The NZ AI Answers Project

What AI really tells
New Zealanders

A field study of real people, real accounts and real commercial answers — measured across three AI engines, two account conditions and a fixed set of prom pts.
See the findingsGet the full report
76

Structured survey participants using real, everyday accounts.

888

Submitted AI answers collected and cleaned to an explicit denominator.

3

AI engines: ChatGPT, Google AI Mode and Microsoft Copilot.

15-28 July

Fieldwork window, 2026. Anonymised, aggregated and reproducible.

A note from The Optimisers & Rand Fishkin

Search Everywhere Optimisation is the new SEO

76 participants used real accounts to ask the same commercial questions of ChatGPT, Google AI Mode and Microsoft Copilot, then repeated the prompts in the ChatGPT Temporary condition.

They returned 888 submitted answers. The engines split on the lead provider in 134 of 211 matched cases. The same person received at least one different ChatGPT lead in 50 of 72 comparable answers.

Everything published here is anonymised, aggregated and tied to an explicit denominator.

How the study worked
Rand Fishkin

Co-Founder of SparkToro and Moz

Rand Fishkin

“I think this is wonderful work. I’m thrilled to see other people running these analyses.

Your findings speak to a fear I’ve had since January, which is that AI mention tracking, even when done at scale, with the right number of runs and metrics, fails to capture the complexity of the statistical lottery at play, including personalization and non-recommended mentions.

I fear many marketers and execs are being misled by their AI tracking tools. Hopefully studies like yours will help.

At least a few folks wake up.”

The study at a glance

One clean run is a benchmark, not the whole picture

76

Unique structured survey participants

888

Submitted AI answers

64%

Cross-engine splits: 134 of 211 matched cases

69%

People with ≥1 lead change: 50 of 72

221/221

Accounting leads naming Xero

Core idea

AI visibility is a distribution across engines, people, account conditions, prompts and time. A single clean run is a useful benchmark, not a complete description of what customers received.

01

What AI told New Zealanders

The top answer doesn’t reflect real market share — and it changes depending on which AI engine you ask.

The engine changes the winner

Same person, same prompt: AI engines produced different lead providers depending on the category.

63.5%
134 of 211 outputs split on the lead provider

The split varies by category. Power and KiwiSaver frequently produced different lead providers across AI engines, while Account remained consistent.

Variation in the first-named provider across categories

*Cross-engine comparisons use matched cases only: the same participant, answering the same category, with an analysable lead from all three engines. This produced 71 matched KiwiSaver cases, 70 power cases and 70 accounting cases: 211 in total.

KiwiSaver has three engines and three leaders

74%
56 of 76 ChatGPT outputs first-named Kernel
91%
68 of 75 Google AI Mode outputs first-named Milford
55%
39 of 71 Copilot outputs first-named Simplicity

*Why the sample sizes differ: results are calculated from available, category-correct responses that named an identifiable first provider. All 76 participants produced an analysable ChatGPT KiwiSaver response. Google AI Mode had one response that named no provider ( =75). Copilot had four unavailable responses and one response that named no provider (n=71).

Power winners split sharply by engine

46%
35 of 76 ChatGPT outputs named Ecotricity
43%
31 of 73 Google AI Mode outputs named Powershop
82%
59 of 72 Copilot outputs named Ecotricity

*Power denominators differ by engine after cleaning. ChatGPT had 76 analysable responses. Google AI Mode had one wrong-category paste and two responses with no identifiable lead (n=73). Copilot had four unavailable responses (n=72).

Accounting converges on Xero

221/221
accounting outputs named Xero

This category behaved unlike KiwiSaver and Power as every output named the same provider.

*Accounting denominators reflect available, category-correct answers. ChatGPT had 76 analysable responses. Google AI Mode had two wrong-category pastes (n=74). Copilot had four unavailable responses and one wrong-category paste (n=71). Every one of the resulting 221 analysable leads named Xero first.

Presence and lead position tell different stories

97%
214 of 221 outputs mentioned Electric Kiwi
25%
55 of 221 outputs produced Electric Kiwi as first-named provider

The big four banks appear but never lead

0/222
No first-named provider positions went to ASB, ANZ, BNZ or Westpac

Visibility without salience: ASB appeared in 97 outputs, yet the lead-position distribution is held by Kernel, Milford, Simplicity and InvestNow.

