---

✅ What is Rundeck?

Rundeck is an open-source tool used for Runbook Automation, designed to help DevOps teams, SREs, and IT operations teams automate routine tasks, reduce toil, and manage scheduled jobs across infrastructure and applications.

It enables you to define, schedule, and execute operational tasks through a web UI, API, or CLI — across any number of servers or environments.

---

🔧 Key Features of Rundeck

Feature	Description
Job Scheduling	Automate scripts or workflows on a schedule or on demand
Role-Based Access Control (RBAC)	Fine-grained access permissions for users and teams
Web GUI & CLI/API Access	Manage and trigger jobs through an easy UI or programmatically
Node Management	Define and control which machines or containers jobs run on
Plugins and Integrations	Built-in support for Ansible, Chef, Puppet, Kubernetes, Jenkins, etc.
Notification System	Email, Slack, webhook alerts for job status and failures

---

📦 How Rundeck Helps

In SRE/DevOps Context:

• 🚀 Automates routine operational tasks (e.g., restarts, diagnostics)
• ⏱ Reduces on-call burden with self-service jobs
• 🧩 Standardizes incident response playbooks
• 🛡️ Improves security via access control to production operations
• 📉 Reduces Toil – one of the core goals in SRE

---

🛠️ Common Use Cases

Scenario	Example
Self-Service Operations	Developers restart services themselves via a UI
Incident Response	Run diagnostics, cleanup, or failover steps
Scheduled Maintenance	Automated backups, log rotation, health checks
CI/CD Pipeline Step	Trigger post-deploy verification or rollbacks
Infrastructure Tasks	Restart servers, update firewall rules, etc.

---

🧱 Rundeck Architecture Overview

• Projects: Containers for your jobs, nodes, configurations
• Jobs: Tasks or workflows you define (shell scripts, API calls, etc.)
• Nodes: Servers/hosts where jobs run (SSH, agentless, or via plugins)
• Executors: Mechanism that actually runs the commands
• Log Storage: Keeps records of job outputs for audits and debugging

---

🚀 How Rundeck Works: Example Flow

1. User clicks a button or API call is triggered
2. Rundeck starts a Job (shell script, Ansible playbook, etc.)
3. The Job runs on the target nodes you configured
4. Logs are collected and stored
5. Success/failure is notified via email, Slack, etc.

---

🧰 Getting Started with Rundeck

1. Install Rundeck

# For Debian/Ubuntu
sudo apt-get install openjdk-11-jdk
wget https://download.rundeck.org/rundeck-<version>.war
java -jar rundeck-<version>.war

Or use Docker:

docker run -p 4440:4440 rundeck/rundeck

2. Access Web UI

Go to http://localhost:4440, login with default admin/admin, and start configuring your first Project and Job.

---

🔒 Rundeck vs Jenkins vs Ansible

Tool	Primary Use	UI	Self-Service?	Agentless?
Rundeck	Ops automation / runbooks	✅	✅	✅
Jenkins	CI/CD pipeline execution	✅	❌	✅
Ansible	Configuration management	❌ (CLI)	❌	✅

---

📚 Further Reading

• Rundeck Official Website
• Rundeck GitHub Repo
• Rundeck Docs

---

Here’s a detailed history and timeline of Rundeck, including its origin, evolution, and major milestones in the context of DevOps and IT automation.

---

📜 History of Rundeck: Overview

Rundeck was created to solve a common pain point in IT operations and DevOps: the need for secure, auditable, and automated execution of routine operational tasks — without needing direct server access.

It was built to enable self-service operations, reduce manual work (toil), and create better boundaries between developers, operators, and infrastructure.

