Menu
Use this skill to launch and manage Android Cuttlefish instances using the cuttle-cli and cuttle-server.
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
Basé sur la classification professionnelle SOC
Create, write, list, and pull versioned exploit artifact folders through the kartifact CLI.
Wrap an ordinary C exploit or PoC in kernel_PoCs/common so one source project can build as a Linux or Android static executable, dynamic executable, constructor-loaded shared object, or JNI library with local, listening, or reverse-shell root payloads. Use when creating a common-compatible exploit project, converting a C program with main(), setting up exploit entry and post-escalation payload code, repairing its Makefile or entrypoint integration, or initializing the bundled example project.
Add a Linux or Android kernel exploit primitive to ingots_tools/primitives/src/primitive_data in the exact format consumed by primitives/src/primitives/__init__.py. Use when creating a new primitive entry with metadata.json, PRIMITIVE.md, and primitive.c, or when updating an agent to generate primitives for this repository.
Use the android-kdebug skill when debugging Android apps over ADB. The android-kdebug skill documents using kdebug Frida CLI, the kdebug LLDB CLI, or common adb commands.
Use this skill to launch and manage Android Cuttlefish instances using the cuttle-cli and cuttle-server.
Use the high-level object_db wrapper API to scan kernel objects in Python by loading an ObjectSet and filtering HeapObject entries with helper predicates instead of raw SQL.
| name | cuttle-cli |
| description | Use this skill to launch and manage Android Cuttlefish instances using the cuttle-cli and cuttle-server. |
Use this skill when the task is to operate a running cuttle_server environment through cuttle-cli cli tool.
--server-host, --server-port, --auth-token, or --user-id to override any configured settings.stop --stop-all unless the user clearly asked for it.Use these first when the template or instance name is unknown:
cuttle-cli templates list
cuttle-cli templates show <template-name>
cuttle-cli list
cuttle-cli list --all
Notes:
templates list prints one template per line with CPU count and SELinux state.templates show <template-name> prints the runtime root, kernel/initrd paths, SELinux setting, and template app list.list shows only visible non-terminal instances by default.list --all also includes stopped, crashed, and expired instances.Basic launch:
cuttle-cli start <template-name>
Useful optional flags:
cuttle-cli start <template-name> --name <instance-name>
cuttle-cli start <template-name> --cpus <count>
cuttle-cli start <template-name> --selinux true
cuttle-cli start <template-name> --selinux false
cuttle-cli start <template-name> --no-load-apps
Guidance:
--name when the user wants a stable human-readable instance name.--cpus and --selinux only when the user asked for those overrides.--no-load-apps when the task should avoid template APK auto-loading.adb=<host:port> when available.Stop a single instance by effective name:
cuttle-cli stop <instance-name>
Bulk stop modes:
cuttle-cli stop --stop-all
cuttle-cli stop --stop-all-user <user-id>
Guidance:
<instance-name>, --stop-all, or --stop-all-user.cuttle-cli start, cuttle-cli list, and cuttle-cli stop automatically ensure the managed daemon is running.
Use explicit daemon commands only when the task is about daemon state or ADB sync behavior:
cuttle-cli daemon status
cuttle-cli daemon start
cuttle-cli daemon stop
cuttle-cli daemon sync
Guidance:
daemon status reports running, stale, or stopped.daemon sync is for one-shot synchronization and fails if the daemon is already running.start/list/stop commands over manual daemon management.templates list, templates show, or list.cuttle-cli reports missing config/auth or another CLI error, surface that error plainly and stop.