Anywhere, Blue Prism) to create hybrid automation workflows where bots, AI decisions, and human tasks collaborate in a single process model.
Configuring Camunda 8 enterprise security — Identity integration with Okta / Microsoft Entra ID / Keycloak, role-based access control for process resources, multi-tenancy isolation, and audit logging for compliance-driven environments.
Structured training programmes for business analysts, developers, and process owners — covering BPMN 2.0 modelling best practices, Camunda 8 developer APIs, job worker patterns, and process governance frameworks.
Facilitated process discovery workshops to identify automation candidates, assess ROI potential, score processes against automation readiness criteria, and build a prioritised automation backlog aligned to business objectives.
The cloud-native, horizontally scalable workflow engine powering Camunda 8 — designed for high-throughput process execution, fault-tolerant orchestration, and microservices-native deployment at any scale.
Zeebe is the distributed, event-driven workflow engine at the heart of Camunda 8. Unlike traditional BPM engines, Zeebe is designed from the ground up for cloud-native microservices environments — using a partitioned, event-sourced architecture that enables linear horizontal scaling, zero single points of failure, and exactly-once process execution semantics. It executes BPMN 2.0 processes through a job worker pull model, where microservices, serverless functions, or robotic processes subscribe to task queues and complete work asynchronously. Our practice covers Zeebe cluster design, job worker development, client SDK integration, and performance engineering for high-throughput production workloads.
Designing Zeebe cluster topology — partition count, replication factor, broker sizing, and gateway configuration — based on projected process instance throughput, SLA requirements, and failure recovery objectives.
Building high-quality job workers in Java, Python, Go, or Node.js using the Camunda 8 client SDK — implementing activation, completion, error handling, retries, and backpressure patterns for reliable microservice task execution.
Designing process-driven microservice architectures — implementing saga patterns, compensation workflows, long-running transactions, and inter-service coordination through Zeebe-managed BPMN processes rather than ad-hoc event chains.
Load testing Zeebe deployments, profiling process execution bottlenecks, tuning partition configuration and worker concurrency, and optimising process model design to achieve target throughput under production load conditions.
Configuring Zeebe for multi-zone and multi-region resilience — designing leader election behaviour, snapshot and backup strategies, cross-cluster failover procedures, and RTO/RPO-aligned recovery runbooks.
Integrating Zeebe with Apache Kafka, IBM MQ, RabbitMQ, and Azure Service Bus — implementing message catch events, boundary events, and Kafka-driven process start patterns for event-driven workflow choreography and orchestration.
The professional BPMN 2.0 and DMN modelling tool for Camunda 8 — enabling business analysts and developers to design, validate, and deploy executable process models from a shared visual canvas.
Camunda Modeler (Desktop and Web) is the primary tooling for creating and maintaining BPMN 2.0 process models, DMN 1.3 decision tables, and CMMN case models in the Camunda ecosystem. It bridges the gap between business process design and technical implementation — providing a shared modelling environment where business analysts can own process logic while developers configure technical attributes. Web Modeler, included in Camunda 8 SaaS, adds collaborative modelling, version control, milestone management, and direct deployment to Camunda 8 clusters. Our practice helps teams establish modelling standards, review processes for executability, and build governance frameworks for process model lifecycle management.
Expert BPMN 2.0 modelling for complex enterprise processes — designing executable process models that are technically correct, business-readable, and optimised for Zeebe execution with proper use of events, gateways, and sub-processes.
Designing and implementing DMN 1.3 decision tables for business rule automation — structuring decision requirements diagrams (DRDs), hit policies, and expression logic so business owners can maintain rules without developer involvement.
Technical review of existing BPMN models for Camunda 8 compatibility, executability, and best-practice adherence — identifying anti-patterns, optimising token flow, and ensuring models behave correctly under error and compensation scenarios.
Configuring Camunda Web Modeler for team-based process design — setting up organisations, projects, milestones, and access controls, and integrating Web Modeler into CI/CD pipelines for automated deployment of approved process models.
Establishing enterprise BPMN modelling conventions — naming standards, element usage guidelines, sub-process decomposition rules, and review checklists — ensuring consistency and maintainability across a large process model library.
Designing process versioning strategies for Camunda 8 — handling in-flight instance migration, parallel version execution, deprecation policies, and automated model promotion pipelines from development to production.
Runtime process monitoring and human workflow management — giving operations teams full visibility into running processes and providing end users with structured, form-driven task interfaces.
Camunda Operate is the operational monitoring and incident management UI for Camunda 8 — providing real-time visibility into process instance state, variable values, active incidents, and historical execution data. It enables operations teams to detect stuck tokens, resolve incidents, and understand process behaviour without direct database access. Camunda Tasklist is the human task management interface — presenting user tasks to process participants through configurable forms, candidate group assignment, and task lifecycle management. Together they form the operational backbone of a Camunda 8 deployment, bridging automated process execution with human decision-making. Our practice helps teams configure, customise, and integrate both components into existing operational and user-facing workflows.
Configuring Camunda Operate for production monitoring — setting up data retention policies, index management, incident resolution workflows, and integration with Alertmanager or PagerDuty for proactive process health alerting.
Designing and building user task forms using Camunda Forms — creating schema-driven, responsive task interfaces with validation, conditional field rendering, file upload, and embedded business data display for process participants.
Implementing dynamic task assignment logic — configuring candidate groups, candidate users, and expression-based assignee resolution that routes tasks to the right people based on process data, role membership, and workload rules.
