Epovest

List the trackers of the account, current versions: configuration, status, keywords, analysts, project and the recalculated cost per survey. Start here to find a tracker id. Filter by project with project_id. The ones still followed come first, then the ones filed away (archive_tracker), each with archived true and its archived_at.

Create a tracker in draft. It measures nothing yet: call start_tracker to launch it against the prepaid credit balance. Validation rules and messages are the same as the app configurator. Omitted, next_survey_at means the first survey runs at start_tracker. For a single reading with nothing running afterwards, set frequency to on_demand: start_tracker runs one survey, and the next ones come from survey_now.

Update the configuration of a tracker: only the fields you send change. Keywords, analysts and the title apply in place. Changing the prompts, engines, frequency or resolution of a version that HAS measured creates a new version: the score series continues across versions, and the response carries the new tracker id (version_created says when). A version that has not measured yet is amended in place and keeps its id, so version_created is false. A PAUSED tracker takes all of it, the collection settings included: the call writes the configuration and nothing else, no survey runs and no credit is spent, and what you set takes effect at the next start_tracker. That is the way to move a paused tracker to fewer engines or a slower frequency before paying for another survey. Send next_survey_at to say when that survey runs. A sent list replaces the previous one entirely.

Start or restart the measurement of a tracker against the prepaid credit balance. The first survey runs there and then, whatever the frequency, unless the tracker carries a next_survey_at still in the future: with one set, nothing runs until that moment, which is how a tracker comes back on a date of the person's choosing. Restarting a paused tracker picks its schedule back up, at whatever configuration it carries now. Refused with insufficient_credits when the balance does not cover one survey; that answer carries top_up_url, the page where the person adds credit, so give it to them. Starting an already active tracker changes nothing.

Run one survey of a measuring tracker right now, on top of its schedule. Its settings stay as they are: same anchor, same frequency, and the next scheduled survey keeps its date. On a tracker whose frequency is on_demand, this is how every survey after the first one happens. It debits the prepaid credit balance like any survey, and the point joins the score series marked on_demand. The answer carries the survey id: read the results back with get_results, or the raw answers with get_responses. While one is still running, calling again answers that survey instead of starting a second one. Refused with insufficient_credits when the balance does not cover it, and that answer carries top_up_url, the page where the person adds credit, so give it to them. Refused with tracker_not_active when the tracker is not measuring yet: start_tracker first.

Pause the measurement of an active tracker. The score series is kept; start_tracker resumes it.

File a finished tracker away: a campaign that ended, a brand that was sold, a trial that is over. It moves to the end of list_trackers with archived true, stops asking for anything, and its measurement pauses in the same call if it was still running, so the spending stops there. Bring it back with archived false: the tracker returns to the list as it was, and start_tracker restarts the measurement when the user asks for it. The sheet and the score series are kept and stay readable throughout (get_results answers as usual). Filing away an already filed tracker answers the same.

The projects of the account: the folders trackers are filed under (one project per tracker at most; pure organization, no effect on measurement or billing). Each carries its id, name, brand canon with its current version number (canon_version), archived flag and tracker count. The folders still in use come first, then the ones filed away (archive_project). Trackers without a project live under the virtual Default project.

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Create a project to file trackers under: one project per BRAND, never per language. It can carry the brand canon: the reference wording every publication reuses as is, written in ONE language, its canonical language (carried at creation, it is recorded as canon version 1). The canon is never translated: localized expressions on the pages are outputs, not a second canon. Nothing is filed by this call: pass the returned id as project_id when creating or updating a tracker. Refused with project_exists when a project with this name already exists, and the answer carries the existing project: reuse its id instead of duplicating.

Correct the name of a project: the folder keeps its id, its canon, its trackers, its surfaces and its logbook, and the name shown is the only thing that changes. Names are unique per account: a name another project already goes by answers project_exists with that project, so read it back and settle another name with the user. Case, accents and spacing do not make two different names, which is why a project can always take back its own capitalisation. Sending the name it already carries answers the same, and a project filed away renames like any other. Use it for the name of the folder; the wording of the brand itself is the canon, and it moves with update_project_canon.

The brand canon of a project and every revision it went through. canon is the CURRENT wording, under the same keys update_project_canon writes (one_liner, short, long, category, language, perks, website, legal_name, address, phone, whatsapp, email), and canon_version its number. history carries each version newest first, with its author, its date, and changes, the fields that version touched with their before and after values. Reach for it to RE-PROPAGATE a revision: get_logbook says a canon moved to a version and which keys it touched, this says what the old wording was, which is the string to find on a page and replace, and what the new one is. Values come back raw, so perks is the ordered list and language the short code. On a project whose canon is not posted yet, history is empty and canon_version is null.

