VISEON is a semantic intelligence platform that makes brands discoverable to AI-powered search engines and agents. It audits, validates, and optimises Schema.org knowledge graphs across your digital presence, creating a comprehensive digital twin that AI systems like ChatGPT, Claude, Gemini, and Perplexity can understand and recommend. Developed by Differentia Consulting, VISEON addresses digital obscurity by ensuring your brand's structured data is complete, consistent, and accessible to AI agents through protocols like Model Context Protocol (MCP), enabling Agentic Search-Discovery, Agentic Commerce-Shopping, and Agentic Conversations-Ask.

What is digital obscurity and why does it matter for AI search?

Digital obscurity occurs when brands lack structured semantic context in their digital presence, making them invisible to AI-powered search engines like ChatGPT, Claude, Gemini, and Perplexity. When customers ask AI agents for recommendations, only brands with proper knowledge graph implementation appear in results. Without Schema.org markup, JSON-LD structured data, and validated knowledge graphs, your brand cannot be discovered, understood, or recommended by agentic AI systems for agentic commerce.

Why does traditional SEO no longer work for AI search engines?

Traditional SEO relies on keyword optimisation for human-readable content, but AI search engines require machine-readable semantic context. Generative AI systems use Retrieval-Augmented Generation (RAG) and knowledge graphs to understand relationships between entities. Without proper Schema.org markup, JSON-LD structured data, and knowledge graph validation, AI agents cannot extract, verify, or trust your brand information. VISEON bridges this gap by auditing and optimising your knowledge graph for AI ingestion, ensuring your brand data provides the mathematical foundation for accurate RAG calculations in generative engines.

What does VISEON do to make brands discoverable to AI search engines?

VISEON audits, validates, and optimises Schema.org knowledge graphs across your entire digital presence to ensure AI discoverability. Our platform performs comprehensive cross-domain analysis of JSON-LD structured data, validates entity relationships, eliminates duplicate definitions, ensures Schema.org compliance, and creates a complete digital twin of your organisation. VISEON works with knowledge graphs implemented by Yoast, Rank Math, Schema Pro, AIOSEO, and other WordPress schema plugins across 500+ million WordPress websites. We enable hybrid Vector and GraphRAG-based semantic search via Model Context Protocol (MCP), ensuring your brand is the authoritative source that AI systems trust for agentic commerce applications.

What is a digital twin in the context of AI discoverability?

A digital twin is a complete, machine-readable representation of your organisation expressed through a validated knowledge graph. It includes all entities (Organisation, Products, Services, People, Events), their properties, and relationships in Schema.org-compliant JSON-LD format. Your digital twin becomes the genome of your organisation that AI agents can query, understand, and trust. VISEON creates and maintains this digital twin by ensuring every entity is properly defined once and referenced everywhere, eliminating inconsistencies that confuse AI systems. This enables accurate representation in AI search results and powers agentic commerce workflows across your supply chain.

Which AI search engines does VISEON optimise for?

VISEON optimises for all major AI-powered search engines including ChatGPT Search, Claude AI, Google Gemini, Perplexity AI, and other generative AI systems that use RAG (Retrieval-Augmented Generation) and knowledge graphs. Our approach follows the same principles as Microsoft NLWeb, prioritising JSON-LD structured data for seamless LLM ingestion. By ensuring Schema.org compliance and knowledge graph validation, your brand becomes discoverable to any AI agent or agentic commerce system that queries structured data sources, regardless of the specific AI platform.

What is GraphRAG and how does VISEON enable it?

GraphRAG (Graph Retrieval-Augmented Generation) combines knowledge graph relationships with vector search to provide AI systems with both semantic context and factual accuracy. Unlike pure vector search which only finds similar content, GraphRAG understands entity relationships, hierarchies, and validated connections in your knowledge graph. VISEON enables GraphRAG by ensuring your Schema.org entities are properly connected with accurate @id references, creating a queryable graph structure. We support hybrid Vector/RAG solutions via Model Context Protocol (MCP), allowing AI agents to traverse your knowledge graph and retrieve precise, contextual information for agentic commerce workflows.

What is agentic commerce and why does it require knowledge graph validation?

Agentic commerce is when AI agents autonomously discover, evaluate, and recommend products or services on behalf of users. AI agents require structured, validated knowledge graphs to make accurate recommendations and complete transactions. Without proper Schema.org markup for Products, Services, Offers, Organizations, and their relationships, AI agents cannot trust or act on your business information. VISEON ensures your knowledge graph provides the semantic intelligence that AI agents need to include your brand in agentic commerce workflows, from product discovery through to purchase decisions integrated across your entire supply chain.