Building branded, role-specific task applications on top of the Camunda 8 Task API — replacing or extending the standard Tasklist UI with custom React/Angular frontends that integrate task completion into existing business applications.
Configuring and optimising the Elasticsearch or OpenSearch index that powers Operate and Optimize — managing index lifecycle, shard allocation, retention policies, and query performance for large-scale process history data.
Implementing timer-based SLA monitoring in BPMN — configuring boundary timer events, escalation paths, and automated notifications when process steps or human tasks exceed defined time thresholds without completion.
Process intelligence and continuous improvement — turning raw process execution data into actionable reports, KPI dashboards, and bottleneck analyses that drive measurable operational improvement.
Camunda Optimize is the business intelligence and process analytics component of the Camunda 8 platform — enabling process owners, operations managers, and executives to understand how processes are performing in production. It ingests historical process data from Elasticsearch and surfaces it through configurable reports, dashboards, and alerts: cycle time distributions, throughput trends, bottleneck heatmaps, and SLA compliance rates. Unlike generic BI tools, Optimize understands the BPMN structure of processes — enabling flow node-level analysis, variant comparison, and goal-tracking natively. Our practice helps teams unlock the full value of Optimize by designing meaningful KPI frameworks, building executive dashboards, and establishing continuous improvement feedback loops driven by process data.
Working with process owners and business stakeholders to define meaningful process KPIs — cycle time targets, throughput rates, error frequencies, automation rates, and SLA compliance thresholds — then building Optimize reports to track them.
Building Optimize dashboards tailored to different audiences — operational dashboards for process teams with flow node-level drill-down, and executive dashboards with high-level automation rate, cost reduction, and throughput improvement metrics.
Conducting structured bottleneck analyses using Optimize's heatmap and flow node duration reports — identifying which activities consume the most time, which process variants diverge from the happy path, and where automation can eliminate manual delays.
Configuring Optimize's alert system to proactively notify stakeholders when KPI thresholds are breached — duration alerts, count alerts, and scheduled SLA compliance reports delivered to email or integrated into ITSM and collaboration tools.
Facilitating data-driven continuous improvement cycles — using Optimize reports to run structured process review sessions with business and IT stakeholders, identify improvement opportunities, and track the impact of process changes over time.
Extending Optimize data into enterprise BI platforms — exporting process metrics to Power BI, Tableau, or Grafana via Elasticsearch APIs, or building custom reporting pipelines that combine Camunda process data with operational and financial data sources.
Enterprise-grade Camunda 8 Self-Managed deployment, CI/CD automation, and platform engineering — giving organisations full control over their process automation infrastructure at any scale.
Camunda 8 Self-Managed is the fully on-premise or private-cloud deployment option for Camunda 8 — giving enterprises complete control over their process automation infrastructure, data residency, network topology, and upgrade cadence. It packages the full Camunda 8 component suite (Zeebe, Operate, Tasklist, Optimize, Modeler, Identity, Connectors) as Helm charts for Kubernetes or Docker Compose for smaller deployments. For organisations in regulated industries or with strict data sovereignty requirements, Self-Managed is the preferred path. Our DevOps practice covers the full infrastructure lifecycle — from initial platform provisioning through CI/CD pipeline automation, GitOps-based configuration management, security hardening, observability stack integration, and ongoing platform operations support.
Deploying Camunda 8 Self-Managed on Kubernetes using official Helm charts — configuring component sizing, persistent volume claims, ingress rules, TLS termination, and inter-component connectivity across Zeebe, Operate, Tasklist, Optimize, and Identity.
Building end-to-end CI/CD pipelines for Camunda process models — automating BPMN validation, unit testing with zeebe-process-test, staging environment deployment, approval gates, and production deployment using GitHub Actions, GitLab CI, or Jenkins.
Implementing GitOps workflows for Camunda 8 infrastructure and process model lifecycle — using ArgoCD or Flux to manage Helm releases, Kubernetes manifests, and Camunda configuration as versioned, auditable code with drift detection and automated reconciliation.
Hardening Camunda 8 Self-Managed deployments — configuring network policies, pod security standards, secrets management via HashiCorp Vault or Kubernetes Secrets, TLS everywhere, and security scanning of Camunda container images in CI pipelines.
Integrating Camunda 8 with enterprise observability platforms — configuring Prometheus metrics scraping from Zeebe and gateway, Grafana dashboards for process engine health, OpenTelemetry trace export, and log shipping to Elasticsearch or Splunk.
Planning and executing Camunda 8 Self-Managed upgrades — managing Zeebe snapshot compatibility, Elasticsearch index migration, Helm chart version changes, in-flight instance handling during upgrades, and rollback procedures for safe production patching.
TechAvidity holds Camunda Certified Implementation Partner status — our consultants are trained and certified across the full Camunda 8 platform and delivery methodology.
From process discovery and BPMN modelling through Zeebe deployment, Operate monitoring, and Optimize analytics — we cover every layer of the Camunda 8 stack in a single engagement.
We integrate Camunda 8 into complex enterprise landscapes — IBM MQ, Kafka, SAP, Salesforce, ServiceNow, and legacy mainframe systems — so your processes connect every part of the business.
Proven process accelerators, reusable BPMN templates, job worker libraries, and reference architectures cut delivery timelines — getting your first automated process into production in weeks, not months.