Revise the brand canon of a project. Field by field: a provided field replaces the current wording (an empty string clears it), an omitted field is kept as is. Any actual change records the NEXT canon version (numbered, immutable; version_created true in the answer); sending identical wording records nothing. The canon lives in ONE language, its canonical language (canon_language): it is never translated, changing the language is a revision like any other. The canon is meant to be STABLE: revising it is a rare and deliberate move, and every surface that reuses the wording will need to be brought back in phase with the new version. Confirm with the user before revising.

The addresses of the brand that a watched page can link to. Two lists come back. derived: what is already covered without anyone typing it, each row with its source, "canon" (the canonical website of the brand) or "surface" (a page of the surface registry: the site, the LinkedIn or X profile, a directory listing, an app store page). free: the addresses set on the project on top of those. Read it before setting anything: an address already derived does not need to be added, and the derived list is what the customer gets for free from work already done. A link towards any of these is what the reading pass reports on, with its rel tokens, its anchor, its destination and its place on the page.

Set the addresses of the brand that are neither its canonical website nor a page of the surface registry: a satellite domain the customer does not want to keep aligned, a tracking link, a partner page. They are set ONCE for the project and serve every line of the corroboration registry, present and future, so there is nothing to set line by line. The list you send REPLACES the previous one, and the answer returns what the project now holds, derived addresses included: read it back to confirm. An empty list keeps only the derived ones. Call get_link_targets first, and confirm with the user before replacing.

File a project away once the folder has served its purpose: a client that left, a brand that was sold. It moves to the end of list_projects with archived true, and stops being offered when filing a tracker. Bring it back with archived false. Nothing is deleted and nothing cascades: the trackers filed under it keep their status, keep measuring and keep showing up in list_trackers, and the answer carries tracker_count, how many are still filed under it, so you can go on with archive_tracker on each one when that is what the user meant. Filing away an already filed project answers the same. Default is where trackers without a folder live: it has no id, so this tool always takes the UUID of a project of the account.

The surface registry of a project: the pages about the brand where the customer has the FINAL SAY (website, GitHub, LinkedIn, X, YouTube, Wikidata, directories, app stores...). The split with corroborations is control, never who wrote the page: a page the customer can change is a surface, a page where someone else has the final say is a corroboration (list_corroborations). Each surface carries its type, url, label, languages, notes, its checklist and a status DERIVED from the checklist CELLS that hold it: checklist.required lists exactly those, the canon items of the template plus every check the customer added of their own. checklist.kinds answers a different question, what PERISHES a tick: "canon" items restate the canon, so their verification perishes when the wording moves; "presence" ones, such as site_link, hold. A check of the customer holds the status whatever its kind, so read checklist.required and deduce nothing from checklist.kinds. checklist.custom lists those checks, each with its key, label, scope and restates_canon, and the ones taken out with deleted true, which restore_surface_check brings back; add_surface_check is how a new one is posed. Each cell is verified (dated, stamped with the canon version whose WORDING it restated: it stays fresh until the wording moves, and a revision that touches no wording, such as declaring the canonical language, perishes nothing) or set aside with its reason (the item does not apply on THIS surface). Three statuses, never a fourth: aligned when every required cell not set aside is verified at the current wording; needs_update when some verification is missing or stale; never_aligned when none exists. There is no state for a page the canon does not apply to, because setting aside the LAST canon cell is refused with not_a_surface, because a page that carries none of the canon is not a surface: turn it into a corroboration if someone else has the final say on it, or take it out of the registry. checklist.state keeps t

Register a surface of a project: one page about the brand where the customer has the final say (their site, their profiles, their listings, wherever they can change the content). The test that settles which registry a page belongs to: if the customer changes the page, does the change stay? Yes means they have the final say, so it is a surface; no means someone else has it, so it is a corroboration (create_corroboration), even on a page they can edit, as on a wiki. URL-FIRST: the url is the only thing needed, type and label are derived from it; pass them only to correct a derivation. The type derives from the address and the canon: a page on the canon website is a website, a known place carries its own kind, and any other host is other, with the generic checklist. It is born never_aligned: bring the page in phase with the canon, then record what it carries with tick_surface_checklist, cell by cell. The aligned status DERIVES from those verifications and is never declared: verifying the last canon cell aligns the surface on its own.

