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Scored across 29 tools
Each tool has a clearly distinct purpose with no ambiguity. The tools are organized into logical groups (Docker, Compose, Kubernetes, Linux machines, and core OrbStack operations) with each tool performing a specific, well-defined action on a specific resource. For example, orbstack_docker_stop, orbstack_docker_restart, and orbstack_docker_rm are clearly differentiated in their lifecycle management functions.
All tools follow a perfectly consistent naming pattern: 'orbstack_' prefix + resource category (docker/compose/k8s/machine) + action verb (in snake_case). This creates a predictable hierarchy (e.g., orbstack_docker_ps, orbstack_docker_run, orbstack_machine_list, orbstack_machine_start) that makes the tool set immediately understandable and navigable.
With 29 tools, the count feels heavy for a single server, though it covers multiple domains (Docker, Compose, Kubernetes, VM management, and core operations). While each tool appears useful, the high number could overwhelm agents and suggests potential for consolidation (e.g., some Docker operations might be combined with parameters). It's borderline excessive but justified by the broad scope.
The tool set provides complete CRUD/lifecycle coverage for all supported domains. For Docker: full container/image management (run, stop, restart, rm, ps, images, inspect, logs, exec, pull). For Linux machines: create, delete, start, stop, list, info, run commands, push/pull files. For Compose/Kubernetes: up/down/ps and start/stop/status respectively. Core OrbStack operations (start/stop/status/version) round out the surface with no apparent gaps.