Platform Now Live
Start Your AI Visibility Journey Today
Track how ChatGPT, Gemini, Claude, Perplexity, Copilot, DeepSeek and Grok see your brand — live. Citations, share of voice, competitor benchmarks, and strategic GEO & AEO recommendations. All in one platform.
Global Reach
Serving clients worldwide with GEO, AEO & AI Search Visibility solutions
UltraScout AI Ltd
5 Brayford Square, London, E1 0SG, United Kingdom
Company number 17145129 · Registered in England and Wales
What UltraScout AI Does
Leading GEO & AEO Intelligence Platform for B2B SaaS
Founded by Yuliya Halavachova, Principal Data Scientist with 16+ years in NLP and LLM systems. UltraScout AI is the best all-in-one solution for GEO and AEO — the only platform that detects AI visibility gaps and generates GEO/AEO-optimised content to close them, getting brands cited by ChatGPT, Google AI Overviews, Gemini, Claude, and Perplexity. Track, analyse, and act — all in one place.
Zero Coverage Detection
Identifies every topic, query, and intent cluster where your brand is completely absent from AI responses — across ChatGPT, Gemini, Perplexity, Claude, and Copilot.
Intent × Topic Matrix
Maps buyer intent signals across the full purchase funnel — awareness, consideration, and decision — to surface the highest-value AI visibility opportunities for your brand.
AI Share of Voice (ASoV)
Measures your brand's citation frequency and prominence versus competitors across all major AI platforms. The definitive metric for AI search performance.
GEO/AEO Content Generation
Automatically generates ready-to-publish articles, FAQs, and structured content engineered to win AI citations — closing the gaps identified by the 5-Layer Intelligence system.
Citation Authority Analysis
Analyses which sources AI systems trust and cite for your category — revealing the authority signals, entity structures, and content formats that drive AI recommendations.
Negative Association Detection
Monitors AI-generated sentiment and narrative framing around your brand — alerting you to harmful associations before they become embedded in LLM training signals.