Update the registry sheet of a surface: only the fields you send change (a sent languages list replaces the previous one; an empty label or notes clears it). No journal line is ever written here: an alignment is earned with tick_surface_checklist, cell by cell. Languages ARE the columns of the checklist, so declaring the language of a single-language page renames its column and carries its verified cells along. When the change leaves no single destination (a language dropped from a page that keeps others, one column split into several), the columns that leave the model come back in dropped_checklist_columns with what they held; their cells stay stored, and declaring the language again brings them back. The status of the answer is derived from the cells that read NOW, so read it back rather than assuming it held.

Record what a surface actually carries, cell by cell, as many moves as you want in one call. The items are listed by list_surfaces as checklist.items: the template of the surface type (stable keys such as title_tag or llms_txt), then the checks the customer added of their own (add_surface_check), which tick here exactly like the rest, at their key. Most of them are yours to check (a title tag, JSON-LD, an llms.txt all read with a simple fetch). Three moves per cell. VERIFY (done true, or nothing): the item is constated on the page; an item of canon kind (checklist.kinds) is stamped with the current canon version and wording, so its verification stays fresh until the wording moves, and needs the canon set first. SET ASIDE (dismissed true plus a short reason): the item does not apply on THIS surface (an author bio, a field the platform does not offer); durable across canon revisions, reversible, never hidden from the counts. CLEAR (done false, or dismissed false): the cell returns to blank. A site-wide item (checklist.site_items: the llms.txt, one file at the root of the site, written in the canonical language of the project) is one cell for the whole site, without a language. Only the cells you send change; an unknown item or language, a set-aside without reason or a contradictory move refuses the whole batch and says what exists. The ALIGNED status derives from the cells listed in checklist.required, the canon items plus the checks of the customer: verifying the last one aligns the surface and dates it in the journal. The goal is a surface with no required cell left undecided: work every one of them to a verdict, verified when the page carries it or set aside with a reason when the item does not apply here. Leaving a cell untouched is not a neutral skip, it holds the surface in needs_update and hides whether the page was ever checked, so go through the whole checklist and not only the cells easy to confirm. And setting aside the LAST canon cell is refused, because a

Add a check of your own to the checklist of one surface: a requirement the person holds on THAT page, in their words. It becomes REQUIRED for the page to count as aligned, exactly like the canon items of the template, and it is ticked with tick_surface_checklist at the key returned here. Reach for it whenever the person states something a page must carry that is theirs to decide: the pricing block quotes the canon boilerplate, the OG image is the current one, the footer carries the legal name, the pinned post links to the launch page. restates_canon is the one judgement to make, and the question is simple: does the tick become FALSE when the wording of the canon changes? True for a check that restates the canon, and its verification then perishes with the wording, putting the page back in the queue; false, the default, for a check that constates anything else, and the tick then stands until someone clears it. Sending the same label again returns the check already there, and brings it back from the trash if it was in it, so a replay never duplicates. Up to 20 checks on a surface.

Correct a check of your own on a surface: its label, and whether it restates the canon. Only what you send changes. The key never moves, being the coordinate of the cells already recorded, so renaming a check keeps every tick it carries. Turning restates_canon on makes a tick recorded without a canon stamp perish, which is the honest reading: the page was never checked against a wording.

Take a check of your own out of the checklist of a surface: it leaves the list, stops holding the page short of aligned and stops accepting ticks. Use it when the requirement no longer applies to that page. Nothing is lost: the check and the cells it carries are kept, read back in checklist.custom with deleted true, and restore_surface_check brings both back, so a check taken out by mistake costs nothing. Taking out an already taken out check answers the same.

Bring a check of your own back to the checklist of a surface, with the cells it had: it becomes work again, so the page needs it verified to count as aligned. The checks to bring back are listed by list_surfaces in checklist.custom, with deleted true. Restoring a check already in the checklist answers the same.

Take a surface out of the registry: the page stops being followed, and the registry stops asking to bring it in phase with the canon. Use it for a page that is gone (account closed, listing removed) or for a line that had no place there. The sheet and the alignment journal are kept, and restore_surface brings the surface back with them, so a line taken out by mistake costs nothing. Taking out an already taken out surface answers the same.

Bring a surface back to the registry, with its sheet and its alignment journal as they were. Call list_surfaces with deleted set to "only" to find the surfaces to bring back. Restoring a surface already in the registry answers the same.

