Amazon Keyword Traffic Analysis

Analyze Amazon keyword demand, traffic, and trends

ZooData — Amazon Keyword Intelligence

Respond in the user's language.

Start here

1. Classify the request: seed-keyword expansion, target-keyword analysis, ASIN traffic-structure diagnosis through reverse ASIN, ASIN traffic-change diagnosis, or a single lookup.
   • First apply the ambiguity check to every generic ASIN-scoped keyword-traffic diagnosis request. If the request asks only for a broad analysis, overview, health check, perspective, or “analyze this ASIN from a keyword-traffic angle” without explicitly requesting either current traffic terms/source/placement/candidates or temporal change/trend/cause/anomaly, treat it as ambiguous. Exact phrase matching is not required. The absence of change language does not imply traffic-structure intent, and an ASIN plus a generic keyword-traffic framing does not supply that intent. This check does not apply when the user names a target keyword and explicitly asks about that keyword's current fit, relevance, or targeting value for the ASIN without requesting a traffic map or temporal diagnosis.
   • Before emitting any user-facing text or making any evidence call for an ambiguous ASIN request, load and apply execution-guide.md § ASIN Traffic Diagnosis Intent Clarification Gate and execution-guide.md § Final Output Gate together with output-rules.md § Retrieval Progress Updates. Make those reference reads the first actions and invoke them without a preceding or interstitial assistant message; never announce that a clarification rule or reference must be loaded. After the reads, follow the owner modules without an intervening progress update. Do not select or load either diagnosis scenario until the user chooses a route.
   • Route explicit ASIN requests about current traffic terms, traffic-source structure, candidate discovery, or which keywords merit examination to traffic-structure diagnosis through reverse ASIN.
   • Route an explicit target keyword + ASIN question about current product fit, relevance, or targeting value, without a traffic-map or movement/causal question, to target-keyword analysis.
   • Route ASIN or ASIN × keyword requests containing change, drop, rise, volatility, anomaly, why, cause, or time-based explanation to traffic-change diagnosis. This diagnosis route takes precedence even when the request also mentions reverse ASIN or traffic terms. A keyword-only demand/trend question remains target-keyword analysis.
   • Route an ASIN-wide change/anomaly diagnosis without a named keyword to diagnosis for aggregate triage; do not use traffic-structure diagnosis to explain the cause.
   • If a reverse-ASIN follow-up selects a term and asks why it moved, start the diagnosis scenario in that next turn and reuse compatible prior evidence.
2. Read the local references/cli-contract.md, references/reference.md, and the relevant zoodata.py --help before selecting a tool. The shared contract owns CLI invocation and result handling; reference.md is the sole source for production endpoint availability, parameters, response fields, dates, batching, credits, and API capability boundaries.
3. Load references/output-rules.md for user-facing rendering. For a single lookup, also load only references/execution-guide.md sections Authority and routing, Execution mode, Structured Field Identity Gate, Interface Failure Stop Gate, Final Output Gate, HTTP Validation Rule, and Credential and Credit Failures; use output-rules.md § Quick Mode Output and do not load a scenario unless the follow-up broadens the request.
4. For every full-mode request, load the complete references/execution-guide.md, references/evidence-protocols.md, and the applicable scenario guide below. The guide is the sole scenario/stage and Gate contract; evidence protocols operate only inside its active stage. After every retrieval or tool result, apply its Interface Failure Stop Gate before selecting any next capability or command. Route to one applicable scenario, or multiple non-exclusive scenarios only when the guide permits combination:
   • references/scenarios-expand.md
   • references/scenarios-keyword-analysis.md
   • references/scenarios-reverse-asin.md
   • references/scenarios-keyword-traffic-diagnosis.md
5. For a causal, anomaly, or action question, additionally load references/diagnosis-action-protocols.md. Do not load it for a non-diagnostic stage merely because diagnosis is available.
6. After API retrieval, load only the field-semantic reference needed for the returned data:
   • references/metrics-market-profile.md for market-profile
   • references/metrics-trend-profile.md for trend-profile
   • references/serp-and-rollover.md for SERP or organicRolloverRate
   • references/traffic-observation-semantics.md for traffic-term lists, traffic timelines, or traffic overview data
7. Before requesting or interpreting a seller artifact, load references/sqp-field-semantics.md. Treat it as the sole acquisition and field-semantics source for user-provided ABA-SQP or Amazon Ads data.

