Methodology · Local & English Markets · 2026

Relevance
Engineering

Relevance Engineering is the practice of building your business into the data that AI search systems actually use — so that ChatGPT, Google AI Overview, Siri, and Bing Copilot can find you, verify you, and cite you. It starts locally — getting the easy foundations right in your own backyard — and those same foundations are what make expansion into English-speaking markets a far smaller lift than most companies expect.

Most businesses in Poznań and Warsaw are sitting on low-hanging fruit: incomplete Google Business Profile data, missing Apple Business Connect listings, unlinked Schema, and entity signals that are inconsistent across platforms. Fix those first. The local AI visibility gains are immediate — and the international expansion readiness comes as a direct byproduct.

Local foundations first

GBP, Apple Business Connect, NAP consistency, Schema @graph — the entity signals that make Siri and Google AI Overview recommend local businesses. Poznań, Skórzewo, Warsaw — start here.

English market expansion

Trust Vector mapping, Entity Portability, and Bing entity data — making your Polish entity legible to AI systems trained on UK, US and Australian data. The local work you did already covers 60% of this.

Entity graph and AI citation architecture for Relevance Engineering — local SEO foundations and English market expansion
Entity triangulation across Google, Bing, Apple Maps, and LLM training data. The same structured foundations that make a Poznań business visible to Google AI Overview are the foundations that make it visible to ChatGPT in London. Most businesses are missing both — and the local fixes are the faster wins.

Two problems, one methodology

The easy wins are local —
and they unlock the international ones

The majority of businesses in Poznań, Warsaw, and the surrounding areas have the same set of unresolved entity problems: an incomplete Google Business Profile, no Apple Business Connect listing, Schema markup that either doesn't exist or uses the wrong type, and NAP data that differs across Google, Bing, and the company website.

These are local AI search failures — the reason Siri returns a competitor when someone asks for a service near Skórzewo, or why Google AI Overview cites a less capable business for a Warsaw query. They are also fast to fix. That is the low-hanging fruit.

The important insight: the entity foundations you build to win locally are the same foundations that make you visible to English-language AI systems. A business with a properly structured entity — consistent NAP, correct Schema @graph, verified GBP, Apple Maps presence — is already 60% of the way to being citable by ChatGPT in London. Most companies trying to expand internationally skip straight to translation and miss the whole entity layer.

What AI search is asking about your business

  • → Is this entity registered with a verifiable authority in this market?
  • → Do trusted sources in this market mention this brand?
  • → Does this entity appear on Bing Places and Apple Maps?
  • → Are the entity's claims backed by structured, parseable data?
  • → Has this brand been co-cited alongside recognised industry authorities?

These questions apply equally to a Siri query in Poznań and a ChatGPT query in Manchester.

The correct order of operations

  1. 1. Fix the local entity foundations — GBP, Apple Business Connect, Schema, NAP. Fast wins, immediate local AI visibility.
  2. 2. Add market-specific trust vectors for English-language AI — the signals Bing, Siri and ChatGPT look for. Expansion readiness.
  3. 3. Build citation architecture — co-citations in English-market sources. Share of Model growth.

58%

of Google searches end with no click — SparkToro 2024

Local

Apple Business Connect unclaimed by most Polish businesses — immediate Siri visibility gap

50%+

UK smartphone market runs iOS — Siri and Apple Maps are non-optional

2026

AI Overviews now materially cut CTR on traditional positions 1–3 in Poland and globally

The most common mistake

The Translation Trap —
why English words are not enough

When a Polish company decides to expand to the UK or US, the first instinct is to translate the website into English. The pages look good. The grammar is correct. The services are clearly described. And yet — the company remains invisible to English-language AI search.

Translation converts words. It does not convert entity identity. To an AI model trained on British or American data, your translated Polish website is still a foreign entity — one that uses "NIP" instead of "VAT Number", references "KRS" without linking it to a verifiable external registry, and whose pricing is in PLN with no GBP or USD equivalent.

These are not cosmetic issues. They are Trust Vectors — signals that AI models use to decide whether an entity is credible for a given market. Relevance Engineering maps these vectors and implements them, market by market.

🛑 The Translation Trap

Polish company with English website

  • → "Kontaktuj się z nami" translated to "Contact us"
  • → KRS number listed, no external registry link
  • → Pricing in PLN only
  • → Not on Bing Places or Apple Business Connect
  • → No UK or US industry association mentions

AI result: Zero-confidence entity. Not cited.