Move the page to the corroboration registry: someone else has the final say on it (the customer lost, or never had, the hand on the content). Nothing is retyped: url, label and notes travel, the publication date stays unknown (set it with update_corroboration when known). The surface leaves its registry for the trash, alignment journal attached, and the reverse move exists (convert_corroboration_to_surface): nothing is lost, and replaying the move finds the same line instead of duplicating it. The own site of the brand is refused (own_domain): it stays a surface. It moves a line the customer declared: confirm with the user first.

The corroborations recorded for a project: the pages about the brand where someone else has the FINAL SAY, each with its exact address, the source it sits on (domain), the publication date when known, and free notes. Live ones first, then the ones taken down (archived true). The twin registry of Surfaces, where the customer has the final say: the split is control, never who wrote the page or who paid for it. Asking such a source for a change stays a normal move; record the outcome in the logbook. What comes back is what the customer DECLARED: the registry is theirs to fill, and list_corroboration_candidates proposes pages the engines already showed the brand on.

Record a page about the brand where someone else has the final say. URL-FIRST: the exact address of the page is the only thing needed, the source on the map and the display name are derived from it. It is a statement of fact: only record a page you have actually read, and confirm with the user. A page the customer controls (their own profile, their own listing) belongs to Surfaces instead: use create_surface. The test that settles it: if the customer changes the page, does the change stay? No means someone else has the final say, so it is a corroboration; yes means they have it, so it is a surface. Being able to edit a page is not the test, a wiki anyone can edit is a corroboration, and a directory listing they hold is a surface even though a third party runs the site. Three refusals answer with their own slug: unplaceable_url (the address has no registrable domain), own_domain (this is the own site of the brand, where they have the final say: use create_surface), duplicate (the page is already in the registry, 409).

Update the sheet of a corroboration: only the fields you send change (an empty label goes back to the derived one, an empty notes or published_on clears it). Correcting the url ALWAYS recomputes the source: the two never drift apart. It also carries monitoring, the cadence at which the page is read again on its own, which is why watching a page needs no tool of its own. To say a page is gone, use archive_corroboration instead: editing never takes anything down.

Record that the page is no longer there (article unpublished, link dead), or put it back live with archived false. Nothing is deleted: the line stays, and so does the history, because "they talked about us from March to July" is information. A page taken down stops counting as a presence on that source. Only take down after actually re-reading the address and finding it gone.

Read the page again and report what it says today. One pass returns two findings, dated, and included at no cost. On the MENTION: the passage around the brand is archived on the line (the sentence that names it, one before, one after), and the finding says unchanged, changed (the passage moved, worth re-reading), figures (the passage moved on NUMBERS only, such as a rank or a counter: a fact to read, and changed_at stays where it was) or gone (the page did not answer). When a change was found, excerpt_before carries the passage as it stood BEFORE changed_at: compare it with excerpt to state what moved, in words, without reading the whole page. On the LINK: every link of the page towards an address of the brand, derived from the canon website and from the surface registry of the project, with its rel tokens (nofollow, sponsored, ugc, or none), its target and title attributes, its anchor text, its exact destination with the resolved redirect chain and the HTTP code of that destination, whether it sits in the main content or outside it, and its dates; the finding says unchanged, changed (changes lists what moved: rel, anchor, target, placement, appeared), gone, or none, which means the page carries no such link and is a normal state. The reply also carries how the page reads (readability: "html" when it reads, "blocked" when an anti-bot stands in front of it, "unreachable" when it did not answer, "no_page" when the address answers with something that is not a page, "unreadable" when it answers HTML with no text in it, "pending" while no reading has completed yet), the number of outbound links of the page, and what the page declares about itself (noindex, page_nofollow, canonical_elsewhere). Read readability before deciding a move: an anti-bot is a fact of the world, while a page that did not answer is worth reading again. Everything here is a FACT: the third party has the final say, so nothing closes, nothing counts, and nothing is taken down on its own. Use it to deci

Move the page to the surface registry: the customer has, or takes, the final say on it (their own profile or listing recorded on the wrong side, or a source that became a reliable channel). Nothing is retyped: url, label and notes travel, the publication date is copied into the notes, the type derives from the address and the canon (a host that is neither the canon website nor a known place lands on other, with the generic checklist). The corroboration is taken down, sheet intact, and the reverse move exists (convert_surface_to_corroboration): nothing is lost, and replaying the move finds the same line instead of duplicating it. It moves a line the customer declared: confirm with the user first.