---

🕰️ Rundeck Timeline & Major Milestones

Year	Event
2010	Rundeck open-sourced by SimplifyOps, a company founded by Damon Edwards and Alex Honor. Originally developed as an internal tool for operations orchestration.
2011	Rundeck gains adoption in the DevOps and sysadmin communities for automating SSH-based tasks and server orchestration.
2012	Introduced Web UI improvements and basic job scheduling. Began being used in small-to-medium enterprise automation.
2013	Role-Based Access Control (RBAC) and enhanced logging added. Rundeck begins to be seen as a lightweight alternative to tools like Jenkins for operations teams.
2015	Rundeck 2.6.x introduces plugin architecture, enabling custom integrations and better ecosystem support.
2016	Launch of Rundeck Pro, the commercial edition with enterprise features such as LDAP, advanced audit logging, and clustering. SimplifyOps rebrands its commercial effort around Rundeck.
2018	Rundeck becomes widely adopted in Site Reliability Engineering (SRE) for incident response automation and self-service operations.
2019	V3.0 released with a new Vue.js-based UI, enhanced workflow engine, and better API support.
2020 (Oct)	PagerDuty acquires Rundeck Inc., with the aim of integrating runbook automation into incident response and digital operations. Rundeck becomes a core part of PagerDuty’s platform.
2021	Rundeck becomes tightly integrated with PagerDuty to allow auto-remediation, event-driven workflows, and alert-based job triggers.
2022	Rundeck Actions introduced: integration into PagerDuty workflows. Rundeck is positioned as a key automation layer for on-call engineers.
2023	Rundeck receives enhancements for Kubernetes integration, Ansible, and cloud-native use cases (like ephemeral node orchestration).
2024–2025	Ongoing focus on event-driven automation, AI-assisted operations, and low-code workflow builders to make automation even more accessible across orgs.

---

🧠 Key Contributors

• Damon Edwards – Co-founder of Rundeck, also a co-founder of SimplifyOps and advocate of DevOps/SRE culture.
• Alex Honor – Co-founder and technical architect behind Rundeck’s original system design.

---

🔄 Evolution of Rundeck’s Role in DevOps & SRE

Era	Focus
2010–2014	Simple job orchestration and SSH-based remote execution
2015–2017	Workflow automation and enterprise-scale deployment support
2018–2019	Runbook automation and self-service operations in SRE
2020–2022	Integration with incident management (PagerDuty), automation for remediation
2023–Now	Cloud-native workflows, AI/ML hooks, low-code automation, GitOps integration

---

🧰 Technologies Integrated with Rundeck Over Time

• CM tools: Ansible, Puppet, Chef
• Cloud: AWS, GCP, Azure (via plugins)
• CI/CD: Jenkins, GitLab CI, Spinnaker
• Kubernetes: kubectl-based orchestration jobs
• Observability: Prometheus, Datadog, PagerDuty
• Security: LDAP, Okta, Vault, RBAC, audit logs

---

📚 Notable Resources

• Rundeck Timeline (GitHub)
• PagerDuty + Rundeck Announcement
• Google SRE Book – Toil & Automation

---

Here’s a detailed comparison of the three primary editions of Rundeck—Community, Enterprise, and Cloud—to help you determine which best fits your operational needs:

---

🆓 Rundeck Community Edition

Overview: This is the open-source version of Rundeck, ideal for small teams or individual users who require basic automation capabilities without the need for advanced features or official support.

Key Features:

• Workflow execution with community plugins
• Basic job scheduling and execution
• Role-based access control (RBAC)
• Job activity logging
• Key and password encryption(rundeck.com, DevOps School)

Limitations:

• No official support; relies on community forums and documentation
• Lacks advanced features like high availability, clustering, and enterprise integrations
• Manual updates and maintenance required(rundeck.com)

Best For: Small teams, individual developers, or organizations starting with automation and willing to manage infrastructure and updates themselves.(DevOps School)

---

🏢 Rundeck Enterprise Edition

Overview: The Enterprise edition builds upon the Community version, adding features designed for larger organizations that require scalability, advanced integrations, and professional support.

Key Features:

• All Community features plus:
• High availability and clustering support
• Advanced workflow capabilities and visualization
• Enhanced security features, including single sign-on (SSO)
• Certified enterprise plugins (e.g., ServiceNow, Datadog, VMware)
• Professional support with service-level agreements (SLAs)(resources.rundeck.com, rundeck.com)

Limitations:

• Requires self-hosting and infrastructure management
• Higher cost due to licensing and potential infrastructure needs(docs.rundeck.com)

Best For: Medium to large enterprises that need robust automation capabilities, integration with existing enterprise tools, and professional support.(Reddit)

---

☁️ Rundeck Cloud (Runbook Automation SaaS)

Overview: Rundeck Cloud offers the features of the Enterprise edition as a fully managed Software-as-a-Service (SaaS) solution, eliminating the need for self-hosting and infrastructure management.