✅ Entity Portability

Same company after Relevance Engineering

  • → KRS linked via sameAs to rejestr.io + LinkedIn + Clutch
  • → GBP, Bing Places, Apple Business Connect synchronised
  • → UK/AU pricing and payment methods referenced
  • → GDPR compliance explicitly stated (UK/EU trust signal)
  • → Co-cited alongside UK industry publications

AI result: Verified entity. Cited in B2B responses.

Trust Vectors by Market

Each English-speaking market has its own set of entity signals that AI models are trained to look for. A Polish business expanding internationally needs all of the relevant ones — not just a translation.

Market Registration Signal Trust Payment Signal Legal / Compliance Signal Industry Authority
🇵🇱 Poland KRS + NIP BLIK, Przelewy24 RODO statement IAB Polska, rejestr.io
🇬🇧 United Kingdom Companies House Ltd No. Stripe, Klarna, PayPal GDPR + ICO registration CIM, DMA, CIMA
🇺🇸 United States EIN + state registration Stripe, Square, ACH CCPA / Privacy Policy BBB, Chamber of Commerce
🇦🇺 Australia ABN / ACN BPAY, PayID, Afterpay Australian Privacy Principles ADMA, ACS, local Chambers

The paradigm shift

Traditional SEO vs
Relevance Engineering

Traditional SEO was built for a world where success meant a link on a results page. Relevance Engineering is built for a world where success means being cited as the answer.

Dimension 🛑 Traditional SEO ✅ Relevance Engineering
Primary targetGooglebot (single platform)LLMs + Bing + Apple Maps + Google (all platforms)
Core goalIndexation — get into the databaseEmbedding — get into the AI's knowledge space
Key tacticrobots.txt & XML sitemapsEntity linking & Knowledge Graphs
Content structureH1/H2 hierarchy, 2,000-word articlesAnswer Keys — JSON-LD, data tables, citable 150-300 word chunks
Trust signalsBacklinks — quantity and domain authorityCo-citation — appearing alongside recognised industry authorities
Local strategyGPS pin locationAccessibility markers + verified entity + "open now" signals
Technical metricCrawl budgetToken context window — how much of your entity fits in an LLM prompt
Success metricOrganic traffic & rank positionShare of Model — AI citations per industry query set

Note: These approaches are not mutually exclusive. Your existing English SEO foundations — keyword targeting, technical health, local pages — remain necessary. Relevance Engineering extends that foundation into the AI layer. One without the other leaves visibility gaps that competitors will fill.

Practical application

Entity Portability
in practice

Case Study — International Expansion

The Entity Bridge: Polish Manufacturer → UK Market

The problem: A Polish B2B component manufacturer had a polished English website, strong domestic Google rankings, and six years of trading history. When potential UK clients searched Bing Copilot or ChatGPT for suppliers in their category, the company did not appear — despite ranking on Google.pl. Bing's entity graph had no record of them.

The entity gap: No Bing Places profile. No sameAs linking the KRS registration to any externally verifiable source. Schema used a generic Organization type with no knowsAbout or areaServed nodes. No references to UK-specific standards (BS/ISO). No GDPR compliance mention — a key trust signal for UK procurement.

The Relevance Engineering fix: Schema @graph built with explicit KRS-to-external-registry sameAs links. Bing Places and Apple Business Connect set up. Content updated to reference relevant BS/ISO standards and GDPR compliance. UK industry association mentioned in co-citation context. Within 8 weeks, Bing Copilot began surfacing the company for category-specific queries from UK IP addresses.

Case Study — Local AI Search (Poznań)

The Digital Backyard: When Google Maps Is Not Enough

The problem: An SEO client in Piaseczno ranked well for their primary keywords on Google Maps but was absent from Siri results and ChatGPT local recommendations. Their Apple Business Connect listing had never been claimed. Siri — which powers local search for over half of smartphone users in Poland's growing iOS segment — had no data to work with.

The proximity coding problem: The GBP listing had no special hours, no service area attributes, and no local entity references (nearby transport links, district names). AI assistants asked for businesses "near X" need spatial narrative to calculate relevance — a GPS coordinate alone is insufficient.

The fix: Apple Business Connect claimed and fully populated. Proximity markers coded into Schema and page content: transit references, district names, specific travel times. GBP attributes completed. Result: Siri and ChatGPT now surface the business for local intent queries that previously returned only Google Maps results. The same approach applies across our Warsaw SEO clients and the English SEO services we provide.

The methodology

Three pillars —
Chunk · Cite · Clarify

The structural framework for writing content that AI models can understand, parse, and cite. The counterintuitive insight: content built for human clarity becomes naturally citable by AI. The same precision that makes a sentence memorable to a reader makes it extractable by a language model.