The MENTIONS a search engine has shown the brand in, found in the text the engine itself returned next to each address. The list is recomputed on every read from the raw payloads of the latest surveys, and surveys_scanned says how many were read. Pages already filed in either registry (corroborations or surfaces) are left out. Each row carries the excerpt as proof, matched_by ("website" means the full domain of the brand appears in it, near proof; "name" means only the name did, weaker, homonyms exist: read the page before recording) and suggested: the registry the filing is proposed in, with three values. "surface" when the host is a known profile place, a page the customer usually has the final say on; "ask" when the address looks like a listing on a place outside that catalogue, so it can be either side and the answer settles it; "corroboration" otherwise. On an "ask", put the test to the user in their own terms: if they change that page, does the change stay? Yes files it with create_surface, no with create_corroboration. Do not guess it from the host: two pages of the same host differ, a product listing on a software directory is held by the vendor while the comparison page next to it is not. Once the page itself has been read, the row also carries page_check: result is "website" or "name" when the page carries the brand, "absent" when the page reads without it, and it names the cause when the text did not come: "blocked" (an anti-bot stands in front of the page), "unreachable" (the page did not answer), "no_page" (the address answers with something that is not a page), "unreadable" (the page answers HTML with no text in it). In those four the engine excerpt above stays the proof shown. excerpt is a full passage taken from the page, and checked_at dates the reading. It is a suggestion, never a filing: to file one, call create_corroboration or create_surface with its url; to refuse one, dismiss_corroboration_candidate.

Refuse a suggested page: it is never proposed again for this project. Use it when the excerpt matched something else than the brand, or when the page is not worth recording. Nothing is created or deleted. Accepting is the opposite move and has no tool of its own: call create_corroboration with the url of the candidate, or create_surface when the customer has the final say on it (if they change the page, does the change stay?). A page filed on the wrong side is moved with convert_corroboration_to_surface or convert_surface_to_corroboration, so a filing is never a decision to agonise over.

The logbook of a project, newest first: every dated move, composed from two sources. source=tool events are derived from the suite itself (canon moved to a version, surface marked aligned, corroboration recorded); source=manual entries are actions the customer recorded (only these carry an id, a category, a label and notes). Each move also lands as an annotation on the citation curves of the trackers of the project: read the logbook to tell what was done when the curves moved. A canon_version item carries changed, the canon keys that revision touched (one_liner, short, long, category, language, perks, website, legal_name, address, phone, whatsapp, email), so you can drive the re-propagation from here: it names what to rewrite on the pages that restate those fields, and version 1 lists everything it posted. On a corroboration item, occurred_at is the PUBLICATION date when known and the recording date otherwise: published_on sits next to it, and it tells which of the two dates the move carries. Set quest_id to read the trail of ONE quest, and deleted to "only" to read the trash of the logbook instead of it.

Record an action in the logbook of a project: what was done, and WHEN it was done. occurred_at is the date of the ACTION itself, not of the recording: recording after the fact is the normal case ("record: site translated into Spanish yesterday" means occurred_at is yesterday). The entry joins the tool events in the logbook and lands as an annotation on the citation curves of the trackers of the project, so the action can be read against the measures. Recording is idempotent on the project, the label and occurred_at: calling again with the same three returns the entry already recorded instead of a second copy, so a retry is safe. The same move recorded in two languages has two labels, so it stays two entries. Pass quest_id when the action moves a quest forward: that entry then also reads as the dated trail of that quest, through get_logbook with the same quest_id, and the same label on two quests stays two entries.

Edit a manual logbook entry: only the fields you send change (empty notes clear them). It is the customer's own logbook: a typo or a wrong date is simply corrected. quest_id files an entry under a quest after the fact, and null files it back under the project alone. Tool events cannot be edited: they are derived from the canon and surface registries.

Take a manual logbook entry out of the logbook, and the annotation it placed on the curves with it. Only do it when the user asked for it: it is their logbook. The entry waits in the trash, so restore_logbook_entry brings it back with its annotation. Tool events stay as they are: they are derived from the canon and surface registries.

Bring an entry back to the logbook, with the annotation it placed on the curves. Call get_logbook with deleted set to "only" to find the entries to bring back. Restoring an entry already in the logbook answers the same.

