mcp-tiktok-brand-presence-mapper
TikTok Brand Presence Mapper MCP Server
用于 Apify 上 Mamba Labs TikTok Brand Presence Mapper actor 的 MCP 服务器。
将 TikTok handle 或公司域名解析为品牌账号,并返回粉丝数、点赞数和视频数。
它做什么
将 TikTok handle 或公司域名解析为该品牌在 TikTok 上的官方账号。返回粉丝数、关注数、点赞数、视频数、认证状态、显示名称、个人简介以及账号在个人简介中的外链,并作为一行可直接供 Clay 使用的扁平化数据输出。大约一万以上的计数会被 TikTok 四舍五入记录,并且这一行里会标识这一点。一个猜测出的账号如果没有通过身份校验,就会被报告为 identity_mismatch,且不返回计数,而不是被当作该公司的账号返回。入为已分析;需要 APIFY_TOKEN,并且每次调用都会消耗 Apify 积分。
Related MCP server: Company Identity Resolver MCP Server
快速开始
将以下内容添加到你的 MCP 客户端配置:
{
"mcpServers": {
"mamba-tiktok-brand-presence-mapper": {
"command": "npx",
"args": ["-y", "@mambalabsdev/mcp-tiktok-brand-presence-mapper"],
"env": { "APIFY_TOKEN": "your-apify-token" }
}
}
}前置条件
Node.js 18 或更高版本
来自 console.apify.com/account/integrations 的 Apify API token
该 actor 按事件付费,每次调用消耗 Apify 积分。定价请参见 actor 页面。
示例提示词
“Gymshark 在 TikTok 上有多少粉丝?”
“查找 allbirds.com 的 TikTok 账号,并告诉我它是否已认证。”
“检查 patagonia.com 在 TikTok 上是否有任何存在。”
工具与输入
工具:map_tiktok_brand_presence
输入 | 类型 | 含义 |
| string | TikTok handle,可带或不带前导 @,例如 shopify。这是主要输入:在 14 个官方 B2B 网站只有 4 个会声明 TikTok 链接,因此 |
| string | 裸公司域名,例如 shopify.com。当您没有 handle 时,用它来查找 handle,并在发现阶段对其进行身份核实。 |
| string | 可选。可提高搜索准确性,也是身份门对已发现账号进行核实的依据。 |
| boolean | 当为 “true”(默认)时,会抓取个人资料页并提取计数。设为 “false” 只解析个人资料 URL,这会便宜很多,且需要 |
| boolean | 当为 “false”(默认)时,成功查找会被缓存七天并复用。设为 “true” 可强制进行新抓取。以字符串形式发送,以保证与 Clay 兼容。 |
| boolean | TikTok 通过廉价的数据中心路由响应大多数请求,同时只用机器人检测页面阻止少数请求。当为 “true”(默认)时,被阻止的抓取会被重试。 |
解析输出
每一行都有 _status 字段,它是我们首先要读取的字段。从语言建构上看,整个 Mamba Labs 社交产品线基本相同:
Status | Meaning |
| 抓取并解析正常,该值存在 |
| 我们访问过了,但没有这样的 profile |
| profile 存在,但我们并没有从其数据流中获取该值 |
| 平台拒绝了这次请求,值得稍后重试 |
| 我们找到了一个真实的账号,但该账号属于其他人 |
| 你未请求该平台 |
false 与 null 是两种完全不同的含义。false 表示我们查找过且结果是“没有”。null 表示我们无法查找。如果你的过滤器要筛出没有公司在场的信息,应该用 false 过滤,因为 null 行代表着“未知状态”,而不是“不存在”。
完整的 actor 文档
apify.com/mambalabs/tiktok-brand-presence-mapper
Mamba Labs GTM Suite
Mamba Labs 构建了一套 GTM 数据增强的 actor,它们输出采用统一扁平、可直接由 Clay 消费的格式,因此所有行只要按 company_domain 去重即可、不需要清理步骤。完整家族:apify.com/mambalabs
许可证
MIT
Available Tools
1 toolmap_tiktok_brand_presenceMap TikTok Brand PresenceARead-onlyIdempotent
Resolve a TikTok handle, or a company domain, to that brand's official TikTok account. Returns follower, following, like and video counts, verification status, display name, bio and the account's outbound bio link, as one flat Clay ready row. Counts above roughly ten thousand are rounded by TikTok and the row flags that. A guessed account that fails the identity check is reported as identity_mismatch with no counts rather than being returned as the company's. Read only; requires an APIFY_TOKEN and consumes Apify credits per call.
| Name | Required | Description | Default |
|---|---|---|---|
| handle | No | The TikTok handle, with or without the leading @, for example shopify. This is the PRIMARY input: only 4 of 14 B2B homepages declare a TikTok link, so supplying the handle is both cheaper and far more reliable than asking the actor to find it. | |
| skipCache | No | When "false" (default) a successful lookup is cached for seven days and reused. Set "true" to force a fresh fetch. Sent as a string for Clay compatibility. | |
| company_name | No | Optional. Improves search accuracy and is what the identity gate checks a discovered account against. | |
| company_domain | No | Bare company domain, for example shopify.com. Used to FIND the handle when you do not have one, and to identity check a handle that discovery guessed. Supplying both is the best case. | |
| escalateOnBlock | No | TikTok answers most requests over cheap datacenter routing and blocks a minority with a bot detection page. When "true" (default) a blocked fetch is retried once over residential, which recovers most of them at a higher cost per recovered row. Set "false" to accept the block and return status blocked. Sent as a string for Clay compatibility. | |
| includeFollowerCounts | No | When "true" (default) the profile page is fetched and the counts are extracted. Set "false" to resolve the profile URL only, which is cheaper and needs no proxy. Sent as a string for Clay compatibility. |
TDQS
Does the description disclose side effects, auth requirements, rate limits, or destructive behavior?
