“orchestrator”的搜索结果

Helps you use the AO command line to launch agents, manage work sessions and projects, and save reusable tasks as Cues. Also covers agent messaging, shared browser controls, previews, and local service checks.

中文简介正在准备中。当前显示英语简介。

• Launch agents for new tasks
• Inspect and manage agent sessions
• Save recurring tasks as Cues

ALIAS for dag-orchestrator. The original DAG execution skill, now unified with orchestrator into dag-orchestrator. Use dag-orchestrator for the full HTDAG experience.

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Publish the openrind-desktop-orchestrator npm package with clean git hygiene. Triggers when user mentions: - "openrind-desktop-orchestrator npm publish" - "publish openrind-desktop-orchestrator" - "bump openrind-desktop-orchestrator"

中文简介正在准备中。当前显示原文说明。

ALIAS for dag-orchestrator. The original DAG execution skill, now unified with orchestrator into dag-orchestrator. Use dag-orchestrator for the full HTDAG experience.

中文简介正在准备中。当前显示原文说明。

Route CTF, attack-and-defense competition, and practice-lab tasks through initial scope checks to a dedicated orchestrator. This entry skill hands off specialist selection while preserving priority for more specific pwn, APK, or IDA routes.

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• Starting a CTF task with an unclear problem type
• Routing attack-and-defense competition tasks
• Initializing work in a lab or offline environment

Unified Agent Teams orchestrator for Diverga v12.0.0. Manages Agent Teams creation, VS Arena debate, and subagent dispatch. Single entry point for all parallel/debate workflows. Replaces research-orchestrator and vs-arena skills. Triggers: orchestrator, agent team, create team, parallel agents, debate, competing, collaborate, VS Arena

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antigravity-skill-orchestrator workflow skill. Use this skill when the user needs A meta-skill that understands task requirements, dynamically selects appropriate skills, tracks successful skill combinations using agent-memory-mcp, and prevents skill overuse for simple tasks and the operator should preserve the upstream workflow, copied support files, and provenance before merging or handing off.

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Agent Orchestrator workflow skill. Use this skill when the user needs Meta-skill que orquestra todos os agentes do ecossistema. Scan automatico de skills, match por capacidades, coordenacao de workflows multi-skill e registry management and the operator should preserve the upstream workflow, copied support files, and provenance before merging or handing off.

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Acceptance Orchestrator workflow skill. Use this skill when the user needs a coding task should be driven end-to-end from issue intake through implementation, review, deployment, and acceptance verification with minimal human re-intervention and the operator should preserve the upstream workflow, copied support files, and provenance before merging or handing off.

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Orchestrator context window discipline enforcement. Prevents the orchestrator from reading source files it will not edit, running diagnostic commands that waste context, and rationalizing delegation bypasses. Use when setting up orchestrator guardrails, reviewing delegation discipline, or diagnosing context window waste in multi-agent workflows. Activates PreToolUse hooks that surface decision points before source file reads and diagnostic command execution.

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Breaks complex goals into actionable tasks, plans their order, and coordinates execution across agents. It tracks progress, adjusts priorities and dependencies, and combines separate outputs into a consistent deliverable.

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• Coordinate development of a multi-part authentication system
• Manage payment module work from analysis through testing
• Run tests and documentation updates in parallel

Analyze running iOS apps in a CTF sandbox, a controlled challenge environment. Trace methods, inspect secure storage, and examine request signing and certificate checks to identify the state needed to reproduce an accepted request.

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• Trace Objective-C or Swift methods
• Inspect Keychain and local app storage
• Examine certificate checks and request signing

Trace server-side request forgery, where a server fetches a supplied URL, through internal services and metadata endpoints in a CTF sandbox. Document credential scope and distinguish successful token extraction from access actually accepted by another service.

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• Tracing server-side requests to internal services
• Checking metadata access and token scope
• Distinguishing token extraction from accepted access

Investigate Kubernetes permissions and cluster behavior in CTF sandboxes. Trace role-based access control, service accounts, and automated controllers to explain workload changes, secret exposure, and differences between configuration files and live objects.

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• Checking service account API permissions
• Tracing secret exposure through workload changes
• Comparing YAML manifests with live cluster objects

Trace software artifacts from source and dependencies through builds, publishing, and runtime use in CTF sandboxes. Compare intended versions with shipped files to identify the earliest divergence and document the evidence linking each stage.

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• Comparing declared, resolved, and shipped dependency versions
• Tracing package or build tampering through CI/CD
• Identifying the artifact actually used at runtime

Trace mailbox abuse in a CTF sandbox, a controlled security challenge environment. The skill connects OAuth permissions, forwarding rules, delegated access, and message logs to concrete mail effects, documenting the smallest reproducible sequence and supporting evidence.

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• Trace how OAuth consent enables mailbox access
• Investigate forwarding and inbox rule effects
• Verify shared mailbox and delegated access

Examine container isolation in a CTF sandbox, a controlled security challenge environment. The skill checks kernel and runtime conditions, verifies whether an exploit crosses into host context, and preserves a minimal reproducible chain with evidence.

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• Review container isolation settings in a CTF environment
• Check kernel exploit prerequisites
• Verify whether a trigger crosses the container boundary

Trace how requests travel through a CTF sandbox, from hostnames and proxy rules to containers and processes. Compare headers and live traffic to identify which service handles a request and what changes its destination.

中文简介正在准备中。当前显示英语简介。

• Identify which container handles a request
• Check how Host and forwarded headers affect routing
• Trace path rewrites and WebSocket routing

Trace queued jobs from submission to their eventual effects in a CTF sandbox. Compare request-time and worker-time settings, follow retries and failed-message handling, and document the smallest sequence that explains a worker-specific result.

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• Trace a queued payload to its eventual downstream effect
• Compare request-time settings with worker runtime state
• Investigate retries and dead-letter queue handling

Trace OAuth and OIDC sign-in flows in a CTF sandbox, from redirects through token exchange to application acceptance. Show where tokens become a recognized identity or permission, and preserve the smallest reproducible flow.

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• Trace sign-in redirects and callback parameters
• Inspect state, nonce, and PKCE validation
• Check how tokens become application identity or permissions

Analyze WebSocket and SSE realtime connections in CTF sandboxes. Trace connection setup, authentication, subscriptions, and message sequences to explain changes in displayed or stored state and identify the smallest sequence that reproduces them.

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• Inspecting connection setup and authentication data
• Decoding realtime messages and subscription flow
• Tracing reconnect behavior and message order

Reconstruct frontend behavior from served JavaScript, build manifests, and source maps, which link built code to source. Trace loaded modules, recover route and API references, and identify the smallest asset sequence that explains observed behavior.

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• Reconstructing the structure of served JavaScript
• Recovering route and API references from built assets
• Tracing chunk loading and obscured loader code

Examine Windows credential material in a CTF sandbox, including LSASS memory and Kerberos tickets. Distinguish stored secrets from credentials that actually work, and document the evidence linking their source to successful authentication or resulting privileges.

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• Examining LSASS secrets and Windows logon sessions
• Checking whether recovered Kerberos tickets are usable
• Tracing DPAPI and SSP credential material

Compare how proxies and backend servers interpret HTTP requests in a CTF sandbox. Use paired requests and logs to pinpoint differences in paths, headers, or message boundaries, then document a minimal reproduction of unintended routing.

中文简介正在准备中。当前显示英语简介。

• Compare HTTP interpretation across proxies and backend servers
• Investigate path normalization and decoding differences
• Trace routing changes caused by ambiguous headers