What there is to do for the GEO work, and where to resume it. Lists the quests of the account: moves the customer (or you, on their behalf) decided and recorded, open by default, newest first; status=done or dismissed reads the closed history, which answers with its quests, each one reopened with reopen_quest. Every project by default; scope to one project with project_id. Alongside the open file, `pending` carries the files the measurement is holding for review, each acted through its own tool: surfaces whose canon moved since their last alignment (list_surfaces, then tick_surface_checklist to verify the cells the new wording perished), keyword discoveries waiting on a tracker (list_keyword_discoveries, then accept_keyword_discovery or dismiss_keyword_discovery). Scoped to one project, `pending` also carries the corroboration candidates of that project, computed per project (list_corroboration_candidates, then create_corroboration or dismiss_corroboration_candidate). Each quest also carries journal_entries and last_entry_at, how many actions were recorded against it and when the last one happened: read them with get_logbook and the quest_id, record one with create_logbook_entry and the same quest_id. An empty file with the measurement running means there is nothing to correct today.

Add a quest to the file of a project: a next move the customer decided, kept where the work resumes ("get our MCP server listed on the AI tool directories"). title says the move; notes carry context and links. Adding is idempotent on the project and title while the quest is open: calling again returns the quest already in the file instead of a second copy, so a retry is safe. A closed quest with the same title does not block: doing the move again later is a new quest, with its own history.

Edit a quest: only the fields you send change (empty notes clear them). It is the customer's own file: a typo or a sharpened wording is simply corrected. The status changes through its own moves, complete_quest, dismiss_quest and reopen_quest.

Mark a quest done: the move happened. Sets the state and the closing date; calling it again leaves it done, so a retry is safe, and a dismissed quest that was done after all becomes done (the last move is what the file remembers). The quest stays readable in the closed history of list_quests, and reopen_quest puts it back in the file.

Set a quest aside: the customer decided the move is off. Sets the state and the closing date; calling it again leaves it dismissed, so a retry is safe. The quest stays readable in the closed history of list_quests, and reopen_quest puts it back in the file.

Put a closed quest back in the file: it returns among the open moves with its sheet as it was, the date it was added, its author and its notes, so a quest closed by mistake or taken up again keeps its own history. Clears the closing date; calling it again leaves it open, so a retry is safe. Call list_quests with status done or dismissed to find the quest to reopen.

The score series of a tracker: one row per analyst, keyword, engine, tracker version and survey period, in chronological order. Depending on the analyst, a row carries citation_rate and weighted_score, share_of_voice, or sentiment counts.

The raw answers of ONE AI engine for a tracker, newest surveys first, paginated. Every answer carries its cited sources and keyword mentions, plus uncited_sources (the pages the engine read without citing them) and searched (whether the engine went to the web to write that answer; null when undetermined). Set include_raw to add the full engine payload; heavy, ask for it only when needed.

The keyword suggestions DISCOVERED on a tracker: domains the surveyed engines cite as sources again and again, that no tracked keyword covers. Recomputed on every read, from the recurrences the surveys have accumulated. Also carries dismissed, the domains this tracker has set aside: what was refused stays readable, so you can restore one with restore_keyword_discovery if the user changes their mind. The two lists are disjoint (a dismissed domain is never suggested). Relay the suggestions to the user: the decision to track a name is theirs.

Accept one discovered suggestion (domain) or a batch (domains): each becomes a tracked keyword of the tracker, in place, and its series starts at the next survey. Refused with keyword_cap_reached when the batch would exceed the keyword cap, and with not_found when a domain is not currently suggested (the batch is all-or-nothing, nothing is added then). The answer carries keyword for a single domain, keywords for a batch. Accept on behalf of the user only when they said yes.

Dismiss one discovered suggestion (domain) or a batch (domains): the domains are never proposed again on this tracker, and appear in the dismissed list until restored. All-or-nothing on unknown domains: one that is not currently suggested refuses the whole batch (not_found). Dismissing an already dismissed domain is fine, it does not fail the batch. The answer carries dismissed as the domain for a single call, the list for a batch.

Restore one dismissed domain (domain) or a batch (domains): it leaves the tracker dismissed list and becomes eligible for discovery again, suggested anew while the engines keep citing it (accepting it stays a distinct move). The counterpart of dismiss, for when the user changes their mind. Idempotent and never refused: restoring a domain that was not dismissed simply leaves it eligible. The answer carries restored as the domain for a single call, the list for a batch.