Source-of-truth boundaries

• This file owns only trigger classification, reference loading, scenario routing, and non-negotiable global acquisition/safety boundaries. It may point to an owner module but must not define endpoint contracts, shared workflow procedures, field semantics, or scenario-specific stage logic.
• cli-contract.md owns only the project-wide invocation form, command-identity validation, execution-environment permission handling, caller/CLI responsibilities, composite-result reuse, result acquisition, transport-status precedence, terminal-interface classification, retry ownership, and partial-result handling. It must not define skill-specific command allowlists, endpoint fields, keyword evidence meaning, scenario selection, conclusion authority, or user-facing rendering.
• reference.md owns only production API and acquisition-surface facts: availability, request parameters, response schema, endpoint-specific status meaning, batching, dates, and billing. It may name fields and capabilities to describe their contract, but must not redefine the shared CLI contract, Agent workflow, action/output policy, business interpretation, or scenario transitions.
• execution-guide.md owns only the shared scenario/stage schema, stage execution and handoff, Gate order/decisions, keyword-stage consequences after shared CLI classification, evidence-level conclusion ceilings, and follow-up reclassification. It may reference owner modules but must not redefine the shared CLI contract, API contracts, field meanings, detailed evidence procedures, detailed diagnosis procedures, output rendering, or scenario-specific capability/stage maps.
• evidence-protocols.md owns only shared evidence planning, retrieval, interpretation, reconciliation, coverage, continuity, comparison, and batching procedures inside an active stage. It must not select stages, define Gate outcomes, render handoff lists, or raise conclusion authority.
• diagnosis-action-protocols.md owns only the detailed causal-diagnosis and evidence-to-action procedures inside an active stage. It must not select stages, define the Diagnostic Closure Gate result, create handoff routes, or raise conclusion authority.
• output-rules.md owns only user-facing language, progress updates, the local interface-failure template, the canonical full-mode report template and headings, Data Notes, and API-usage presentation. It must not select stages, define Gate outcomes, change conclusion authority, or define the contents of the stage-end selection list.
• The metric/observation semantic references (metrics-*.md, serp-and-rollover.md, and traffic-observation-semantics.md) own only documented field meaning, direction, scope, and permitted/prohibited inference. They may identify source fields/endpoints, but must not define production availability or request parameters, shared workflow policy, or scenario routing/stages.
• sqp-field-semantics.md owns seller-artifact acquisition order, schema identity, denominator rules, field meaning, and seller-artifact output labels. It must not define ZooData API contracts or scenario-specific stage triggers and conclusions.
• Scenario files own only scenario-specific stage entry requirements, capability selection, conclusion authority, and section-content requirements inside the canonical report template. They define evidence levels, not report headings/order, workflow-completion states, automatic progression, or mandatory traversal of every listed stage. They may reference owner-defined capabilities, fields, and gates, but must not restate, relax, replace, or create exceptions to their contracts or semantics.
• For the documented keyword endpoints and realtime/product used by this skill, {skill_base_dir}/scripts/zoodata.py owns deterministic transport retries, technical failure classification, preserved request/credit metadata, and machine-readable Agent-control signal vocabulary. Within those command paths, it must not define field meaning, stage selection, evidence interpretation, conclusion authority, or user-facing prose/report templates; cli-contract.md owns shared invocation and result handling, execution-guide.md owns keyword-stage Gate consequences, and output-rules.md owns rendered prose including the local interface-failure template. The credential-only check path and opt-in endpoint probes are diagnostic utilities outside this evidence-command contract. Other commands bundled in the shared CLI remain outside this skill's responsibility map.
• README.md is a human-facing package overview and module index only. It must not define or modify runtime routing, endpoint contracts, workflow policy, field semantics, stage transitions, or conclusion authority.
• Cross-module references are allowed; cross-module redefinition and duplicated policy are not. When statements span modules, split API fact, shared workflow consequence, field interpretation, and scenario application into their respective owners.
• Apply each rule from its responsible owner module above. A downstream module may narrow behavior but must not override an owner contract.

Non-negotiable boundaries

• Require ZOODATA_API_KEY. If it is missing or rejected, follow the credential procedure in execution-guide.md; do not substitute public web data.
• Use the bundled {skill_base_dir}/scripts/zoodata.py for documented keyword endpoints and realtime/product; the bundled manifest scripts/allowed-commands.json enforces that scope — the CLI refuses out-of-scope subcommands with a structured COMMAND_NOT_ALLOWED error before any API request. Use ZooData WebTools /search, /scrape, and /scrape-interactive only through an exposed, documented ZooData WebTools surface after inspecting its live schema.
• Use only the acquisition routes whitelisted in reference.md. WebTools /search is permitted URL discovery; it is not products/search. Never use products/search, external browser automation, direct Amazon navigation, or non-ZooData public web search as evidence or fallback.
• WebTools calls are read-only public-page acquisition. Never use /scrape-interactive actions to log in, submit forms, purchase, or otherwise change page or account state; use click/write/press/scroll/JavaScript actions only to render or reveal the requested public content.
• Treat keyword inputs as Amazon search queries. Default an omitted marketplace to US; choose T-1 or earlier before the first request for endpoints requiring date or dateTo unless the user requests today's data.
• ZooData keyword data is estimated search, visibility, rank, placement, and impression evidence. It is not the seller's ABA-SQP conversion funnel. Keep product-specific value, profitability, bids, spend, budgets, pauses, negatives, and unconditional go/no-go decisions within the evidence authority defined in execution-guide.md.
• Preserve returned status, period, subject, field scope, and uncertainty. status=empty is an observation-coverage boundary, not proof of low demand.
• Do not report an API root cause, strategy recommendation, or undocumented metric as though the API returned it.

Execution entry

Use:

bash

python {skill_base_dir}/scripts/zoodata.py <documented-subcommand> ...

Run bare python {skill_base_dir}/scripts/zoodata.py check for credential diagnostics only. Without --endpoints or --keyword-endpoints, it makes no evidence calls; those opt-in probe flags consume credits and are outside this skill's evidence workflow.

The bundled manifest allows exactly: keyword-detail, keyword-market-profile, keyword-trend-profile, keyword-trend, keyword-extends, keyword-search-results, keyword-competitor-product-keywords, keyword-product-traffic-terms, product-traffic-terms-overview, product-traffic-terms-timeline, product, and the diagnostic check.

WebTools has no bundled subcommand in this skill. Use only an exposed ZooData WebTools session/callable surface as documented in reference.md.