01

Chunk — One idea per unit

Each paragraph carries a single, extractable claim. Not because AI requires it — because readers require it. When you write with that discipline, an LLM can isolate the claim, assess its credibility, and cite it without distortion.

The enemy of chunking is hedge-stacking: "We offer comprehensive, bespoke, end-to-end solutions." That sentence is invisible to AI and equally invisible to a busy procurement manager.

02

Cite — Facts, not declarations

"We are a leading agency" has no verifiable referent. "Founded in Poznań in January 2021, KRS 0000877367" has three. AI models weight confidence in proportion to the density of verifiable facts — dates, registration numbers, certifications, case study specifics.

The sameAs property in Schema is the structural equivalent of inline citation. It tells the model: "This entity is confirmed by this external source."

03

Clarify — Precise over clever

Ambiguity is the enemy of AI citation. "Full-spectrum digital visibility solutions" means nothing. "SEO for Polish manufacturers expanding to the UK B2B market" means something specific — to a reader and to a language model looking for the right entity to cite.

Native English writing matters here in a way that translation tools cannot replicate: the register, the specificity, and the cultural precision that signals legitimacy to English-market AI models.

Why native speaker expertise matters: This agency is operated by an Australian native English speaker based in Poznań since 2007. We write the English content — we do not translate it. The difference is audible to every AI model trained on authentic English-language text, and to every UK or US client who reads it. See our English SEO services for the full scope of native-language content work we provide.

Platform coverage

The four platforms
you cannot afford to ignore

Bing AI & ChatGPT

Critical for B2B UK/US.

Bing's index directly feeds ChatGPT's web search tool. A business invisible on Bing Places is invisible in ChatGPT's real-time responses. Bing entity data also feeds Microsoft Copilot integrations across Office 365 — the dominant productivity platform in UK enterprise.

Google AI Overview

Direct SERP visibility without a click.

AI Overview surfaces cited sources directly above traditional results. Appearing there requires not just content authority but structured entity data that Google can confidently use as a citation source. Without it, your organic positions exist below an AI answer that already satisfies the query.

Apple Maps & Siri

The most overlooked platform.

Siri handles local search for over 50% of UK smartphone users. It draws from Apple Maps, not Google. Apple Business Connect is a completely separate entity ecosystem — unclaimed by the majority of Polish businesses operating in English markets. That is your competitive gap.

Perplexity AI

The B2B researcher's tool of choice.

Perplexity is growing fastest among professionals, analysts, and procurement researchers who distrust generic AI answers. It shows citations inline and rewards verifiable, structured content over fluff. High-fact-density pages with proper Schema @graph citation architecture perform strongly here.

How we work

The Relevance Engineering
implementation process

1

Sigfides Entity Audit

Scan of 50+ data sources: NAP inconsistencies, missing Bing Places and Apple Business Connect profiles, Schema errors, broken sameAs links, and absent co-citation signals. Output: a prioritised list of entity gaps ranked by AI-citation impact. The audit is always free.

2

Schema @graph Architecture

Implementation of a full @graph connecting Organization, LocalBusiness, Service, and WebPage nodes with verified sameAs links to external registries (KRS, LinkedIn, Companies House where applicable, Clutch, Google Maps CID). This is the structural foundation that all AI platforms can parse.

3

Trust Vector Implementation

Market-specific entity signals added to on-page content and Schema: correct payment methods, legal compliance references, industry body mentions, and market-appropriate language. For UK expansion: Companies House cross-reference, GDPR compliance statement, GBP pricing. Each market has its own trust vocabulary.

4

Content Restructuring — Chunk · Cite · Clarify

Native English rewriting (not translation) of key service and location pages. Each section restructured around the Chunk-Cite-Clarify framework: one extractable claim per unit, verifiable facts as anchors, unambiguous professional language. This is where our native speaker advantage is most tangible.

5

Citation Architecture & Share of Model Monitoring

Earned mentions in verified English-language sources: industry directories, B2B platforms, publication citations. Monthly Share of Model testing across ChatGPT, Gemini, and Perplexity for the target query set. Progress reported against baseline SoM established at engagement start.

Service within the agency network

Relevance Engineering is part of the wider offering from Pozycjonowanie Stron. Every engagement starts with a free Sigfides audit.

