Accuracy change tracking
Monitor how AI’s description of the business shifts over time and flag unexpected changes.
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Monitor how AI’s description of the business shifts over time and flag unexpected changes.
A set of predefined actions executed with a single one-click operation.
The practice of optimizing content so AI answer engines surface it accurately.
AI systems that autonomously plan and execute multi-step tasks toward a goal.
A software tool, powered by an AI model, that performs tasks or takes actions on a user’s behalf.
The broader effort to ensure an AI system’s behavior matches human intentions and values, not just technical accuracy.
A comparison between AI’s answer and your expected answer via a live query.
Bias in an AI model’s outputs, often inherited from poor training data, producing unfair or inaccurate results.
The references and sources AI systems cite when using your content in an answer.
Tools and techniques used to determine whether a piece of text was generated by an AI model or written by a human.
The policies, oversight, and accountability structures a company puts around its use of AI systems.
AI-generated information that sounds convincing but isn’t actually true.
The frequency and context in which AI systems mention the business.
See what AI systems are actually saying about your business through citations and trending prompts.
AI-generated summaries that appear at the top of Google search results, synthesizing information from multiple sources without requiring a click-through.
A score measuring structured-data quality across completeness, accuracy, compliance, and performance from crawl and schema validation.
A score measuring whether AI engines surface the business in its category, how prominently, and how favorably, through live LLM probing over time.
A search platform that uses AI to generate a synthesized answer from live web results, instead of just returning a ranked list of links.
A score measuring how accurately AI engines describe the business, judged against verified claims, evidence, and entity completeness.
How prominently and accurately a brand shows up across AI-generated answers — the AI-era equivalent of showing up on page one of search.
A structured, publicly accessible feed generated from crawled schema and verified claims for AI-platform ingestion.
Programmatic Application Programming Interface (API) access to platform data and actions for external systems.
A metric estimating how much an AI model trusts a particular source, influenced by factors like citation frequency, domain reputation, and content quality. *similar to LLMSource’s AI Trust Score
Badge revoked when score, crawl, payment, or security triggers are met.
A list of items blocking certification submission, shown on a failure screen with steps to fix them.
An emergency access path used when the normal allowed-IP path is unavailable.
Bring Your Own Key (BYOK): an option to bring your own encryption key instead of using a platform-managed one.
Certification levels according to a domain’s overall score.
A pre-certification checklist for the issuance of a signed, publicly verifiable badge.
When a model works through a problem in visible intermediate steps before giving a final answer, rather than jumping straight to a conclusion.
OpenAI’s ChatGPT, one of the monitored LLM sources for mentions and citations.
How often AI models cite a given source or domain when answering — higher frequency signals the model treats that source as trustworthy and quotable. *similar to LLMSource’s AI Trust Score
Anthropic’s Claude, one of the monitored LLM sources for mentions and citations.
A model whose underlying weights and architecture are kept private by the company that built it, with access only through their own product or API.
Your brand is mentioned near another brand or topic, online or in an AI answer, without an actual link. It still counts as a visibility signal, just a weaker one than a direct citation.
Benchmark how AI represents your brand against up to ten competitor domains with gap analysis.
Score how complete structured data is, per page and per schema type.
A checklist of governance requirements with status indicators.
Check whether facts stated in JSON-LD also appear consistently in crawlable body text.
Identify facts that AI answers correctly only some of the time across repeated queries.
Coalition for Content Provenance and Authenticity (C2PA): a technical standard for embedding verifiable metadata showing whether content was AI-generated, edited, or captured by a camera.
Scan page body text beyond schema to check what AI systems would actually read or cite.
The maximum amount of text (measured in tokens) a model can process in a single conversation or request before it starts “forgetting” earlier parts.
Flag contradictions between schema claims and body content and feed them into the issues list.
Searching via natural, multi-turn dialogue with an AI assistant, rather than typing isolated keywords into a search bar.
The average cost paid per click in correlated advertising performance data.
Indicate whether AI crawlers can access and read a page’s content.
The storage region assigned to a tenant’s data (EU, US, or APAC), configurable at the child-organization level.
Isolated, tenant-specific hosting resources provisioned instead of a shared infrastructure.
Synthetic image, audio, or video content generated by AI to convincingly depict a real person saying or doing something they didn’t.