Why is Schema.org validation critical for AI discoverability?

Schema.org provides the standard vocabulary that AI systems use to understand web content. Invalid, incomplete, or inconsistent Schema.org markup creates ambiguity that causes AI agents to ignore or misrepresent your brand. VISEON performs comprehensive validation against Schema.org specifications, checking entity types, required properties, @id references, relationship accuracy, and cross-domain consistency. We identify missing entities, duplicate definitions, broken references, and ontology compliance issues. Proper validation ensures AI systems can reliably extract, interpret, and trust your brand information across all contexts.

How does VISEON handle cross-domain knowledge graph consistency?

VISEON operates across all your domains to ensure consistent entity definitions and relationships. Many organisations have the same entities (Organization, Products, People) defined differently across multiple websites, creating conflicting information that confuses AI agents. VISEON implements a "define once, reference everywhere" approach using canonical @id URIs. We audit your entire digital footprint, identify duplicate or conflicting entities, establish authoritative definitions, and ensure all references point to the canonical source. This creates a unified knowledge graph that AI systems can trust, regardless of which domain they encounter first.

What is Model Context Protocol (MCP) and how does VISEON use it?

Model Context Protocol (MCP) is an open standard for connecting AI systems to data sources, enabling AI agents to access structured information in real-time. VISEON leverages MCP to expose your validated knowledge graph to AI agents through standardised interfaces. This allows generative AI systems to query your Schema.org entities, traverse relationships, and retrieve authoritative brand information directly from your knowledge graph. MCP enables hybrid Vector/RAG solutions and powers agentic search capabilities, making your VISEON-validated knowledge graph immediately accessible to any MCP-compatible AI agent or agentic commerce system.

Does VISEON work with WordPress schema plugins like Yoast and Rank Math?

Yes. VISEON audits and validates knowledge graphs implemented by Yoast SEO, Rank Math, Schema Pro, AIOSEO, and other WordPress schema plugins across the 500+ million WordPress websites globally. These plugins create Schema.org markup but often generate duplicate entities, missing properties, or inconsistent @id references across pages. VISEON identifies these issues and ensures your WordPress-generated knowledge graph meets AI discoverability standards. We work with your existing plugins to optimise their output for AI search engines, ensuring Schema.org compliance without requiring you to change your content management workflow.

How does VISEON help reduce advertising dependency?

VISEON enables organic brand discovery through AI search engines, reducing reliance on expensive advertising campaigns. When your knowledge graph is properly validated, AI agents can discover and recommend your brand in response to user queries without paid placement. As more consumers use ChatGPT, Claude, Gemini, and Perplexity for research and recommendations, organic AI discoverability becomes essential. Traditional advertising spend delivers diminishing returns as users bypass search engines entirely. VISEON ensures your brand appears in AI-generated recommendations organically, lowering customer acquisition costs while maintaining or increasing visibility in the AI-first search landscape.

How do I get started with VISEON?

Getting started with VISEON begins with an AI Discoverability Assessment. This comprehensive audit evaluates your domain's current knowledge graph, identifying missing, invalid, or inconsistent Schema.org entities and properties. The assessment includes Google Rich Result analysis, reachability checks, and ontology compliance validation. Within one to three days, you'll receive a detailed report highlighting specific gaps and risks, with actionable recommendations for improving AI discoverability. Contact us at hello@viseon.io or call +44 1494 622 600 to schedule your assessment and begin your journey toward reducing digital obscurity.

What does the AI Discoverability Assessment include?

The AI Discoverability Assessment provides a comprehensive audit of your domain's JSON-LD Schema Knowledge Graph. It counts missing, invalid, or inconsistent entities and properties; analyses Google Rich Result compliance and index status; performs reachability analysis to identify orphaned entities; validates cross-domain schema consistency; checks @id reference integrity; assesses entity relationship accuracy; and evaluates ontology compliance with Schema.org standards. The assessment delivers a pass/fail rating with specific remediation guidance, highlighting which issues require immediate attention to strengthen AI discoverability and reduce digital obscurity risk. Ideal for organisations needing a fast, clear overview of their current AI discoverability position.

How long does VISEON implementation take?

