lisa-exploratory-qa

name	lisa-exploratory-qa
description	First-time-user exploratory QA…

Exploratory QA

Overview

Experience the product the way a brand-new end user would: drive its real consumer-facing interface and actually try to use it, then surface anything confusing, broken, or hard to understand. This is a usability/experience pass, not a test-coverage audit (for that, use e2e-coverage-gaps). Every finding is filed as a tracked work item so it enters the Lisa lifecycle — no static report file.

How you drive the product is owned by the use-the-product core skill. Invoke it first: it detects the product type (web / API / game / CLI / IaC), resolves the target environment and its mutation policy (so you never mutate production without an explicit, justified opt-in), and discovers the project's personas so you can explore as each one. This skill supplies the QA lens — what to look for and how to file it.

Parameters

• target-url | env (first positional) — what to explore (passed through to use-the-product).
• ready=true|false — the build-ready state for the tickets this pass creates.
  • ready=true → created build-ready, so lisa-intake / the build-intake scanner auto-picks them up.
  • ready=false (default) → created in the backlog for a human to review and promote.

1. Set up

• Invoke use-the-product to detect the product type, resolve the environment + mutation policy, and discover personas/subagents. Everything about how to drive the product, where, and how much you may mutate comes from there — do not re-derive it.
• For a DOM web app whose resolved non-production environment has mutation policy full, check the optional Kane provider with lisa kane probe. If ready, invoke lisa-kane-browser for self-contained journeys and use its screenshots, HAR/network, console, and normalized verdict as evidence. Keep the run on a directly controlled browser for read-only/forbidden environments. Treat tool_failed/timed_out as provider findings, never as product bugs.
• Confirm the tracker is configured. Findings are filed as tickets, so read tracker from .lisa.config.json (local overrides global). If unset, stop and report that the tracker must be configured (/lisa:setup:jira / :github / :linear) before exploratory QA can file findings — do not silently fall back to a report file.
• Read the ready flag (default false).

2. Arrive cold and use it like a human

• Start with no prior knowledge — do not pre-read the codebase to learn the intended flows; discover them the way a user would. Form a first impression: is it obvious what this product is, what to do first, and where to go next?
• Then actually attempt real tasks through the interface (per use-the-product's per-type playbook), exercising representative controls/endpoints/commands — a first-time user explores, makes mistakes, and tries the obvious thing.

3. The QA lens — what to look for

Cover at least these dimensions unless the user narrows scope. Most are universal; the web-specific ones are marked and have per-type equivalents in §4.

• Comprehension & labeling: user-facing copy must read like something a normal first-time user understands. Flag machine-style/developer labels (raw IDs, enum keys, snake_case, null/undefined, untranslated i18n keys), admin/database terms ("metadata", "rows", "record", "entity"), unexplained jargon, unclear button/menu names, and meaningless icons. If a label would make a non-technical user ask "what does that mean?", file a clarity ticket.
• Data usefulness & context: facts, metrics, and tables must help a person understand the surface, not just prove extraction happened. If a user can't tell what a number or field refers to without rereading the raw source, file a ticket to add context (excerpts, labels, grouping, provenance) or hide it.
• Data volume & trust: compare visible data to what the surface promises. A rich view with only a few items can read as broken/filtered/still-loading. File a finding when sparse data isn't explained (result counts, active filters, reset affordances, coverage status, sample labeling).
• Controls & mental model: controls must match what they do (sort ≠ filter; search ≠ facet; finite domains want selects/typeaheads, not blank text inputs). Flag controls that make users guess spelling/casing, hide the option universe, or use the wrong component.
• Flow completeness & expected counterparts: a screen that gates access or shows one side of a standard paired flow must offer the other side, or a clear path to it. A new user must never hit a dead end with no next step. Flag: sign-in with no sign-up (or vice-versa), no account recovery ("Forgot password?", resend verification), no exit from a state (no sign-out; a modal/wizard with no back/close/cancel), one-way actions (create with no edit/delete where both are expected), unreachable entry points (a feature only reachable by guessing a URL; an empty state with no primary action). When the missing counterpart makes a core task impossible for a class of users, file a Bug; otherwise a usability Improvement.
• Action preconditions & incomplete end-states: an action that needs multiple inputs or a prerequisite (compare, merge, bulk-edit) should guide the user to satisfy it — disable/explain until met, collect inputs first, or give the destination an in-place control. Actually trigger these and watch where they land; flag when a primary action fires under-satisfied and strands the user, lands on an empty/partial end-state with no next step, or is offered where it cannot succeed. Left unable to finish → Bug; works but confusing → Improvement.