One of the monitored LLM sources for mentions and citations.
A third-party metric estimating a domain’s likelihood of ranking well, based on link profile and other signals.
Alert triggered if AI gets previously accurate facts wrong, based on a comparison of scores across scheduled scans.
Google’s Experience, Expertise, Authoritativeness, and Trustworthiness framework for evaluating content quality. It’s also referenced in discussions of what makes content citable by AI systems.
Map parent-child relationships between organizational entities.
The degree to which an eXplainable AI system’s decision-making process can be understood and explained by humans, rather than functioning as an opaque “black box”.
Comparison of AI-generated descriptions of the business against verified claims with divergences highlighted.
Assemble the AI-ready data feed from crawled schema and verified claims.
Publish the feed to a public URL and track submission status per platform.
A model performing a task with just a couple of examples rather than needing extensive training data for that specific task.
Further training an already trained model on a narrower dataset to specialize its behavior for a particular task, tone, or domain.
A large-scale AI model (e.g., GPT, Claude, Gemini’s underlying models) trained on broad data and designed to be adapted for many different downstream tasks or products.
Google’s Gemini, one of the monitored LLM sources for mentions and citations.
AI systems that create new content — text, images, code, or audio — by learning patterns from training data and producing novel outputs that follow those patterns.
The practice of optimizing content and brand presence for generative AI systems’ outputs.
A performance report broken down by geographic areas.
Google’s Search Generative Experience — an earlier interface using generative AI to provide conversational, synthesized answers within search results, since rebranded as Google AI Overviews.
A family of large language models developed by OpenAI, pre-trained on vast text corpora to generate human-like text.
X’s Grok, one of the monitored LLM sources for mentions and citations.
The process of connecting an AI model’s outputs to verified, real-world data sources, so its responses are factual rather than speculative or hallucinated.
Rules and safeguards built into an AI system to prevent harmful, inaccurate, or off-brand outputs.
A workflow design where a human reviews, corrects, or approves an AI system’s output before it’s finalized or acted on, rather than letting the AI act fully autonomously.
An append-only, tamper-proof event log across ten categories that can never be edited or deleted.
Step-by-step response workflows for crawl failures, score drops, integration errors, and security incidents.
The process where an AI model turns your input into tokens, runs them through its trained layers, and predicts the response one token at a time until it reaches an answer.
Restrict platform access to an approved list of Internet Protocol (IP) addresses, with emergency override available.
JavaScript Object Notation for Linked Data (JSON-LD): the common code format used to write structured data, placed in a page’s script tag so AI and search engines can read it directly.
Structuring and verifying entity information so it’s correctly represented in Google’s Knowledge Graph and other structured knowledge graphs, which AI systems often draw on for factual answers.
How long a model takes to respond to a request.
An AI model trained on vast amounts of text to predict and generate language.
Making a brand’s content easy for LLMs to parse, retrieve, and represent faithfully — lowering the odds of it being ignored or described incorrectly.
A longer, more specific search phrase as opposed to a short, broad keyword.
The general approach of training a system to improve at a task from data, rather than being explicitly programmed for it.
Descriptive data attached to pages or schema that informs AI interpretation.
Microsoft’s Copilot, one of the monitored LLM sources for mentions and citations.
A highlight of queries where AI should cite the business’s content but doesn’t.
The learned numerical values inside a model, locked in after training, that determine how it responds to any input.
AI systems capable of processing and generating multiple types of content: text, images, audio, and video.
The layered mathematical structure that LLMs and most modern AI models are built from, loosely modeled on how brain neurons connect.
The broader field of AI focused on understanding and generating human language.
Ranking and trust factors that come from sources other than your own site: backlinks, third-party mentions, reviews, and citations that AI and search systems use to judge credibility.
Ranking and trust factors controlled directly on your own website: schema, page content, and site structure.
A model whose underlying weights and architecture are made publicly available, so anyone can inspect, modify, or build on it.
The number of adjustable values inside a model that were tuned during training — often used as a proxy for how large or capable a model is.
Perplexity AI, one of the monitored LLM sources for mentions and citations.
Automatic detection and masking of Personally Identifiable Information (PII) in schema and crawl outputs.