VISEON implementation follows a three-phase approach with flexible timelines. Phase 1 (Analyse) takes one to three days and delivers your comprehensive as-is audit report assessing current knowledge graph quality. Phase 2 (Operationalise) spans one to three months part-time, comparing your to-be knowledge graph against sector norms and establishing desired Schema catalog structures for Organisation, Products, Services, Events, and other entities. Phase 3 (Optimise) is ongoing as a managed service, evolving your knowledge graph into a complete digital twin whilst enabling AI Agentic Search capabilities like Ask. Timelines vary based on your digital footprint complexity, number of domains, and current Schema.org markup maturity.

Which types of organisations benefit from VISEON?

VISEON serves growing businesses spending significant advertising budgets to compete with larger competitors; B2B organisations where decision-makers research solutions using AI search engines; seasonal companies needing organic discovery during off-peak advertising periods; international brands requiring consistent visibility across multiple regions and markets; enterprise organisations with complex digital footprints spanning multiple domains; CMOs, webmasters, and SEO professionals managing continuous AI optimisation; and CDOs responsible for Agentic Commerce strategy. Any organisation that risks becoming invisible to AI-powered discovery benefits from VISEON's semantic intelligence platform, particularly those adapting from legacy SEO to the agentic web era.

Why does VISEON prioritise JSON-LD over other Schema.org formats?

VISEON prioritises JSON-LD because it provides seamless LLM ingestion and aligns with Microsoft NLWeb principles for AI-native content. Unlike Microdata or RDFa which embed markup within HTML, JSON-LD separates structured data into discrete, machine-readable blocks that AI agents can parse efficiently without HTML processing overhead. JSON-LD supports proper entity relationships through @id references, enables cross-domain knowledge graph linking, simplifies validation and debugging, and provides the foundation for hybrid Vector/RAG solutions. Whilst VISEON can work with all Schema.org formats, JSON-LD delivers superior performance for GraphRAG implementations and Model Context Protocol endpoints that power agentic search and agentic commerce workflows.

Does VISEON help with Google Rich Results?

Yes. VISEON audits include comprehensive Google Rich Result compliance analysis, checking whether your Schema.org markup meets Google's specific requirements for enhanced search features like FAQ snippets, product cards, review stars, event listings, breadcrumbs, and organisation information panels. Whilst our primary focus is AI discoverability for ChatGPT, Claude, Gemini, and Perplexity, proper Schema.org markup naturally satisfies Google Rich Result requirements. VISEON identifies which entities qualify for rich results, validates required properties for each result type, and ensures markup passes Google's structured data testing tool. Strong Schema foundations deliver benefits across both traditional search engines and emerging AI-powered discovery platforms.

What is the relationship between VISEON and Differentia Consulting?

VISEON is developed and operated by Differentia Consulting, a UK-based business intelligence consultancy established in 2002 and Qlik Elite Partner since 2008. Differentia has helped organisations prepare for AI and AI-driven search since before it became mainstream, serving 500+ clients globally. The team's deep expertise in data analytics, semantic web technologies, and enterprise architecture informed VISEON's design as a semantic intelligence platform. VISEON represents Differentia's specialised offering for AI discoverability, combining decades of business intelligence experience with cutting-edge knowledge graph validation and Model Context Protocol implementation to address the digital obscurity challenge facing organisations in the agentic web era.

How much can VISEON reduce my marketing costs?

Cost reduction varies by organisation but centres on reducing advertising dependency through organic AI discovery. As consumers shift from traditional search engines to AI assistants for research and recommendations, paid advertising delivers diminishing returns. VISEON enables your brand to appear in AI-generated recommendations without paid placement, capturing customers organically through semantic search. Organisations report maintaining or increasing customer acquisition whilst lowering ongoing advertising spend. The exact savings depend on your current advertising budget, industry competition levels, and how effectively your knowledge graph positions you for AI discovery. The AI Discoverability Assessment quantifies your current digital obscurity risk and projects potential organic visibility gains from proper Schema.org implementation.

What is an agentic catalogue and how does VISEON create one?

An agentic catalogue is an AI-ready, interoperable knowledge graph that serves as the single source of truth for the three ways customers find you: AI Search, Agent Shopping, and Conversational Ask. VISEON creates your agentic catalogue by auditing cross-domain schema artifacts, constructing a governed knowledge graph with categorical coherence, and deploying it via multiple protocols (API, ACP, AP2, MCP, NLWeb+). Unlike traditional product catalogues designed for human browsing, agentic catalogues provide machine-readable entity definitions, validated relationships, and semantic context that AI agents require for autonomous discovery, evaluation, and recommendation. Your agentic catalogue becomes the comprehensive digital twin that accurately represents your products, services, and brand across all AI-powered touchpoints.