Share of outputs mentioning each bank

AI leans slightly away from the big four parent groups

86.7%
of active retail ICPs sit with Genesis, Meridian, Mercury and Contact
74.2%
of AI lead positions name those four parent groups — 164 of 221

Ownership changes the interpretation

49%
Genesis group — Ecotricity 107 + Frank 2 + Genesis master brand 0
21%
Meridian group — Powershop 36 + Flick 7 + Meridian 3

Retired brands persist in AI answers

86/295
outputs still mentioned Frank Energy across Normal and Temporary conditions

Normal engines alone: 77 of 221 answers mention Frank Energy (34.8%).

Outputs mentioning Frank Energy
Normal versus Temporary

Account condition changes the answer

69%

50 of 72 people received at least one different lead provider

28%

61 of 215 paired category runs changed the lead provider

86%

184 of 215 paired category runs changed the wider brand roster

Condition, not a pure memory experiment

Temporary Chat removes access to saved memories for personalisation. Other account, custom-instruction, system and run-to-run effects may still operate, so the report treats this as a condition comparison.

*Normal-Temporary comparisons include only cases where the same participant produced an analysable ChatGPT lead in both conditions for the same category. This yielded 72 KiwiSaver pairs, 72 power pairs and 71 accounting pairs: 215 pairs in total.

The wider shortlist changes more often than the lead

Accounting keeps Xero in front while three quarters of paired answers change the brands surrounding it.

Normal vs temporary chats (ChatGPT)

*Normal-Temporary comparisons include only cases where the same participant produced an analysable ChatGPT lead in both conditions for the same category. This yielded 72 KiwiSaver pairs, 72 power pairs and 71 accounting pairs: 215 pairs in total.

A small source ecosystem recurs across power answers

12/18
Clean-layer outputs named Canstar

Source recurrence is an association. The study does not identify which source caused an answer.

Sources referred to in AI answers

Single-run benchmarks did not always match the human plurality

Human plurality from real-account normal-engine answers versus one Peec and one Scrunch run per engine/category.

Category / engineHuman pluralityPeecScrunch
KiwiSaver – ChatGPTKernel – 56/76KernelMilford
KiwiSaver – GoogleMilford – 68/75MilfordMilford
KiwiSaver – CopilotSimplicity – 39/71SimplicityMilford
Power – ChatGPTEcotricity – 35/76No providerEcotricity
Power – GooglePowershop – 31/73Energy OnlineElectric Kiwi
Power – CopilotEcotricity – 59/72EcotricityEcotricity
Accounting – ChatGPTXero – 76/76XeroXero
Accounting – GoogleXero – 74/74XeroXero
Accounting – CopilotXero – 71/71XeroXero
7/9
Peec cells matched the human plurality
6/9
Scrunch cells matched the human plurality

*Denominator (n) = available, category-correct responses containing an identifiable first-named provider. Unavailable responses, wrong-category pastes and answers that named no provider are excluded. The applicable n is shown for every engine and comparison.

The headline rates stabilised before the final respondent

Cumulative structured survey sample in collection order; valid denominators vary at each checkpoint;

From n=50 onward, both cumulative headline rates remained within one percentage point of their final values.

What this means for businesses

The measurement design follows directly from the observed distribution.

01

Measure leads and mentions

A brand can appear widely without occupying the lead position. Report both, with counts and the correct denominator.

02

Plan by engine

KiwiSaver and power produced different champions on ChatGPT, Google AI Mode and Copilot.

03

Separate brand from owner

A subsidiary can dominate the answer while its parent master brand barely appears in front.

04

Audit the recurring source set

Canstar, Powerswitch, Consumer NZ and a short list of specialist sources recur across answer text.

05

Build rebrands into answer-layer work

Frank’s persistence shows that commercial retirement and answerlayer retirement can move on different timelines.

Use clean tracking as a benchmark

A platform run is one controlled layer. Add repeated real-account testing when the customer experience matters.

What this means for consumers

An AI answer is one observed outcome, not a market verdict.

01

Ask another engine

For KiwiSaver and power, a second engine often produces a different first-named provider.

03

Verify with independent sources

Use comparison services, regulators and provider information before making a financial or utility decision.

02

Check the provider still exists

The answer layer can retain brands after their customer proposition changes.

04

Treat confidence as presentation

A polished answer can hide the variation visible across engines, people, conditions and time.

The study measures recommendation salience. It does not decide which provider is best for an individual.

02

How the study worked

Four measurement layers, fixed prompts, explicit exclusions and a denominator for every claim.

Four layers measure four different conditions

The study combines experienced visibility with controlled benchmark layers.

1. Normal Account
Real people using everyday accounts
What contributors received
2. Temporary condition
Real people using ChatGPT Temporary Chat
How the same account changed
3. Logged-out product
Peec single-run consumer-surface capture
A clean product benchmark
4. API fan-out
Scrunch single-run model/API layer
A clean tracking benchmark

These layers complement one another; none is a complete population estimate on its own.