Key Features:

• All Enterprise features plus:
• Fully managed and hosted by PagerDuty
• Automatic updates and maintenance
• Built-in high availability and scalability
• Secure access with compliance to industry standards
• Quick setup without the need for provisioning infrastructure(PagerDuty, DevOps School)

Limitations:

• Less control over the underlying infrastructure
• Some administrative roles (e.g., opsadmin, fulladmin) are not available; the highest role is appadmin
• Certain job execution steps may require configuration of Runners for local execution(docs.rundeck.com, DevOps School)

Best For: Organizations seeking a hassle-free, scalable automation solution with minimal infrastructure overhead, or those looking to quickly implement automation without extensive setup.

---

📊 Feature Comparison Summary

Feature	Community	Enterprise	Cloud (SaaS)
Workflow Execution	✅	✅	✅
Community Plugins	✅	✅	✅
Certified Enterprise Plugins	❌	✅	✅
High Availability & Clustering	❌	✅	✅
Advanced Workflow Visualization	❌	✅	✅
Role-Based Access Control (RBAC)	✅	✅	✅
Single Sign-On (SSO)	❌	✅	✅
Professional Support	❌	✅	✅
Automatic Updates	❌	❌	✅
Infrastructure Management	Manual	Manual	Managed
Quick Setup	❌	❌	✅

---

---

Here’s a clear evolution of names and branding for Rundeck and its associated editions over time, including how it transitioned after its acquisition by PagerDuty:

---

🕸️ Name Evolution Timeline of Rundeck and Its Editions

Year	Name	Description / Notes
2010	Rundeck (Open Source)	Initial open-source release by SimplifyOps for operational automation
2016	Rundeck Community Edition	Officially distinguished from the commercial edition; open-source and freely available
2016	Rundeck Pro	Commercial, enterprise-grade version with enhanced features like clustering, audit logs, and support
2018–2019	Rundeck Enterprise Edition	“Rundeck Pro” branding evolved to “Enterprise” for better alignment with market language
2020 (Q4)	PagerDuty acquires Rundeck	Company and product integrated into PagerDuty’s digital operations platform
2021	Rundeck Cloud (Beta)	SaaS version of Rundeck launched as part of PagerDuty’s platform offerings
2022	PagerDuty Runbook Automation	Rebranded version of Rundeck Enterprise and Cloud, fully integrated with PagerDuty services
2023–2025	PagerDuty Process Automation / Runbook Automation	Continued evolution under PagerDuty, with low-code builder and AI enhancements; Community edition remains separately maintained on GitHub

---

🔍 Current Naming Breakdown

Old Name	New Name (as of 2024)	Notes
Rundeck Community	Rundeck Open Source (Community)	Still maintained on GitHub
Rundeck Enterprise	PagerDuty Runbook Automation (Self-Managed)	Self-hosted enterprise version with enterprise-grade features
Rundeck Cloud	PagerDuty Runbook Automation (Cloud)	Fully managed SaaS version
Rundeck Pro	Deprecated	Superseded by “Enterprise” and later by “Runbook Automation”
Rundeck Actions	Integrated into PagerDuty Workflows	Actions can be used in event-driven automation in PagerDuty

---

🧠 Summary View

Edition	Old Name	New Name	Hosted?	Maintained By
Community	Rundeck Community	Rundeck Open Source	Self-hosted	Open Source (OSS) by PagerDuty
Enterprise	Rundeck Pro / Enterprise	PagerDuty Runbook Automation (Self-Managed)	Self-hosted	PagerDuty
Cloud	Rundeck Cloud	PagerDuty Runbook Automation (Cloud)	SaaS	PagerDuty

---

Here’s a detailed list of popular and real-world use cases of Rundeck, covering how organizations and SRE/DevOps teams use it across various environments:

---

🚀 Popular Use Cases of Rundeck

Category	Use Case	What Rundeck Does
🔧 Self-Service Operations	Let devs restart services or clear cache without root access	Rundeck offers a GUI/API to trigger predefined jobs safely
🛠️ Incident Response Automation	Automatically collect logs, restart services, or run diagnostics	Rundeck jobs can be triggered by alerts or responders in PagerDuty
📦 Application Deployment	Push code, update configs, roll back releases	Create a secure job pipeline triggered on demand or on schedule
📅 Scheduled Jobs	Backup databases, clean old logs, rotate certificates	Replace crontabs with centralized, auditable workflows
🖥 Infrastructure Tasks	Provision, reboot, or patch servers	Rundeck can execute commands on fleets of servers via SSH or API
🔐 Secure Access & Delegation	Give non-ops teams limited access to infra tasks	Use RBAC to restrict who can run what without direct SSH access
🧪 Pre-production Checks	Run health checks before deployments or maintenance	Define jobs that validate system state before proceeding
📈 Audit & Compliance	Track who did what and when	Rundeck logs every action with timestamp and user context
🧰 Automation Gateway	Wrap Ansible, Terraform, or shell scripts into a UI/API	Rundeck can execute external tools and normalize output
🧩 CI/CD Pipeline Extension	Add operational steps post-deployment (smoke test, restart)	Integrate Rundeck into Jenkins/GitLab pipelines for ops tasks
🌩️ Cloud Automation	Start/stop cloud instances, scale services, rotate secrets	Use cloud provider APIs from Rundeck jobs
👥 Onboarding & Offboarding	Automate account setup, email, access provisioning	Build workflows that touch LDAP, IAM, and systems securely
📨 Alert-Based Automation	Respond to alerts by auto-running jobs	Trigger Rundeck jobs via PagerDuty or webhook from Prometheus

---

🧠 Example Scenarios

1. 🔄 Self-Service Restart Job

• Developer logs in to Rundeck
• Clicks “Restart Service XYZ” → Rundeck runs SSH job on server
• No need for ops team intervention or sudo access

---

2. 🛠 Automated Diagnostic Collection

• PagerDuty incident triggers Rundeck job
• Job gathers logs, system metrics, and restarts the affected process
• Cuts time-to-resolution drastically

---

3. 📆 Daily Health Check

• Scheduled Rundeck job runs every morning:
  • Checks disk space
  • Validates service status
  • Sends Slack/email summary

---

4. 🧪 Pre-deployment Validator

• Before deployment, Rundeck:
  • Pings DB
  • Checks API uptime
  • Runs integration smoke tests
• If success, greenlights deployment

---

🛡 Why These Use Cases Matter

Benefit	Why It’s Important
🧘 Reduces Toil	Teams automate repetitive tasks
🚧 Enforces Access Control	No risky sudo access or manual logins
⚡ Speeds Response Time	Incidents can trigger automation
📋 Improves Compliance	Full visibility into operational actions
🧑‍💻 Empowers Developers	Reduces ops bottlenecks via self-service
📈 Scales with Team/Infra	One job definition can serve hundreds of nodes

---

Absolutely! Here’s a comprehensive breakdown of the Rundeck Architecture, designed for DevOps, SRE, and Platform Engineering teams.

---

🏗️ What is Rundeck Architecture?

Rundeck Architecture is built around the idea of securely executing operations (aka runbooks) across distributed infrastructure—via a central web UI, CLI, or API—while handling access control, auditability, workflows, and job orchestration.

---

🎯 High-Level Components

1. Web Interface (GUI)

• User-friendly UI to define, schedule, and run jobs.
• Shows execution logs, results, job status, and history.
• Integrated with role-based access controls (RBAC).

2. Rundeck Server (Core Engine)

• Central coordination unit of Rundeck.
• Responsible for:
  • Managing job definitions
  • Scheduling
  • Node dispatching
  • Logging and state tracking
• Can run on-prem, in containers, or via cloud/SaaS.

3. Execution Nodes

• Remote hosts where jobs are executed.
• Agentless: Rundeck uses SSH or plugins to connect to these nodes.
• Node lists can be static or dynamic (via scripts or cloud inventory plugins).

4. Job Executor

• Executes shell commands, scripts, or external tools (Ansible, kubectl, etc.).
• Supports workflows, steps, pre/post hooks, and parallel/serial execution.
• Jobs can be scheduled, triggered via UI/API, or run via events (e.g., from PagerDuty).

5. Plugin System

• Rundeck supports pluggable modules for:
  • Node sources (e.g., AWS EC2, GCP, Azure)
  • Job steps (e.g., Ansible, Python, Terraform)
  • Notification (email, Slack, webhook)
  • Storage backends and authentication

6. Database

• Stores metadata such as:
  • Job definitions
  • Execution history
  • User roles & projects
• Common choices: H2 (default), MySQL, PostgreSQL.

7. File System or Storage Layer

• Stores logs and outputs of job runs.
• Optionally uses cloud storage (S3, etc.) or local disk.

---

🔐 Security & Access Control

• RBAC (Role-Based Access Control): Define fine-grained permissions per user/group/project.
• API Tokens: For automation clients.
• LDAP/SSO: Supported via Enterprise Edition.
• Audit Logging: Complete traceability for every action.