How does VISEON support voice commerce and smart assistants?

Voice commerce platforms like Alexa rely on Schema.org structured data to understand product information, pricing, availability, and specifications. VISEON ensures your Product, Offer, and Organisation entities contain the complete, accurate information voice assistants need to answer user queries and facilitate transactions. By validating Schema.org compliance, VISEON makes your products discoverable through voice search, enables accurate voice-based product comparisons, ensures pricing and availability information is current, and supports voice-initiated purchase workflows. As voice commerce grows alongside AI search, proper Schema.org markup becomes essential infrastructure for multi-channel discovery, whether customers interact through text-based AI chat, voice assistants, or emerging multimodal interfaces.

Does VISEON help with social commerce platforms like TikTok Shop?

Yes. Social commerce platforms like TikTok Shop and Instagram Shopping require product context to enable seamless in-app purchasing. VISEON ensures your Product Schema includes properties these platforms consume: accurate titles, descriptions, pricing, images, availability, brand information, and category classifications. Whilst social platforms may have proprietary product feeds, properly structured Schema.org markup provides the semantic foundation that prevents product misrepresentation across channels. VISEON's cross-domain validation ensures product information remains consistent whether customers discover you through AI search, social commerce, voice assistants, or traditional e-commerce. This unified approach to product knowledge graphs supports the emerging reality where customers expect consistent brand experiences across all digital touchpoints.

How does VISEON support international brands across multiple markets?

International expansion requires consistent Schema.org implementation across different countries, languages, and regional domains. VISEON audits knowledge graphs globally, ensuring your Organisation entity maintains canonical identity whilst regional variations are properly structured. We validate that product information translates correctly with appropriate language tags, regional pricing is marked up with correct currency codes, local contact information uses proper address Schema, and cross-regional entity relationships maintain referential integrity. Different countries have different dominant search engines, but Schema.org provides the universal semantic standard that AI agents across all platforms understand. VISEON ensures your brand presents consistent, accurate information whether discovered by ChatGPT in the US, Baidu AI in China, or regional AI search engines in Europe.

What is VISEON Ask and how does it work?

VISEON Ask is a site-wide agentic natural language search widget that transforms your knowledge graph into conversational AI-powered search. Rather than traditional keyword search, Ask enables visitors to query your website using natural language questions. The widget queries your validated knowledge graph via Model Context Protocol, traversing entity relationships to provide accurate, contextual responses. Ask supports multilingual queries and responses, searches across your entire Schema.org catalog, provides source attribution for transparency, and delivers AI-generated answers grounded in your authoritative knowledge graph. Ask demonstrates the practical value of proper Schema.org markup whilst providing immediate utility to website visitors, reducing bounce rates and improving user experience through intelligent, conversational search.

What enterprise features does VISEON offer for complex organisations?

VISEON enterprise solutions address complex multi-domain digital footprints with advanced features: cross-domain knowledge graph orchestration ensuring entity consistency across dozens or hundreds of websites; automated schema synchronisation detecting and reconciling conflicts; governance workflows with approval chains for entity definitions; change tracking and audit trails for compliance; API access for integration with existing martech stacks; custom ontology support for industry-specific entity types; dedicated MCP endpoints for internal AI agent access; advanced analytics on AI discoverability metrics; white-label options for agencies managing multiple clients; and ongoing managed services with dedicated support. Enterprise implementations leverage AWS ECS elastic architecture with FUSEON proprietary API backend and Qlik Cloud analytics visualisation.

How does VISEON align with Microsoft NLWeb principles?

VISEON follows Microsoft NLWeb (Natural Language Web) principles for making web content natively compatible with AI systems. NLWeb emphasises JSON-LD structured data for seamless LLM ingestion, entity-centric information architecture, machine-readable semantic context, and standardised protocols for AI access. VISEON implements these principles through comprehensive Schema.org auditing, JSON-LD prioritisation, proper @id entity referencing, knowledge graph validation, and MCP endpoint deployment. Where SEO optimised for keyword-based search engines, semantic intelligence platforms like VISEON optimise for LLM understanding and retrieval. This alignment ensures your knowledge graph works effectively with current AI systems whilst remaining future-compatible as AI-powered search continues evolving beyond traditional SEO paradigms.