4. Type-specific depth

• DOM web app — breakpoints & layout integrity. Sweep a range of widths, including the in-between ones where clipping appears (e.g. 360, 390, 414, 600, 768, 834, 1024, 1280, 1440 plus ~900–1180 steps), and re-walk key paths at each. At every width, in addition to looking, take DOM measurements and treat as findings: container overflow (documentElement.scrollWidth > clientWidth); clipped/offscreen controls (a control's getBoundingClientRect() falling outside the viewport or an overflow:hidden|clip|auto|scroll ancestor — e.g. a submit button cut off by its filter card); truncated meaningful text (scrollWidth > clientWidth / ellipsis on text that carries meaning); colliding controls (label overlapping an adjacent control with no gap). A primary/interactive control that is clipped, offscreen, or unreachable is a Bug, not an Improvement.
• HTTP / API backend. Judge the contract as a consumer experiences it: unclear/inconsistent status codes, error responses with no actionable message, payloads exposing internal shapes (raw enums, DB column names), missing pagination/among-counts, endpoints that 500 on obvious edge inputs. A broken/incorrect response is a Bug; a confusing-but-working contract is an Improvement.
• Canvas game. Judge readability at gameplay scale, input responsiveness/latency, game-feel, unclear objectives, and silent state changes — not DOM breakpoints. A soft-lock or lost progress is a Bug; unclear-but-playable friction is an Improvement.
• CLI / library. Judge help/output clarity, error messages, discoverability of commands, and surprising side effects. A wrong result / crash is a Bug; confusing UX is an Improvement.
• IaC / CDK (read-only). From cdk synth/diff: over-broad IAM, missing/opaque stack outputs, resources that don't serve their stated purpose, drift. A security-relevant misconfiguration is a Bug; unclear-but-correct infra is an Improvement.

5. Mutation

Whether you may create/edit/delete — and as which account — is set by the use-the-product mutation policy (read-only vs full, identity, production rules). Follow its Mutation Discipline when the policy is full (prefixed test data, identify + verify cleanup, record residue). Never mutate an env the policy marks read-only or forbidden; if a finding can only be confirmed by a forbidden mutation, file it as observed-and-blocked rather than escalating.

6. File findings as tracked work

No report file. Every finding becomes a leaf work item via lisa-tracker-write (the vendor-neutral writer — it dispatches to the configured tracker and runs the validation gate; never call a vendor *-write-* skill directly):

Kane never files the work item itself. Even when it marks a failure as a confirmed product bug, run Lisa's marker-based duplicate search, apply the QA lens, and route the finding through lisa-tracker-write exactly as for every other controller.

Finding	issue_type	build_ready
User-visible bug (broken behavior)	Bug	the ready flag (default false)
Usability / UX / clarity issue	Improvement	the ready flag (default false)

Each finding is a flat leaf, so build_ready applies directly — pass it explicitly on every create.

This skill is the named human-gate exception under ready-role-filing. Everywhere else in Lisa, a complete defect found during other work is filed with explicit build_ready: true so build-intake claims it next cycle. Exploratory QA is deliberately different, and that difference is ratified rather than drift: its findings are candidate defects and usability observations whose product significance is a human call, so auto-readying them would push judgment work into the build queue — precisely the failure the gate model exists to prevent. Its default ready=false is therefore an explicit human-gate marker, never a bare omission: every not-ready create passes human_gate: "exploratory finding — product significance is a human product call" alongside build_ready: false, and the writer stamps the auditable [lisa-human-gate] marker. An operator who wants a pass to feed the queue directly opts in with ready=true.

