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aiwg

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Deployment tool and support utility for AI context. Copies agents, skills, commands, rules, and behaviors into the paths each AI platform reads (Claude Code, Codex, Copilot, Cursor, Warp, OpenClaw, and 6 more) so one source of truth works across 10 platfo

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--- name: it-provision description: VM/container provisioning with profile management and cloud-init integration trigger: when the operator requests VM or container provisioning, or needs to create a new compute instance --- # Service Provisioning ## Purpose Provision VMs or containers from standardized profiles. Support cloud-init for automated first-boot configuration. Produce consistent, documented compute instances. ## Workflow ### 1. Select or Define Profile Choose from existing profiles or define a new one: ```yaml profile: name: "{profile_name}" type: "{vm / container / lxc}" base_image: "{image_name}:{tag}" resources: cpu: {vcpus} memory: "{memory}" disk: "{disk_size}" network: interface: "{bridge_or_network}" ip_mode: "{dhcp / static}" static_ip: "{ip_if_static}" cloud_init: "{cloud-init template reference}" ``` ### 2. Generate Cloud-Init Configuration Produce a cloud-init user-data file: ```yaml #cloud-config hostname: {hostname} manage_etc_hosts: true users: - name: {admin_user} groups: sudo shell: /bin/bash ssh_authorized_keys: - {ssh_public_key_reference} packages: - {package_list} runcmd: - {post_boot_commands} ``` ### 3. Provision Execute provisioning using the target platform's tooling: - Proxmox: `qm create` / `pct create` - Docker: `docker run` / `docker compose` - Cloud: provider CLI (e.g., `gcloud compute instances create`) ### 4. Verify and Register - Confirm instance is running and reachable - Run health checks - Register in fleet inventory - Generate application profile document if this hosts a service ## Output - Running compute instance - Cloud-init configuration (archived) - Application profile document (if applicable) - Fleet inventory entry