Should I use JSON-LD, Microdata, or RDFa for Schema.org markup?

For AI discoverability, JSON-LD is strongly recommended. Whilst all three formats are valid Schema.org implementations, JSON-LD offers decisive advantages: AI systems parse JSON-LD more efficiently than HTML-embedded formats; JSON-LD enables proper entity graphs through @id referencing; it separates content from presentation for cleaner architecture; it simplifies validation and debugging; and it aligns with NLWeb principles for LLM ingestion. Microdata and RDFa embed markup directly in HTML, creating maintenance challenges and limiting relationship expressiveness. VISEON can audit any Schema.org format, but for optimal AI discoverability and future-readiness, organisations should prioritise JSON-LD implementation. Most modern WordPress schema plugins support JSON-LD output, making migration straightforward for existing implementations.

What is the difference between a knowledge graph and a taxonomy?

A taxonomy provides hierarchical classification (e.g., Products > Electronics > Laptops), whilst a knowledge graph represents entities and their multi-dimensional relationships. Taxonomies answer "what category?" whilst knowledge graphs answer "what is this, how does it relate to other things, and what are its properties?" A laptop in a knowledge graph might connect to its manufacturer (Organization), sellers (LocalBusiness), reviews (Review), specifications (PropertyValue), related accessories (Product), and purchasing options (Offer). Knowledge graphs enable AI agents to traverse these relationships, understanding context that flat taxonomies cannot express. VISEON builds knowledge graphs using Schema.org vocabulary, creating rich semantic networks that AI systems can reason over for discovery, comparison, and recommendation tasks that power agentic commerce.

Why are unique entity IDs (@id) so important for AI discoverability?

Unique entity IDs (@id) enable AI agents to distinguish between different entities and recognise the same entity across multiple contexts. Without proper @id references, AI systems cannot determine whether two product mentions refer to the same item or different variations, whether an organisation referenced on multiple pages is one company or several, or whether entities across domains maintain referential integrity. VISEON ensures every entity has a canonical @id URI that serves as its permanent identifier. This enables "define once, reference everywhere" architecture where entities are defined authoritatively once and referenced consistently across your entire digital presence. Proper @id implementation prevents entity duplication, enables relationship traversal, and provides the foundation for GraphRAG systems that power intelligent AI agent interactions.

How does AI discoverability provide competitive advantage?

As AI search adoption accelerates, brands with proper knowledge graph implementation gain first-mover advantage in organic AI discovery. When customers ask ChatGPT, Claude, or Perplexity for product recommendations, only Schema.org-validated brands appear in results. Competitors without structured data remain invisible regardless of traditional SEO strength. This creates a winner-takes-most dynamic where early adopters capture disproportionate attention in AI-generated recommendations. VISEON positions your brand ahead of competitors still focused exclusively on legacy SEO, reducing your advertising dependency whilst competitors increase ad spend to maintain visibility. As the Ask.com parallel suggests, organisations that fail to adapt to AI-powered discovery risk the same obsolescence that befell search engines that couldn't compete with Google.

Does VISEON require ongoing maintenance after initial implementation?

Yes. Knowledge graphs require continuous maintenance as your organisation evolves. Products are added or discontinued, services expand, personnel changes, contact information updates, events occur, and policies shift. VISEON offers ongoing managed services to ensure your knowledge graph remains current, accurate, and compliant with evolving Schema.org standards. Maintenance includes monitoring for schema drift where new content creates inconsistent markup, validating that entity relationships remain accurate, detecting and resolving duplicate definitions, ensuring cross-domain consistency as you launch new websites, adapting to Schema.org vocabulary updates, and expanding your knowledge graph coverage as your digital presence grows. Regular maintenance prevents knowledge graph degradation that gradually reduces AI discoverability, ensuring sustained organic visibility.

Does VISEON only work with WordPress or support other CMS platforms?

Whilst VISEON has deep integration with WordPress schema plugins like Yoast, Rank Math, Schema Pro, and AIOSEO, the platform audits and validates knowledge graphs regardless of how they're generated. VISEON works with Shopify, Drupal, Joomla, custom-built websites, and any platform that outputs Schema.org markup. The audit process examines published JSON-LD regardless of the CMS that created it. For WordPress sites, VISEON leverages native plugin APIs for deeper integration and automated fixes. For other platforms, VISEON provides detailed remediation guidance that developers implement through their preferred methods. The knowledge graph exists independent of the CMS; VISEON ensures its quality, consistency, and AI discoverability regardless of the underlying technology stack generating the markup.