The protocol held the questions fixed

The study combines experienced visibility with controlled benchmark layers.

Protocol
01

Start a new chat

Use the exact wording. No follow-ups. Paste the complete answer into the collection form.

02

Run three normal engines

ChatGPT, Google AI Mode and Microsoft Copilot using the contributor’s everyday access condition.

03

Repeat in Temporary Chat

Run the same three prompts in ChatGPT Temporary Chat. Twelve potential answers per structured respondent.

The three fixed prompts
KIWISAVER
What is the best KiwiSaver provider in New Zealand?
POWER
Who is the best power company in New Zealand?
ACCOUNTING
What is the best accounting software for a small business in New Zealand?

Every result carries its own denominator

The answer universe narrows as availability, category fit, and analysability rules are applied.

Universe Count
Unique participants 76
Designed human cells 912
Unavailable positions 24
Usable human outputs 888
Wrong-category pastes 5
Category-appropriate outputs 883
Analysable lead positions 879
Matched three-engine cases 211
Normal–Temporary pairs 215
Clean-layer outputs 18

*Denominator (n) = available, category-correct responses containing an identifiable firs -named provider. Unavailable responses, wrong-category pastes and answers that named no provider are excluded. The applicable n is shown for every engine and comparison.

Limits define the claim, not the value of the study

The design measures reproducible salience across a specific set of prompts, accounts, engines and dates.

Limitations

1. Convenience sample

Recruitment was network- and referral-based. The study does not estimate prevalence for all New Zealanders.

2. Three fixed prompts

Prompt wording defines the commercial slice. Other tasks and phrasings can produce different distributions.

3. One 14-day window

Models, sources and interfaces change. The tool layers are single-run snapshots.

4. Lead is a proxy

First-named provider is a salience proxy, not recommendation strength or suitability.

Next-wave research

1. Repeat the field wave

Track whether winners and disagreement rates move as engines update.

2. Broaden prompt families

Test task, phrasing and journey-stage sensitivity within each category.

3. Recruit stratified samples

Separate account, subscription, occupation and demographic conditions with sufficient power.

4. Audit source pathways

Use controlled tests before claiming publisher causality.

FAQ’S

Frequently asked questions

What is the NZ AI Answers Project?

Do different AI engines recommend different brands?

Which KiwiSaver provider do AI engines recommend in New Zealand?

It varies by engine: ChatGPT first-named Kernel in 74% of outputs, Google AI Mode first-named Milford in 91%, and Microsoft Copilot first-named Simplicity in 55%.

Which power company do AI engines recommend in New Zealand?

Which accounting software do AI engines recommend for NZ small businesses?

Does appearing in an AI answer mean a brand is recommended?

Does your account or chat mode change the AI's recommendation?

Does your account or chat mode change the AI's recommendation?

Are single-run AI visibility trackers accurate?

Full report

Get the full 28-page report

We’ll email you the complete NZ AI Answers Project PDF — every finding, the method and the references in one document.

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We’ll email the PDF and occasional AI-search insights.

References & cite-this-study

Primary evidence and selected context used in the published report.

1.The Optimisers (2026). The NZ AI Answers Project workbooks and audit files.
2.Fishkin, R. (2026). AIs are highly inconsistent when recommending brands. SparkToro.
3.Zou, J. (2026). Is once a day enough? Profound.
4.McCain, D. (2026). Variability of Google models: Gemini vs AIO vs AI Mode. Profound.
5.Clark, N. (2026). How much data do you need to measure AI visibility with confidence? Gumshoe.
6.Iannelli, M. (2026). The prompt-to-purchase pipeline. Scrunch.
7.Similarweb (2026). The 2026 generative AI landscape: the evolution of AI search.
8.Aggarwal et al. (2024). GEO: Generative Engine Optimization. KDD.
9.Martinez, O. (2026). Optimizing visibility in generative engines: a critical survey. arXiv:2607.14035.
10.OpenAI (2026). Temporary Chat FAQ.
11.Electricity Authority EMI (2026). Retail market share, 30 June 2026.
12.Genesis Energy (2025–26). Retail streamlining and interim reporting.
13.Frank Energy (2025). Who is Frank Energy?
14.Meridian Energy (2025–26). Powershop ownership and Flick transaction material.
Cite this study

The Optimisers (2026). The NZ AI Answers Project: what AI really tells New Zealanders. Auckland, August 2026. theoptimisers.com