Results for “orchestrator”

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.

• 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"

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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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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.

• 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.

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

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.

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

Inspect firmware in a CTF sandbox, map its partitions, and trace startup and update steps. Connect extracted files, credentials, and configuration to device behavior, preserving evidence for a minimal reproducible path.

• Map firmware partitions and extracted filesystems
• Trace startup and update verification steps
• Identify where embedded credentials are used

Trace forced authentication and relay chains in a CTF sandbox. Identify what triggers authentication, which service accepts the forwarded identity, and what privilege or artifact results, while distinguishing captured authentication from a successfully accepted relay.

• Identify what triggers forced authentication
• Find which service accepts relayed authentication
• Connect relay acceptance to resulting privileges

Analyze Windows identity and host evidence in CTF sandboxes. Connect authentication tickets, credentials, mailbox rules, and host activity to explain which services accept access and how movement between hosts occurs.

• Tracing authentication tickets and tokens
• Investigating mailbox rules alongside identity events
• Building a timeline of Windows host evidence

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.

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

Investigate prompt injection in sandboxed security challenges by tracing how untrusted text changes an agent’s decisions or tool calls. Build a minimal reproduction and preserve evidence showing where external content crosses into trusted instructions or actions.

• Trace instructions hidden in retrieved documents
• Investigate agent behavior changed by stored memory
• Reproduce altered tool arguments or secret exposure

Analyze running containers in a CTF sandbox by comparing declared configuration with live processes, mounts, and routes. Trace how secrets and helper containers affect behavior, then document the earliest mismatch and a minimal evidence chain.

• Comparing container manifests with live runtime behavior
• Identifying which process consumes a mounted secret
• Tracing changes made by sidecars or init containers

Investigate Windows secrets protected by DPAPI, a system for encrypting sensitive data, in a CTF sandbox. Trace the required keys and account context through decryption, then verify which service accepts the recovered secret.

• Inspect DPAPI-protected data and masterkeys
• Trace credentials stored by browsers or Windows Vault
• Identify the account or machine context needed for decryption

Build an evidence-backed incident timeline in a CTF sandbox by correlating logs, network captures, and other artifacts. Trace attacker actions across sources, distinguish confirmed events from inferred gaps, and preserve the sequence that supports the conclusion.

• Combine logs and network captures into an incident timeline
• Trace attacker actions from initial access to persistence
• Separate confirmed event order from inferred gaps

Trace how access to cloud metadata leads to issued credentials and accepted privileges in a CTF sandbox. Organize endpoints, identity details, and API evidence into a minimal, reproducible path showing where trust is granted.

• Investigating access to cloud metadata services
• Tracing instance or workload credentials
• Verifying privileges accepted through metadata credentials

Solve sandboxed CTF security challenges by reconstructing encoding and encryption steps, extracting data hidden in media, and tracing mobile app signing or storage behavior. Preserve exact parameters and evidence to reproduce decoded content or signed requests.

• Reconstructing encoding and encryption chains in CTF challenges
• Extracting data hidden in images and other media
• Tracing APK or IPA request-signing logic

Analyze a custom protocol in a CTF sandbox and reproduce an accepted exchange. Recover message boundaries, checksums, and session state, then build a small replay program that preserves the required message order.

• Recover message boundaries in an unknown protocol
• Reconstruct handshake steps and session state
• Build a replay program for a captured exchange

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.

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