How does VISEON handle security and data privacy?

VISEON audits published Schema.org markup that is already publicly accessible on your websites. We do not access private data, require admin credentials, or collect customer information. The audit process crawls public pages just as search engines and AI agents do, analysing structured data in the same way ChatGPT or Claude would access it. Your Schema.org knowledge graph should only contain information you're comfortable being public and discovered by AI systems. VISEON helps ensure you're not accidentally exposing sensitive information through Schema markup whilst maximising discoverability of appropriate public information. For enterprise implementations with MCP endpoints, access controls ensure only authorised AI agents query your knowledge graph, with comprehensive audit trails tracking all access for compliance requirements.

How do I measure VISEON success and ROI?

VISEON success is measured through multiple metrics: reduction in digital obscurity score from initial assessment to post-implementation audit; increase in Schema.org entity completeness percentages; improvement in Google Rich Result eligibility; growth in organic traffic from AI search referrals (trackable through UTM parameters); reduction in advertising cost per acquisition as organic AI discovery supplements paid channels; increase in brand mentions within AI-generated responses (tracked through AI search monitoring); improvement in knowledge graph validation scores; and reduction in entity duplication and inconsistency counts. Enterprise implementations using Qlik Cloud analytics visualisation gain real-time dashboards tracking these metrics. Long-term ROI manifests as sustained organic visibility whilst competitors increase advertising spend to maintain equivalent discovery rates.

Which Schema.org versions does VISEON support?

VISEON validates against current Schema.org specifications whilst maintaining compatibility with legacy implementations. Schema.org evolves continuously with new entity types and properties added regularly. VISEON ensures your knowledge graph uses current, recommended vocabulary whilst flagging deprecated properties that should be updated. We validate core entity types (Organization, Person, Product, Service, Event, Place, CreativeWork) and their relationships, check for proper use of new Schema.org additions relevant to AI discoverability, identify opportunities to adopt recently introduced entity types that improve semantic richness, and ensure backwards compatibility so existing markup continues functioning whilst you implement improvements. Regular VISEON audits keep your knowledge graph aligned with Schema.org evolution, ensuring continued AI discoverability as standards advance.

How do I get support or contact VISEON?

For VISEON enquiries, support, or to schedule your AI Discoverability Assessment, contact us at hello@viseon.io or call +44 1494 622 600. Our team responds to all enquiries within one business day. We offer consultation calls to discuss your specific digital obscurity challenges, technical implementation questions, enterprise solution requirements, and ongoing managed service needs. You can also learn more through our comprehensive Articles section covering AI search optimisation, agentic commerce, knowledge graphs, and semantic intelligence topics. Stay updated on VISEON developments by following us on X (Twitter) and GitHub where we share insights on emerging AI discoverability technologies. For partnership enquiries or to see VISEON demonstrated, visit Differentia Consulting's Events page for upcoming presentations and workshops.

VISEON: Glossary

VISEON Semantic Intelligence Glossary

This glossary defines the key industry concepts, technologies, and methodologies that power AI discoverability and semantic search optimisation requiring immutable sources of truth. Each term represents a critical component in building knowledge graphs that make brands discoverable to generative AI systems. Ending at Agentic Commerce.

Agentic Commerce

AI agents perform complex, multi-step tasks such as shopping: comparing products, negotiating, and making buying decisions, including payments, within automated workflows, often resulting in disintermediation of traditional e-commerce platforms.

Also known as: AI Search Channel, AI Shopping

Agentic Commerce Protocol

An open, flexible, and secure open-source protocol co-developed by OpenAI and Stripe enabling AI agents to facilitate purchases on behalf of users across platforms, payment processors, and business types while preserving merchant control and customer relationships. See as an integration protocol, ‘EDI for AI’. Supported by payment infrastructure from Visa (Intelligent Commerce), Mastercard (Agent Pay), and PayPal (Agent Toolkit).

Also known as: ACP, Agentic Payments Protocol, Agentic Checkout Protocol

Agentic RPA

Advanced robotic process automation where AI agents make autonomous decisions within automated workflows, enabling self-directed process execution.

Also known as: Agentic Robotic Process Automation, Intelligent RPA

Agentic Search

Next-generation search systems where AI agents autonomously navigate, retrieve, and synthesise information across multiple sources to answer complex queries. Uses Model Context Protocol and RAG techniques.