Three product layers, each tied to a score: Discover (AI Quality Score), Trust (AI Trust Score), and Control (AI Representation Score).
Governance rules written as code that trigger automated actions, such as blocking deployment below a quality threshold.
Tracking of product schema health, product catalog management, and quality-score impact monitoring.
The practice of carefully wording instructions given to an AI model to get more accurate, relevant, or well-formatted responses.
A security risk where hidden instructions embedded in content trick an AI system into ignoring its original task.
A public, no-login page confirming a domain’s certification and scores are genuine via a cryptographic signature.
A technique where a model retrieves relevant external content at the moment of answering, rather than relying solely on what it learned during training.
Deliberately stress-testing an AI system for weaknesses, biases, or safety failures before it ships.
Automatic correlation of AI-visibility changes with Return on Ad Spend (ROAS) performance trends.
The raw Return on Ad Spend (ROAS) data used before correlation analysis is applied.
A check of the site’s posted rules for what crawlers can access, catching rules that accidentally block AI crawlers that hurt the business’s visibility.
A saved library of test queries that run on schedule and notify admins when results diverge from expectations.
A standardized way of organizing information on a site so AI can understand and surface the brand accurately.
Identify existing structured data markup present on a crawled page.
A tool to create or modify structured data markup directly within the platform.
Check whether structured data conforms to required syntax and format standards.
System for Cross-domain Identity Management (SCIM) 2.0 provisioning lets you automatically create, update, or remove user accounts to match your company’s identity system, so access always stays in sync.
A retrieval method where a system matches your query to relevant content based on meaning, not exact wording.
Semantic SEO (Search Engine Optimization) is the content strategy of writing around a topic comprehensively, not just one target keyword, so both search engines and AI systems recognize your page as a strong match for the broader subject.
Judges whether AI-generated mentions of a brand are positive, neutral, or negative, so you can catch and correct narrative drift early.
Search Engine Results Page (SERP): the page displaying results after a search query, now often including AI Overviews alongside traditional links.
Your brand’s slice of all AI mentions in a topic or category, measured against competitors — a read on who the models surface first.
Crawl the website to find all publicly accessible pages for schema scanning and scoring.
Service Level Objectives (SLO): dashboards that track whether operational targets (like how fast an issue gets fixed) are being met, and flag it when they’re breached.
Export of Service Organization Control 2 (SOC 2) audit data as a structured PDF for external auditors to review in one click.
Single Sign-On (SSO) using Security Assertion Markup Language (SAML) 2.0 is a protocol that lets a user log into multiple applications with one set of credentials, your company account — no separate password needed.
A standard set of tags added to a page that label what each part means, like a business name or price, so AI can read and reuse the content accurately.
Data generated by an algorithm rather than collected from real-world events, often used to train or test AI models when real data is scarce or sensitive.
Encryption applied separately to each tenant’s data to maintain isolation and security.
A one-time top-up of AI tokens upon exceeding LLMSource’s plan allowance (no rollover of tokens).
A unit of text (roughly a word or part of a word) that AI models use to process and generate language. AI usage is often measured in tokens.
A parameter controlling how many of the highest-ranked retrieved results (e.g., top 5, top 10) a model considers before generating an answer.
A setting that controls how varied an AI’s word choices are — lower values keep answers predictable, higher values allow more creativity.
The cues AI uses to judge reliability: verified claims, consistent page content, mapped entities, and a current data feed.
Control requiring a second user to approve any changes for accountability.
Determine which schema type (e.g., Organization, Product, FAQ) applies to a given page.
A single consolidated view of all scores (AI Quality Score, AI Trust Score, and AI Representation Score) for Business and Enterprise plans.
Numeric representations of words or content that capture meaning, allowing systems to match queries to relevant content based on similarity rather than exact wording.
An automatic message sent to another system the moment something happens on the platform, like a scan finishing or a score dropping, so you don’t have to keep checking.
Hash-based Message Authentication Code (HMAC) signatures attached to every webhook message, so the system receiving it can confirm the message really came from the platform and wasn’t faked or altered.
The ability for Agencies to rebrand the platform under their own name and visual identity.
A query answered right in the results or by an AI assistant, with no click-through to any website.
A model performing a task with no examples given (zero-shot) instead of needing extensive training data for that specific task.