xyOps

Product Introduction

1. Definition: xyOps is an open-source, self-hosted operations automation platform (often categorized as an IT Operations Management or ITOps platform). It integrates job scheduling, server monitoring, alerting, visual workflow orchestration, and incident ticketing into a single, unified application.
2. Core Value Proposition: It exists to consolidate and automate the fragmented tooling used by DevOps, SRE (Site Reliability Engineering), and IT operations teams. Its primary value is providing a single, visual, and programmable control plane for orchestrating an entire infrastructure, from routine cron jobs to complex incident response workflows, while remaining 100% free and open-source under a permissive BSD license.

Main Features

1. Visual Workflow Builder: This is a graphical, low-code/no-code editor for creating complex automation pipelines. Users can drag and drop nodes representing events, triggers, actions (like running a script), and monitors to chain them together with conditional logic. The system supports passing data and files between steps, running jobs in parallel, setting custom queues, and attaching resource limiters like timeouts and memory caps to each step.
2. Flexible Job Scheduler: Going beyond basic cron, this scheduler allows targeting jobs at individual servers or dynamic groups. It supports multiple schedules per job, blackout periods for maintenance windows, and one-time "single-shot" jobs. It features crontab import for easy migration and a plugin-based architecture for extending scheduling logic.
3. Active Server Monitoring & Smart Alerts: The platform provides dashboards for tracking custom metrics at server and group levels. Users can monitor standard system resources (CPU, memory, disk, network) per job and define custom command-based monitors. The alerting system uses flexible trigger expressions and can send notifications via email, webhook, or custom plugins. Critically, all alerts include a contextual snapshot of the server state and can be configured to automatically create tickets or run remediation jobs.
4. Integrated Ticketing System: A built-in, scriptable ticketing module is designed for incident coordination. It integrates directly with monitoring and job systems, allowing failed jobs or triggered alerts to auto-create tickets. These tickets can attach relevant files and trigger jobs, enabling automated incident response and CI/CD handoffs.
5. Extensible Plugin System: xyOps features a language-agnostic Plugin API based on JSON over STDIO, requiring no proprietary SDK. This allows developers to write custom Plugins for Events, Actions, Monitors, and Triggers in any programming language. A dedicated Plugin Marketplace hosts both official and community-contributed integrations (e.g., Slack, Discord, GitHub, AWS S3, OpenAI).

Problems Solved

1. Pain Point: Tool sprawl and context switching between disjointed systems for scheduling (cron), monitoring (Nagios/Zabbix), alerting (PagerDuty), and automation (scripts, Ansible). This leads to operational inefficiency, alert fatigue, and slow incident response.
2. Target Audience: The primary user personas are DevOps Engineers, Site Reliability Engineers (SREs), and System Administrators in small to large enterprises who manage self-hosted or hybrid infrastructure. It is particularly relevant for teams seeking to avoid vendor lock-in, reduce SaaS subscription costs, and maintain full control over their operational data and security.
3. Use Cases: Essential scenarios include: Automating complex deployment and data pipeline workflows; centralizing monitoring and alerting for a heterogeneous server fleet; creating automated runbooks for incident remediation (e.g., auto-restarting a failed service and notifying the team); and managing scheduled maintenance tasks across thousands of servers with blackout windows.

Unique Advantages

1. Differentiation: Unlike SaaS-only platforms or traditional monolithic tools, xyOps combines a comprehensive feature set (scheduling, monitoring, alerting, ticketing, workflows) in one open-source, self-hosted package. Its permissive BSD license contrasts with "open-core" models where critical features are paywalled. All app features, including SSO, are available in the free version.
2. Key Innovation: The integration of a visual workflow builder with a language-agnostic plugin API and a built-in ticketing system creates a closed-loop automation environment. This allows teams to visually design, execute, monitor, and respond to infrastructure events within a single interface, passing context seamlessly from alerts to tickets to remediation jobs.

Frequently Asked Questions (FAQ)

1. Is xyOps really free and open source? Yes, xyOps is 100% free and open-source software (FOSS) released under the BSD 3-Clause license. The developers pledge that all current and future application features will remain open source, with paid plans exclusively for professional and enterprise support subscriptions, not feature licenses.
2. How does xyOps compare to Jenkins or Rundeck for job scheduling? While Jenkins is CI/CD focused and Rundeck is job-centric, xyOps is a broader operations platform. It natively integrates visual workflow orchestration, real-time server monitoring, contextual alerting, and incident ticketing directly with its job scheduler, creating a more unified operations experience without requiring multiple tool integrations.
3. Can xyOps monitor cloud servers and on-premise infrastructure? Yes, xyOps is designed for hybrid and multi-cloud fleets. Its agent-based architecture supports installation on macOS, Linux, and Windows servers, allowing it to monitor and orchestrate jobs across any environment where the agent can be deployed, including public cloud VMs, private data centers, and edge devices.
4. What is required to run xyOps in an air-gapped environment? The Enterprise support plan includes specific guidance for air-gapped installations. Since xyOps is self-hosted, the core platform and all plugins can be deployed internally. The Enterprise plan provides direct support for the setup, configuration, and ongoing maintenance within such restricted networks.
5. How does the plugin system work without an SDK? xyOps uses a simple JSON-over-STDIO protocol. A plugin is any executable script or binary that reads a JSON request from standard input (STDIN) and writes a JSON response to standard output (STDOUT). This approach makes the API compatible with virtually any programming language (Bash, Python, Go, Ruby, etc.) without forcing developers to learn a proprietary framework.