Also known as: AI Agent Search, Autonomous Search

Agentic Web

An evolution of the World Wide Web where AI agents autonomously discover, interpret, and interact with web content and services on behalf of users or organizations. Built on protocols like MCP (Model Context Protocol) and NLWeb, enabling agent-to-agent and agent-to-service communication through structured data formats like Schema.org and JSON-LD.

Also known as: Open Agentic Web (Microsoft terminology)

Status: Emerging concept (2025), not yet standardised

Key difference from Semantic Web: Semantic Web makes data machine-readable; Agentic Web makes services agent-actionable

AI and Data Engineering

The application of artificial intelligence and data engineering principles to create innovative, scalable solutions that drive business growth and operational efficiency.

Also known as: AI Engineering, Data Engineering, AI/ML Engineering

AI Discoverability

The capability of content to be found, understood, and recommended by AI-powered search engines and generative AI systems. Brands without AI discoverability face digital obscurity in the age of generative search.

Also known as: Generative AI Visibility, AI Search Optimisation

Analytics

The systematic computational analysis of data to discover patterns, extract insights, and support decision-making across business and technical domains.

Also known as: Data Analytics, Business Analytics, Analytical Methods, Data Analysis, Quantitative Analysis, Statistical Analysis, Predictive Analytics

Augmented Search

Search systems enhanced with AI capabilities including natural language understanding, context awareness, and intelligent result synthesis through semantic search and generative AI.

Also known as: AI-Augmented Search, Enhanced Search

autoMagically

Automation that happens seamlessly and effortlessly, combining automated processes with intelligent orchestration. Essential for hyperautomation and agentic RPA implementations.

Also known as: Automagic, Automatic and Magical

Business Intelligence

Technologies, applications, and practices for collecting, integrating, analysing, and presenting business information to support decision-making.

Also known as: BI, Analytics, Business Reporting

Category Theory

A mathematical framework for describing abstract structures and relationships, applied to knowledge graph architectures for compositional coherence. VISEON applies category theory principles to ensure knowledge graphs maintain mathematical consistency and composability.

Data Influencer

Recognised thought leaders and content creators who shape discourse, trends, and best practices in data science, analytics, business intelligence, and AI domains.

Also known as: Data Thought Leader, Analytics Influencer, Data Science Influencer, BI Influencer, Data Community Leader, Data Industry Expert

Data Science

Interdisciplinary field that uses scientific methods, processes, algorithms, and systems to extract knowledge and insights from structured and unstructured data.

Also known as: Data Analytics Science, Applied Data Science, Computational Data Science, Statistical Data Science, Machine Learning Science, Data Mining

Digital Obscurity

The state of being invisible or undiscoverable to AI-powered search engines and generative AI systems due to lack of structured data. Digital obscurity is the new invisibility – brands without semantic markup are effectively invisible to AI-powered discovery.

Digital Twin

A digital twin is a virtual representation of a physical object, system, or process, continuously updated with real-time data to mirror its state, behaviour, and interactions. It supports knowledge graphs by providing a dynamic, data-rich model that integrates structured and unstructured data, enabling advanced analytics, simulation, and decision-making through interconnected nodes and relationships in the graph.

Generative AI

AI systems capable of generating new content including text, images, and responses based on training data and user prompts. Generative AI systems like ChatGPT, Claude, and Gemini are fundamentally changing how people discover information.

Also known as: Generative Artificial Intelligence, Gen AI

GraphRAG

GraphRAG AI technique that combines information retrieval with text generation using structured knowledge graphs. GraphRAG enables generative AI systems to ground their responses in verified, relationship-rich information by traversing graph-based data structures, allowing for more sophisticated reasoning across connected entities and their relationships compared to traditional vector-based retrieval methods.

Also known as: Graph-based RAG

Hyperautomation

Business-driven approach to rapidly identify, vet, and automate business and IT processes through orchestrated use of multiple technologies including AI and RPA.

Industry Trends

Observable patterns and directional movements in technology, business practices, and market dynamics that shape industry evolution and strategic planning.

Also known as: Market Trends, Industry Patterns, Sector Trends, Business Trends, Technology Trends, Market Movements, Industry Developments

JSON-LD

A method of encoding linked data using JSON, widely used for implementing Schema.org structured data. JSON-LD is the preferred format for semantic markup because it separates structured data from HTML content.