(The sibling e2e-coverage-gaps skills are the contrast: a missing automated test is not a product question, so they file build_ready: true by default.)

Each ticket MUST be a complete spec (the validator rejects thin tickets): a three-audience description; for a bug, exact reproduction steps, observed-vs-expected, the env / account / interface it occurred at, and evidence; for a usability issue, the observed friction, who it affects, where, and the proposed improvement; and Gherkin acceptance criteria for the fixed behavior.

Idempotency — don't spam duplicates

Re-running a pass must not refile the same finding. Before creating a ticket, search the tracker for a ticket carrying a stable marker [lisa-exploratory-qa] <finding-key> in its body (the <finding-key> is a stable slug of surface + symptom, e.g. settings-modal/horizontal-overflow@tablet). Per the rejection-detection rule's Proposal rejection memory section, that marker search MUST cover open AND closed tickets (with a body-enumeration fallback on search-index lag), and match by the marker, never by title. Then split on how any prior ticket closed:

• Open ticket carrying the marker → reference/update it instead; do not create a second.
• Closed as completed → does not suppress. A recurrence after a fix is a genuine regression, so file the finding.
• Closed as not planned (GitHub stateReason == "not_planned"; the config-resolved won't-do/canceled equivalent on JIRA/Linear, including a Linear duplicate state) → a human declined this finding, so suppress it. Re-file only with evidence that postdates the decline, carrying BOTH the machine token (declined <date>; recurred <date> in <ref>) and a human acknowledgment sentence (You declined this on <date>. It has recurred (<date>, <ref>), so we're raising it once more for your review.).

Every filed finding ticket MUST end with the rejection-detection operator footer as a visible prose line so the operator knows which close-reason silences it:

To stop this from being raised again, close it as Not planned. Close it as Completed if it was fixed — a later recurrence may be re-filed as a regression.

Output

No report file. Emit a concise in-session summary:

• Scope: product type, target env + mutation level, persona(s) explored as, tool, build/version if visible, date.
• First impression: could a new user tell what the product is and what to do first?
• Findings filed, bucketed by type — each with its created or referenced ticket ref and build-ready state.
• Observed but not filed: anything noticed but intentionally not ticketed (including forbidden-mutation blocks), with why.

Run outcome

As the registered exploratory-bugs automation loop, this pass conforms to the automation-runbook-contract rule: every invocation ends in exactly one of the six run outcomes and records it, so a quiet run and a broken run are never mistaken for each other.

This cycle's exit path	Run outcome
Findings filed — one or more Bug / Improvement tickets created or referenced (§6)	candidate-proposed
Clean pass — explored the personas and surfaces, nothing worth filing — or every candidate was suppressed by a prior decline (rejection-detection Proposal rejection memory): the summary MUST name the suppression count	nothing-needed
Tracker unconfigured — the §1 stop path; findings cannot be filed — or the open-and-closed rejection-memory marker search could not run (tracker unreachable / credentials revoked): a memory check that could not run is a broken loop, never a silent nothing-needed	recovery-required
The runbook's Retirement condition tripped — the trailing quiet window is empty AND this pass found nothing to file AND the project no longer ships an exploratory-qa surface — this row supersedes the nothing-needed row when it applies	policy-obsolete
A degradation that still let the pass explore (e.g. Kane unavailable, one persona unreachable)	the outcome it actually reached above, with the summary leading with the degradation — degradation never mints a seventh token

Before invoking the run-record CLI, evaluate the Retirement condition first. If it applies, select policy-obsolete as the sole outcome and do not record a prior nothing-needed result; otherwise select the ordinary outcome from the table.