---

🌐 Rundeck Communication Model

+------------------+
|  Web Interface   |
|  or API Client   |
+--------+---------+
         |
         v
+--------+---------+
|   Rundeck Server |
| (Scheduler/Logic)|
+--------+---------+
         |
   +-----+------+
   | Job Executor|
   +-----+------+
         |
   +-----+------+
   |  Target Node |
   | (SSH/Plugin) |
   +-------------+

---

🔄 Job Flow

1. User/API schedules or triggers a job
2. Rundeck dispatches to node(s) via SSH or a plugin
3. Logs and job outputs are captured centrally
4. Results sent to Slack/Email/Webhook, and stored in logs

---

🧩 Supported Integrations

Tool	Type	Use
Ansible	Job Step Plugin	Use playbooks
Terraform	Script Step	Infra automation
Kubernetes	Node source + kubectl jobs	Cloud-native orchestration
AWS/GCP/Azure	Node discovery plugins	Cloud instance management
PagerDuty	Trigger jobs on incidents	Incident response
Slack/Email	Notification plugins	Alerts and status sharing

---

🧱 Cluster Mode (Enterprise Edition)

• High Availability (HA) with multiple Rundeck servers
• Shared DB and storage
• Load balancing job execution
• Best for enterprise environments and large-scale operations

---

✅ Benefits of Rundeck’s Architecture

Benefit	Description
Agentless	No need to install anything on target nodes
Scalable	One server can manage hundreds/thousands of nodes
Auditable	Every action logged with user/time/output
Modular	Easily extend via plugins
Secure	Controlled access to sensitive tasks
Versatile	Works across cloud, on-prem, containerized systems

---

📘 Example: Real-World Deployment

- 1 Rundeck server (containerized, on K8s)
- 500+ Linux VMs (EC2, Azure) as nodes
- Jobs to restart services, deploy apps, clear cache
- LDAP auth + Slack notification + Ansible + kubectl

---

Here’s a comprehensive list of all key Rundeck Terminology—including core concepts, architectural elements, job components, and integrations—used across both Community and Enterprise editions.

---

📘 Rundeck Terminology Reference

Term	Description
Project	A logical container for all Rundeck resources like jobs, nodes, settings, and plugins. Used to isolate and organize workflows.
Job	A defined sequence of steps or tasks that Rundeck executes. Jobs can be run manually, scheduled, or triggered via API/webhook.
Workflow	A set of sequential or parallel steps that make up a job. Workflows can include scripts, commands, or plugin executions.
Step	A single unit of action inside a workflow (e.g., run a script, execute an Ansible playbook).
Node	A remote machine (server, container, VM, etc.) where jobs are executed. Rundeck can connect via SSH or plugin mechanisms.
Node Source	The mechanism used to populate the list of nodes (e.g., static file, AWS EC2 plugin, Kubernetes API).
Execution	A single run instance of a job. Rundeck stores logs and metadata for each execution.
Log Output	The output generated during a job’s execution. Viewable in the UI or stored on disk/cloud.
Options	Input variables for jobs (e.g., version number, environment name) that users can supply at runtime.
Job Reference	A workflow step that allows you to call another Rundeck job (i.e., nested or reusable jobs).
Notification	Mechanism to send alerts about job success/failure (e.g., email, Slack, webhook). Configurable per job or globally.
Schedule	Time-based triggers for jobs using cron syntax or interval timers.
Runbook	A formalized procedure encoded as a Rundeck job or job workflow. Often used for incident response or maintenance.
ACL Policy	Access Control List (YAML or JSON) that defines what users or roles can do within a project (run jobs, view logs, etc.).
RBAC	Role-Based Access Control – used to enforce who can view/run/edit jobs, nodes, and system settings.
Plugin	Extendable component to integrate with tools and platforms (e.g., Ansible, AWS, Kubernetes). Plugins exist for node sources, workflow steps, storage, and notifications.
Executor	The engine that processes job steps and sends them to the node for execution.
Command Dispatcher	The component that takes the command from a job step and sends it to the target node.
Storage Backend	System used to store job logs and outputs (e.g., local disk, S3, GCS).
Execution Context	Metadata about the job run (e.g., user, start time, job options). Available for logging and logic branching.
** Rundeck CLI (rd)**	A command-line interface to interact with Rundeck (trigger jobs, view logs, upload jobs, etc.).
API Token	A token used for authenticating REST API calls, often for automation or CI/CD pipelines.
Webhooks	URLs that external systems can call to trigger Rundeck jobs (e.g., from GitHub or PagerDuty).
Service Account	Non-human user account used to run jobs or automate tasks securely.
Cluster Mode	Rundeck Enterprise feature for deploying multiple Rundeck servers in HA configuration.
Node Filter	A syntax to select one or more nodes based on tags, OS, hostname, etc.
Context Variables	Special variables like ${job.username}, ${option.environment} used inside jobs.
Execution ID	A unique identifier assigned to each job run.
Job UUID	A globally unique ID for a job, useful for referencing it in scripts or APIs.
Job Group	Hierarchical folder structure to organize jobs in the UI.
Ansible Plugin	Allows Rundeck to run Ansible playbooks or modules as workflow steps.
Terraform Step Plugin	Enables use of terraform apply, plan, etc., in Rundeck workflows.
Node Health Check	Jobs or scripts that validate whether nodes are alive and ready for execution.
Runbook Automation	Term used post-PagerDuty acquisition to describe Rundeck’s capability to automate routine operational tasks.
Activity Feed	UI feature showing recent job executions and system activity.
Execution Lifecycle Plugin	Custom logic hooks that trigger before/after job runs for advanced use cases (e.g., logging, validation).