The competitor scans of the account, newest first: a basket of up to 5 companies of one market, asked to one engine, from which the scan returns THE PLACES that corroborate them. `status` says where each one stands: draft (questions still open, nothing charged), measuring, ready (there is a list to read), failed. `rescan_cadence` says whether it repeats. Without the list of places, which the fiche carries: call get_competitor_scan for one scan. Scope to one project with project_id.

One scan and its list of PLACES: the domains the engine cited while answering about the basket, ranked by how many of its companies each place covers (`subjects`, the number that carries the tool) then by AI Authority. Each place carries `reach`, the way in: self_serve (open your own page there), participate (a forum or a community), ask (a third-party editorial site, the most frequent), registry (the page follows an official filing). `client_present` says whether the account already has a corroboration recorded there. The list ACCUMULATES over every check of the scan, deduplicated by URL, so `seen_in_checks` counts checks and never citations: a place every pass brings back is a steady one. `controlled` is what each company publishes on its own site, and `rivals` the competitive set. To act on a place, add a quest with create_quest carrying its URL.

Prepare a competitor scan on a basket of up to 5 companies of the same market. Three or more is what the scan is built for: from there the places rank by RECURRENCE, that is by how many companies of the basket each one covers. It is created as a DRAFT: nothing is charged, and the questions it derives come back in the answer for you to read before arming it with start_competitor_scan. Each subject needs a `website`: a whole domain found in a page is what tells two companies with the same name apart. `category` qualifies each company in the questions ("welding equipment manufacturer") and `usage` says what buyers use it for ("hobby welding"); both shape the questions, so name them from the market you are measuring. `language` is the language the questions are asked in and `country` the market they name; leave country out for a global one. One engine per scan, ChatGPT by default: a second engine is a second scan.

Arm a prepared scan: the engine is asked, and the prepaid balance is debited by the amount `estimated_cost_minor` announced on the scan. SPENDS: read that amount to the person and get their go-ahead before calling. The answers land within a few minutes; read the places back with get_competitor_scan. Safe to replay: a scan already armed answers with itself instead of paying for a second one.

Correct a scan still in draft, and set the cadence of one already armed. `questions` is where the measurement is won: send the questions to KEEP, with the wording you want asked. A question of the scan left out of the list is removed, and the amount announced by `estimated_cost_minor` follows, so this is also how the person spends less. Nothing is charged until start_competitor_scan, so rewriting costs nothing; a scan already measured keeps its questions (409) and a new one asks something else. `rescan_cadence` sets how often an armed scan runs again: "weekly" or "monthly" sets it, null stops it. Weekly widens the list faster and spends as often; monthly follows the pace a corpus of third-party pages moves at. Each pass widens the list rather than refreshing it, because two checks of the same question do not cite the same pages, and what one check found the next one keeps. SPENDS on every pass, the same amount as the first one, so name it to the person before setting a cadence. It states a STATE and replays safely both ways: setting the cadence already in place moves nothing, and stopping it leaves the accumulated list intact.

The Atlas: the sources the AIs cite when they answer YOUR trackers. Each entry is a domain with its AI Authority on each AI, a 0 to 100 scale over the last 30 days where 100 is the source that AI cites the most. An engine with no value has not cited the domain lately, which is not a zero. Each AI has its own leader, so its own scale: each column ranks the sources on its own AI, the rankings being almost disjoint. The map carries the sources surfaced by the surveys of this account, so it grows as the account measures more; filter it to one brand with project_id. The scale, on the other hand, is computed across every measurement Epovest runs, which is what makes it stable. Use it to see where an answer comes from on a subject, and which places are worth existing on. The unit is the registrable domain, so a subdomain is folded into it and a hosting platform counts as one source, not one per author.

One entry of the Atlas, read by its id: the domain and its AI Authority on each AI. Call list_sources to find a source id, or to read the same entries filtered and ranked.

The channels behind one source of the Atlas: who published the videos the AIs cited when answering the questions of this account, with their videos and the questions that surfaced each one. The unit of the Atlas is the registrable domain, so a video host is one source however many people publish on it; this reads the level below, the one where the work happens, since a channel is what you contact. Ranked by how many of your questions each channel came back on, then by videos, then by citations: a channel that answers two of your questions with one well-titled video sits above a busy channel cited twice on the same one. Each channel carries you_are_there, read from the corroborations this account has recorded. The answer also carries what it is drawn from: videos cited on your questions, how many have a known channel, and how many are still to be established.