The description adds meaningful behavioral disclosures beyond the annotations: TikTok rounds counts above roughly ten thousand and the row flags that; a failed identity check surfaces as identity_mismatch with zero counts rather than silently returning bad data; the escalateOnBlock retry semantic reveals the tool can transition to residential routing. It also names upstream behavior ('TikTok answers most requests over cheap datacenter routing') that contextualizes the blocked status. The 'Read only' claim is consistent with readOnlyHint=true; no contradiction.
Agents need to know what a tool does to the world before calling it. Descriptions should go beyond structured annotations to explain consequences.
Is the description appropriately sized, front-loaded, and free of redundancy?
At roughly 105 words, the main description is dense but every clause earns its place: intent, output shape, rounding caveat, identity-failure semantics, and cost warning all load in sequence. It front-loads the core action before edge cases. A half-point off for the CSV-like return field list ('follower, following, like and video counts...') which could be trimmed, but that is minor — structure fidelity is high and the most important behavioral caveat (rounding) comes early.
Shorter descriptions cost fewer tokens and are easier for agents to parse. Every sentence should earn its place.
Given the tool's complexity, does the description cover enough for an agent to succeed on first attempt?
For a mutation-adjacent tool with six parameters, zero required, no output schema, and no siblings, the description covers all the bases: it explains the return payload (counts, verification, bio, link), the two error/edge statuses (identity_mismatch, blocked), the rounding edge case, the read-only safety profile, and the cost implication. With no output schema present, the description's inventory of returned fields is what makes the tool callable without a single round-trip to the API. The only trivia an agent can't know is the exact JSON shape of the row — immaterial when Clay is the sink.
Complex tools with many parameters or behaviors need more documentation. Simple tools need less. This dimension scales expectations accordingly.
Does the description clarify parameter syntax, constraints, interactions, or defaults beyond what the schema provides?
Schema description coverage is 100%, so the baseline of 3 applies. The parameter descriptions themselves are exemplary — they explain tone (skipCache serialized as a string for Clay), priming (handle is PRIMARY), and failure modes (blocked on escalation). However, the main description itself adds no parameter-level meaning; it focuses on return shape and error states. No deduction needed, but also no bonus: the description correctly leaves the parameter documentation to the schema where it already exists at full coverage.
Input schemas describe structure but not intent. Descriptions should explain non-obvious parameter relationships and valid value ranges.
Does the description clearly state what the tool does and how it differs from similar tools?
The description opens with a specific verb+resource pairing — "Resolve a TikTok handle, or a company domain, to that brand's official TikTok account" — and immediately enumerates the exact deliverable fields (follower counts, verification status, bio, outbound link). It goes far beyond a restatement of the tool name, and the identity-mismatch sentence further disambiguates what the tool is (an identity-verified resolver, not a fuzzy lookup). Even without sibling tools to distinguish from, nothing about the core purpose is left to inference.
Agents choose between tools based on descriptions. A clear purpose with a specific verb and resource helps agents select the right tool.
Does the description explain when to use this tool, when not to, or what alternatives exist?
The description supplies clear operational context: it is read-only, requires an APIFY_TOKEN, and consumes credits per call. The parameter docs add routing guidance about preferring handle over domain discovery ("only 4 of 14 B2B homepages declare a TikTok link") and when to flip escalateOnBlock or includeFollowerCounts. It lacks an explicit 'use alternative X instead' statement, but with no siblings that exclusion is legally unnecessary; a small deduction for the cost/intent guidance being spread across parameters rather than fronted in the main body.
Agents often have multiple tools that could apply. Explicit usage guidance like "use X instead of Y when Z" prevents misuse.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
1 tool update
v1.0.0- First observed
map_tiktok_brand_presence
TDQS
Scored across 1 tool
With only a single tool, there is no possibility of overlap or confusion between different operations.
The tool name 'map_tiktok_brand_presence' is clear, descriptive, and follows a consistent verb_noun pattern; no inconsistency issues with a single tool.
Having only one tool makes the surface feel thin for a server that ostensibly aims to map brand presence on TikTok, though it might be acceptable if the scope is extremely narrow. It falls into the borderline category.
The tool only resolves a single brand to its TikTok account and returns basic stats. There are significant gaps—no search, listing, comparison, or update capabilities—which would force agents to rely on external workarounds for related tasks.
Maintenance
Related MCP Connectors
TikTok profiles (followers, bio) and per-video stats by handle or URL. No login. Pay per result.
Public TikTok profiles, videos, comments and keyword search as JSON. No developer account.
Get social media data from Instagram and TikTok: profiles, posts, videos, comments, and more.
TikTok search demand, videos, creators, comments and captions for AI agents. OAuth or API key.
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