Record exactly one outcome per invocation through the run-record CLI, naming this loop's runbook (the --summary is the operator-readable one-liner in the contract's exemplar voice — plain, specific, actionable, e.g. Explored 4 personas; nothing confusing to file. — or, when a decline suppressed the only candidates, Explored 4 personas; 2 candidates suppressed by a prior decline — nothing new to propose. — for nothing-needed; and for a recovery-required from an unreadable decline check, Tracker unreachable during the decline check — restore credentials; nothing was filed this run.):

node "${CLAUDE_PLUGIN_ROOT}/scripts/automation-run-record.mjs" \
  --loop-id exploratory-bugs --outcome candidate-proposed \
  --summary "Explored 4 personas; filed 3 findings from the checkout flow — awaiting your flip to ready." \
  --runbook .lisa/automations/exploratory-bugs.runbook.md [--ref <ticket-url>]...

If ${CLAUDE_PLUGIN_ROOT} is unset, resolve the plugin scripts directory directly — the built copy plugins/lisa/scripts/automation-run-record.mjs or the source plugins/src/base/scripts/automation-run-record.mjs. If recording still fails, degrade, never abort (per automation-runbook-contract): note the recording failure in the run output and finish the cycle — a recording failure is a degradation to report, never a reason to block the loop.

Retirement evaluation (every run). Evaluate this loop's runbook Retirement condition on every run, exactly as the automation-runbook-contract rule's Retirement section defines it — this skill conforms to that text and never restates or diverges from it. On top of the contract's two conditions the runbook seeds a third domain conjunct — the project no longer ships an exploratory-qa command surface to explore — which only tightens the test and never replaces it: a quiet month on a product nobody broke is quality holding, not a reason to stop looking. Evaluate all three. When all three hold, record policy-obsolete and file exactly ONE marker-deduped teardown proposal through lisa-tracker-write (per tracked-work + integration-access-layer):

• Marker <!-- [lisa-automation-retire] key=exploratory-bugs --> plus a visible prose line; matched on the marker, never the title; searched open AND closed per rejection-detection's Proposal rejection memory. Treat matches by close state: open suppresses another proposal; Not planned suppresses another proposal unless new evidence postdates the rejection; Completed means the prior approved action happened, so a later recurrence may be re-filed. When an existing proposal suppresses filing, the run still records policy-obsolete and files nothing — the outcome describes this run, while the ticket is filed exactly once.
• Labels status:blocked + human-needed, carrying the contract's decision-ready packet. The human-needed label marks the proposal human-owned: lisa-repair-intake recognizes it and never re-dispatches it as stalled work.
• Evidence the date-filtered search result, this run's summary, the loop's current cadence (the baseline an operator needs to choose a longer one), and a one-line summary of recent runs read from .lisa/automations/runs/exploratory-bugs.jsonl. Fill the rest of the packet the same way every time: Work already attempted is the searches this run ran, and Risk of inaction is that the loop keeps consuming schedule slots and tokens for nothing.
• How to answer names the three operator responses: approve — run /lisa:tear-down-automations exploratory-bugs and only that loop registration goes away; decline — close the proposal as Not planned (closing it as Completed leaves a later re-file open) and the loop simply continues; re-cadence — pick a longer cadence off that evidence and re-register with /lisa:setup-automations instead of tearing down.
• Operator footer, verbatim, as on every loop-filed proposal (rejection-detection):

  To stop this from being raised again, close it as Not planned. Close it as Completed if it was fixed — a later recurrence may be re-filed as a regression.

The loop keeps running at its normal cadence until a human acts, and never deletes its own registration.

Quality bar

• Explore as a true first-time user — judge clarity, not whether you (who can read the code) can figure it out.
• Every ticket must stand alone for an implementer who was not in the session.
• Do not claim cleanup succeeded unless verified.
• File per the ready flag (default: backlog for human triage).
• Route automated-coverage gaps to e2e-coverage-gaps; preserve unrelated repo changes.