The settings of the account: the legal name, billing country, postal address and intra-EU VAT number printed on its invoices, plus the language we write to it in and the time zone its hours are shown in. `member` names the person the language and the time zone belong to. Read it before update_account_settings: the answer gives every setting as it stands, so you change the one the user named and leave the others alone.

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Change the settings of the account. Send only what the user is changing: every setting you leave out keeps its value. `billing_country`, `billing_address` and `intra_eu_vat_number` clear when you send null; `name`, `language` and `timezone` keep their value on null, so name the language or the time zone you want. A postal address and a VAT number travel with `billing_country`: send the country in the same call. What you write here goes on the next invoices of the account, and the invoices already issued keep the details they carry.

The prepaid credit balance of the account: available credits, which never expire, and the amount reserved by surveys in progress with the detail of each reservation. Read it before starting a tracker, or when a call fails with insufficient_credits. It also carries what a top-up is worth here, so you never have to work it out: `monthly_estimate_minor` is what the account has set up to consume in a month, and `suggested_topups[]` gives three amounts derived from it, each with `amount_minor`, `amount` (major units) and `covers_months`, the runway it buys at that pace. `min_topup_minor` is the floor a top-up has to clear. When the account consumes nothing yet, `monthly_estimate_minor` is 0 and `suggested_topups` is empty: ask the person what they want to measure, and the amounts appear as soon as a tracker is configured.

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What the account SPENDS: one call, three answers, and they must never be mixed up. (1) THIS MONTH, a FORECAST: `this_month_forecast` gives `total_minor` for the month in progress, which is `spent_minor` (already debited) plus `remaining_minor` (what the active trackers and monitored corroborations will still run before month end, counted as real occurrences and recomputed from their configuration). Report it as a forecast, never as spend, and say the month. (2) PER MONTH, actual: `by_month[]` gives, for each of the last 12 months, `month` (YYYY-MM), `spent_minor`, and the same amount by project and by tracker. This is what the wallet was really debited. `months_total` says how many months have spend, so you can tell whether 12 covered everything. (3) OVER THE WINDOW, actual: `total_spent_minor` with `by_project[]` and `by_tracker[]` (biggest spender first) is a cumulative total over `period` (`from` and `to`, the first and last debit counted), never a monthly figure: quote the period alongside the amount. `entries[]` carries the ledger itself. Spend is broken down by COST LINE everywhere, in `lines` and `by_category`: `survey` (the checks themselves), `ai_analyst` (the supplement of the AI analysts grafted onto them), `competitor_scan` (a one-off scan of a basket of competitors, run from the app on the same check grid, which carries its own line and stays out of `by_tracker`), `corroboration_check` (monitored corroborations, one debit per check run) and `other` for a line the tool does not name yet, which stays visible rather than dropping out of a total. Amounts are in minor units of the wallet currency. Filter a single month with `month` (YYYY-MM), and the entries alone with `type` (`in` for top-ups, `out` for spend). Every tracker line carries `tracker_id`, ready for get_results or get_responses, and `listed` says whether that tracker is still in the account list. Each entry is stamped with `created_at`, the exact instant it was posted (RFC 3339, to the second, w

Prepare a top-up of the prepaid credit balance and return the hosted payment link. Nothing is charged by this call: hand payment_url to the user, the payment happens there, and they approve the amount on that page. When the user names an amount, that amount wins: pass it as `amount`, exactly the number they said. Amounts are always in the wallet currency of the account, which get_credits gives: if they name another currency, tell them, never convert one currency into another yourself. When they leave it to you, take one of the amounts get_credits already suggests in `suggested_topups[]` and pass its `amount_minor`: they are derived from what this account consumes, they clear the floor, and each says the runway it buys in `covers_months`. Name the one you picked and what it covers. Nothing to compute, and nothing to convert. Send one of the two, never both. The minimum top-up is 10.00 (1000 minor units). Once paid, the balance updates on its own and paused trackers resume.

Send a message to the humans behind Epovest: report a problem, suggest an improvement, ask a question. Use it when a tool refuses what should work, when the product is missing something the user needs, or when the user asks you to tell us something. The message lands in the support threads of the account, which the members also see in the app, and a human answers there. Reply to an ongoing thread with thread_id, and read the answer with get_support_thread.

The support threads of the account, most recent first: what was asked, and whether the support team has answered. The threads are shared by the members of the account, whatever wrote them.

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One support thread with its messages, including the answers of the support team. Read it back after contact_support to relay the answer to the user.