---

🧠 Common Terminology Confusion Clarified

Term	Often confused with	Clarification
Job	Cron job	Rundeck jobs can include complex workflows, not just simple commands
Node	Rundeck Server	Nodes are targets; the server is the orchestrator
Workflow	Job itself	Workflow is the contents of the job (its execution logic)
Runbook	Documentation	In Rundeck, it’s an executable process, not just a text file

---

Here’s a clear explanation of the Rundeck Basic Workflow, perfect for beginners or teams implementing Rundeck for the first time.

---

🔄 Rundeck Basic Workflow: Step-by-Step

This describes the standard flow from job creation to execution and logging.

---

📋 1. Create a Project

• A Project is the top-level container in Rundeck.
• Each project holds:
  • Jobs
  • Node definitions
  • ACL policies
  • Plugins/configuration

rd projects create --project my-project

---

🛠️ 2. Define Nodes (Targets)

• Nodes are the machines or environments where jobs will run.
• Methods:
  • Static file (resources.xml or YAML)
  • Cloud-based discovery (AWS, Azure, Kubernetes, etc.)
  • Script-based plugin

- hostname: web01.example.com
  username: ubuntu
  tags: web

---

🧱 3. Create a Job

• Jobs are defined using:
  • GUI
  • YAML/XML
  • REST API
  • Rundeck CLI (rd jobs)
• Jobs contain:
  • Steps (commands/scripts)
  • Node filters
  • Options (parameters)
  • Notifications
  • Scheduling (cron)

---

🔧 4. Configure Workflow

• Define one or more Steps:
  • Inline shell script
  • External scripts
  • Ansible/Terraform/kubectl
• Choose execution type:
  • Sequential
  • Parallel
  • Node-first vs. Step-first

---

⏰ 5. Schedule or Trigger the Job

• Manual: via UI or CLI
• Scheduled: cron-based
• API/Webhook: from Jenkins, GitHub, or external alerting tools

rd run -j "backup-job"

---

⚙️ 6. Execution on Nodes

• Rundeck server connects to nodes (via SSH, WinRM, plugins).
• Executes each job step in order.
• Context variables and options are passed to scripts.

---

📬 7. Notifications (Optional)

• Send job status to:
  • Email
  • Slack
  • Webhook
  • PagerDuty
• Configurable per job or globally

---

📝 8. Logging and Output

• Each job run is recorded:
  • Start/End time
  • User
  • Node output logs
  • Status (SUCCEEDED/FAILED)
• View logs in UI or export via CLI/API

rd executions follow 12345

---

🧠 Rundeck Basic Workflow Visual Summary:

[ Project ]
    ↓
[ Job Definition ]
    ↓
[ Workflow Steps ]
    ↓
[ Node Selection ]
    ↓
[ Job Execution ]
    ↓
[ Notification & Logs ]

---

✅ Summary: Why This Matters

Step	Purpose
Project	Organize jobs and configs
Nodes	Target environments
Job	Defines what will run
Workflow	Logic and steps
Execution	Actual run time on node
Notification	Alerting and visibility
Logging	Audit and debugging

---