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    Product Squad Orchestrator

    1

    Keep the whole job moving. Connect product decisions, dependencies, handoffs and checks so every contributor knows the next concrete result to deliver.

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    Product Squad Orchestrator

    Product Squad Orchestrator

    Example session with this skill installed

    We are planning a maintenance-request portal. Confirmed scope: tenants can submit a request, attach up to three images and see its status; staff can assign a technician. Payments and vendor accounts are excluded. Existing rule R-1: tenants must never see another tenant's request. AC-1 covers submission, AC-2 covers status visibility and AC-3 covers tenant isolation. We have a rough wireframe but no implementation, access policy specification or test evidence. This environment has no delegation or execution tools. Coordinate a concrete planning handoff, including dependencies and completion evidence. Do not claim a team has been assigned or that software was built.

    • Read your context and instructions
    • Compiled the product squad orchestrator

    Illustrative preview: this representative editorial result is not a recorded runtime session.

    The planning handoff is complete as a proposed work map. Implementation and acceptance remain unstarted. The next blocking question is the access boundary behind R-1; the wireframe alone cannot settle it.

    Coordination envelope
    task_id: LOCAL-MAINTENANCE-01
    artifact_id: LOCAL-MAINTENANCE-MAP-01 / version: 1
    status: COMPLETE_LOCAL for this planning artifact
    producer: Product Squad Orchestrator, one shared context
    recipient: actual product decision owner and future implementation contributors
    objective: prepare a bounded delivery plan for the maintenance-request portal
    scope: request submission, up to three images, tenant-visible status and staff assignment; payments and vendor accounts excluded
    inputs_and_sources: supplied scope, R-1, AC-1–3 and unversioned rough wireframe
    confirmed_decisions: exclusions and R-1 supplied by the user
    recommendations_and_pending: access policy, interface recovery behavior, implementation sizing and candidate proof are unresolved
    criteria: AC-1–3 remain stable across all handoffs
    next_action: decision owner confirms the access policy before implementation of tenant-visible data

    Work map — proposed responsibilities, no actual assignments
    SLICE-1 / access contract: specify who may read, create and assign each request. Proposed producer: software-architecture responsibility; recipient: implementation and QA. Inputs: R-1 and user/staff roles. Artifact: access matrix and request-ownership invariants. Dependency: actual owner confirms policy. Evidence: acceptance scenarios for own, other and missing tenant contexts; cover both list and individual-request access. State: NEEDS_DECISION.
    SLICE-2 / interaction contract: specify submission, image-count enforcement, validation, loading, failed submission/retry and empty/status states. Proposed producer: interface-design responsibility; recipient: implementation. Inputs: wireframe and AC-1–2. Artifact: behavior/state specification. Can proceed while SLICE-1 waits, with any identity-dependent states marked pending. State: DRAFT.
    SLICE-3 / bounded implementation: implement only the confirmed access and interaction contracts. Proposed producer: implementation contributor; recipient: QA. Dependencies: SLICE-1 confirmation and useful SLICE-2 specification. Deliver changed surface, immutable candidate identity, environment and limitations. State: not started.
    SLICE-4 / proof and review: map each AC to observable checks on the frozen candidate. Proposed producers: evidence collector and separate reviewer where the host permits distinct contexts. Dependency: identified candidate and agreed contracts. State: NEEDS_EVIDENCE.

    Prepared implementation handoff
    artifact_id: LOCAL-MAINTENANCE-HANDOFF-01 / version: 1
    status: NEEDS_DECISION
    objective: implement the first useful request-to-status route after access rules are confirmed
    scope: AC-1–3; preserve the declared exclusions
    decision needed: exact read/create/assignment permissions and treatment of a missing tenant identity
    proposed criterion refinement: AC-3a own-request access succeeds; AC-3b another tenant's request is inaccessible through both list and direct access; AC-3c missing tenant context cannot expose tenant data. These refinements are recommendations, not settled policy.
    next_action: decision owner resolves the policy; interface specification work can continue independently.

    Candidate/evidence index
    Candidate: none; no repository or execution tools are available.
    AC-1: planned submission and attachment-boundary checks; NOT_RUN.
    AC-2: planned own-request status and failure/recovery checks; NOT_RUN.
    AC-3: planned isolation checks tied to the confirmed policy; NOT_RUN.
    Review: not performed. A coordinator's work-map completion is not technical acceptance.

    Closeout: this revision supplies ownership, dependencies, prepared decisions and proof requirements. No agents were assigned, no code changed and no tests ran. The decision owner resolves SLICE-1; the implementation contributor then establishes a frozen candidate for actual proof and review.

    Connects securely to your tools. The creator never sees your data.

    About this skill

    Good specialists still need someone to keep the work connected.

    Product Squad Orchestrator gives your AI a coordination method for carrying a product or software request through decisions, production, checking and rework. It identifies the responsibility needed next, turns dependencies into usable handoffs and keeps the final result connected to the original goal.

    Use it when a feature crosses design and engineering, a project stalls between roles or corrections keep bouncing back without resolving the cause. Bring your objective, accepted decisions, current artifacts, constraints and available contributors or host capabilities. The orchestrator chooses the work the task actually needs rather than forcing every request through the same long sequence.

    You get

    • A scoped work map with slices, dependencies and expected returns.
    • Filled handoffs that preserve requirements and decision ownership.
    • A candidate and check record that stays connected through rework.
    • A clear closeout showing completed work, blockers and the next action.

    For a maintenance-request portal, it can separate tenant-isolation decisions, interface behavior, implementation and acceptance checks so one missing policy is resolved by the right owner while other work continues.

    This is the standalone coordinator, not an eleven-agent bundle. Other specialist methods are separate purchases and are not required to use it. With actual delegation tools it can coordinate available contributors; otherwise it organizes work sequentially or delivers the planning artifacts. Supply your own AI access and execution tools.

    How to use

    Skills on Agensi run inside your AI agent. Copy the prompt, paste it into your agent, and it connects to Agensi and installs this skill for you. If a payment is needed, your agent shows it to you first.

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