Also known as: JSON for Linking Data

Knowledge Graph

A structured representation of entities, attributes, and relationships that enables machine understanding and reasoning. Knowledge graphs form the foundation of how AI systems understand and connect information across the web. Schema catalogs can be derived from knowledge graphs.

Large Language Model (LLM)

AI model trained on vast text datasets to understand and generate human language. LLMs power generative search engines and increasingly rely on structured data and knowledge graphs for accurate information retrieval.

Also known as: LLM, Language Model

Model Context Protocol (MCP)

An open protocol that enables AI assistants to securely access data and tools through standardised server connections. MCP servers and tools allows AI systems to dynamically retrieve information from knowledge graphs and external data sources.

Also known as: MCP

NLWeb

Microsoft Research protocol for web-scale natural language understanding optimised for LLM ingestion through structured JSON-LD. NLWeb demonstrates how major AI research teams are prioritising structured data for training language models.

Also known as: Natural Language Web

Ontology

Formal specification of concepts, relationships, and constraints within a domain, enabling shared understanding between systems. Ontologies provide the semantic framework that allows different AI systems to interpret knowledge graphs consistently.

Also known as: Web Ontology

Python Package Index (PyPI)

The official repository for Python software packages, enabling distribution and installation of Python libraries. VISEON’s tools and integrations are available through PyPI for easy implementation.

Also known as: PyPI, PyPI.org

Retrieval Augmented Generation (RAG)

AI technique that combines information retrieval with text generation to provide more accurate and contextual responses. RAG enables generative AI systems to ground their outputs in retrieved information from external data sources such as document collections, vector databases, or enterprise knowledge bases, reducing the likelihood of hallucinations.

Also known as: RAG, RAG AI, VectorRAG

Resource Description Framework (RDF)

W3C standard for describing resources on the web through subject-predicate-object triples. RDF forms the foundation of the semantic web and knowledge graph technologies.

Also known as: RDF

Schema.org

Collaborative vocabulary for structured data markup on web pages, enabling search engines and AI systems to understand content semantics. Schema.org provides the standard vocabulary used across the web for describing entities and their relationships.

Search Engine Optimisation (SEO)

The practice of optimising websites to improve visibility in search engine results through technical, content, and structural improvements.

Also known as: SEO, Search Optimisation

Semantic SEO

SEO strategy focusing on meaning and context through structured data to help search engines understand content relationships and intent.

Also known as: Semantic Search Optimisation

Semantic Search

Search technique that understands user intent and contextual meaning rather than just matching keywords. Semantic search powers modern AI-driven discovery by understanding the relationships between concepts.

Semantic Web

An extension of the World Wide Web that enables data to be shared and reused across applications, enterprises, and communities through standardised formats. Built on RDF and ontology frameworks.

Also known as: Web 3.0, Machine-Readable Web

SPARQL

Query language for databases that use RDF format, enabling semantic queries across knowledge graphs. SPARQL allows complex queries across distributed knowledge graphs using semantic relationships.

Also known as: SPARQL Protocol and RDF Query Language

Structured Data

Standardised format for providing information about a page and classifying the page content to help search engines understand it. Structured data transforms unstructured web content into machine-readable information.

Also known as: Semantic Markup

Topic Cluster

A content organisation strategy where related articles are structured around a central pillar page, connected through internal links and semantic relationships. In traditional SEO, topic clusters demonstrate topical authority through on-page content depth. In knowledge graph contexts, topic clusters are defined by entity relationships across multiple domains rather than single-site architecture, enabling AI systems to discover authority through graph traversal rather than page-level signals.

Also known as: Semantic network

Triple

The fundamental unit of semantic data in RDF and knowledge graphs, consisting of three components: Subject, Predicate, and Object. A triple expresses a single fact or relationship in machine-readable format. Example: person/adrian-parker → worksFor → #organization. AI agents and GraphRAG systems navigate knowledge graphs by following triples from entity to entity via @id references..

Also known as: RDF Triple

Vector Embeddings

Numerical representations of data that capture semantic meaning, enabling AI systems to understand relationships between concepts. Vector embeddings power semantic search by representing entities as points in high-dimensional space where similar concepts cluster together.

Also known as: Embeddings, Semantic Vectors

Voice Search

Search queries performed through voice commands, requiring natural language processing and conversational AI capabilities for optimal results.

Also known as: Voice Query, Spoken Search

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This glossary is maintained by VISEON.IO as part of our commitment to advancing semantic intelligence and AI discoverability standards.