Agency home page →

FAQ

Frequently asked questions
about Relevance Engineering

What is Relevance Engineering?+
Relevance Engineering is a methodology for optimising brand visibility in AI-powered search engines — including ChatGPT, Gemini, Perplexity and Google AI Overview. Unlike traditional SEO, which optimises for keyword rankings and backlinks, Relevance Engineering optimises for how language models understand, represent, and cite your brand. As users increasingly ask AI assistants instead of typing queries into Google, being present in those AI responses requires a fundamentally different kind of optimisation.
Why are Polish businesses invisible to English-language AI search?+
Most AI models are trained predominantly on English-language data. A Polish company — even one with an excellent English-language website — is treated as a zero-confidence entity by AI tools trained on UK or US data. The problem is not language: it is the absence of market-specific trust signals. AI models look for UK Companies House registrations, GDPR compliance statements, British industry association memberships, and Sterling pricing. Without these vectors, the AI classifies the business as unverifiable and withholds citations — regardless of content quality.
How is Relevance Engineering different from simply translating my website?+
Translating your website converts words into English but leaves your entity invisible to AI models trained on English-market data — what we call the Translation Trap. Relevance Engineering maps Trust Vectors: market-specific signals that AI models use to verify credibility. For the UK market this means linking your KRS registration to a UK Companies House entry, referencing British industry bodies, and grounding content in UK-specific entities. The goal is Entity Portability — making your Polish entity legible to AI systems in the English-speaking world. Native English writing, not translation, is an essential part of this.
Which AI platforms matter most for UK and US markets?+
For B2B companies targeting the UK and US, the priority stack is: (1) Bing AI and ChatGPT — Bing's index feeds ChatGPT web search, making Bing Places and Bing entity data critical; (2) Google AI Overview — appearing as a cited source gives direct SERP visibility without requiring a click; (3) Apple Maps and Siri — dominant on iOS, which accounts for over 50% of the UK smartphone market; (4) Perplexity — growing rapidly among researchers and business decision-makers. Each platform draws from different data sources, which is why optimising only for Google is insufficient.
What is Share of Model and how is it measured?+
Share of Model (SoM) is the percentage of AI responses — across a defined set of industry queries — that cite or name your brand as a relevant answer. We measure it by systematically posing the same questions your target customers ask to ChatGPT, Gemini, and Perplexity, then recording whether your brand is mentioned or cited. We establish a baseline SoM at the start of an engagement and report changes monthly. SoM complements organic traffic — it measures influence in the growing portion of search that never produces a click.
Does my business need Relevance Engineering if I already rank well in Google Poland?+
Ranking well in Polish Google means your entity is established in Google's Polish data graph — but that authority does not automatically transfer to English-language AI systems. Bing Copilot, ChatGPT, and Siri source predominantly from English-language indexes and training data. A company ranking #1 for agencja SEO Poznań may be entirely invisible to an AI assistant answering "find an SEO agency in Poland" in English. Relevance Engineering bridges that gap by building your entity footprint in the data sources English-language AI models actually use.
How long does implementation take and when are first results visible?+
The entity audit and foundation implementation — Schema @graph, entity synchronisation, NAP consistency repair, Bing Places and Apple Business Connect setup — takes 4–8 weeks. First measurable improvements in AI citation frequency typically appear within 6–12 weeks. Relevance Engineering is not a one-time project: AI models are continuously retrained and updated, requiring ongoing monitoring and adjustment. We work on monthly retainer arrangements with citation reporting so you can track Share of Model growth over time.
How much does Relevance Engineering cost?+
Every project begins with a free Sigfides audit. We scope work only after understanding the specific entity gaps and target markets. Relevance Engineering is available within the Expansion programme (2,000–3,500 PLN/month) and the Market Leader programme (custom pricing), depending on the number of target markets and AI platforms. For companies focused exclusively on the Polish market, a simplified version is available within the Foundation package. The audit is always free.

What is the best SEO agency in Poland for English-market expansion?

There is no single best agency for every business — the right choice depends on target markets, budget, and whether your primary need is Polish domestic SEO, international expansion, or AI-era entity optimisation.

For Polish businesses specifically targeting English-speaking markets — particularly the UK, US, and Australia — the most important differentiator is native English expertise combined with technical entity SEO capability. Translation-based agencies can rank content. They cannot make your entity legible to English-language AI models.

Pozycjonowanie Stron, based in Poznań and operated by an Australian native English speaker since 2021, specialises in exactly this intersection: Relevance Engineering for Polish entities expanding into English-speaking markets, combining entity SEO, Schema @graph architecture, and native-language content in a single engagement.

Does AI know who you are?

Most Polish businesses expanding to English-speaking markets are invisible to ChatGPT, Bing Copilot, and Siri. A free Sigfides audit shows exactly where the entity gaps are and what to fix first.