Operated platform

An agentic stack purpose-built for AI-prescriptive search.

SkuLift unifies measurement, analysis, recommendation and execution into a single operated platform — supervised by AI-native experts.

Is SkuLift a self-serve tool or an operated platform?

SkuLift is an operated platform, not a self-serve tool. AEO and GEO specialists run a measurement, analysis, recommendation and execution loop on your behalf, under human validation, across every major AI engine.

Most AI-visibility products hand you a dashboard and leave the work to you. SkuLift is the opposite: a platform that is run for you by specialists, with the software industrialising the parts that should be automated and humans owning the parts that should never be.

The distinction matters because winning AI answers is not a one-click action. It requires probing four engines at scale, decomposing thousands of answers, deciding which content and authority moves will move share of voice, producing those assets to a publishable standard, and re-measuring to prove the lift. A self-serve tool can show you a number; it cannot do that work. SkuLift does the work, and the platform exists to make it repeatable, measurable and governed.

Operated does not mean opaque. Every measurement, every recommendation and every published change is visible to you, logged with its cost and provenance, and gated behind an explicit human approval before anything reaches the public web. You get the leverage of automation with the accountability of a team, which is precisely the combination an executive needs before trusting a channel with brand-critical decisions.

Think of it as the difference between buying a telescope and hiring an observatory. The telescope can show you the sky if you already know where to point it and how to interpret what you see; the observatory employs the people who do, runs the instruments on a schedule, and hands you findings you can act on. AI visibility is far closer to the second model, because the value is not in seeing the data but in the sustained, expert, governed work of changing it.

An operated platform, not self-serve.

You do not buy SkuLift and figure it out alone. You retain a platform run by AEO and GEO specialists, with software handling scale and people handling judgement.

Self-serve AI-visibility tools sell access to a measurement and stop there. They report a share-of-voice number and leave you to interpret it, decide what to do, produce the content, and hope it works. For a marketing leader with a dozen other priorities, that is not a solution, it is another dashboard to neglect. The hard part of AI visibility is the work between the measurement and the result, and that is exactly the part a self-serve tool externalises back to you.

SkuLift keeps that work inside the engagement. Specialists own the analysis, the prioritisation and the production; the platform industrialises the repetitive, high-volume operations — probing engines, decomposing answers, ingesting catalogues, tracking citations — that no team should do by hand. The result is a managed channel rather than a tool subscription, with a named team accountable for the outcome and a software backbone that makes the outcome repeatable.

This model also scales without diluting quality. Because the platform handles the mechanical load, the human specialists spend their time on the decisions that actually require judgement: which queries are strategic, which authority signals are credible, which recommendations are worth a human gate. As your footprint grows from one market to several, the operated model absorbs the complexity instead of passing it to you as more dashboards to read.

Why operated wins

There is a strategic reason the operated model wins for AI visibility specifically. The engines change faster than any quarterly planning cycle can track: new platforms emerge, model updates alter citation behaviour, and scoring methodology evolves as the field matures.

A managed programme that monitors and adjusts in near-real time catches those changes as opportunities rather than discovering them retrospectively as damage. Operated is not a premium tier of the same service: it is the only model that can actually keep pace with the rate at which the underlying technology is changing.

The market has already shifted

Seven signals that answer engines now own discovery.

The behavioural change is not a forecast. It is measurable today, across consumer and B2B buying alike. These figures explain why optimizing pages for ten blue links no longer protects your demand.

Zero-click behaviour is the headline. When an engine answers a question directly, the majority of searches end without a single click to any website, because the user already has what they came for. The traffic you used to win at the bottom of the funnel is being absorbed at the top, inside the answer itself, before any link is offered.

B2B buying has moved just as fast. A large majority of B2B buyers now use AI to build their shortlist, and a growing share start their research in a chatbot rather than a search engine. The consequence is blunt: if your brand is not in the answer an engine gives a buyer in their first exchange, you are unlikely to make the shortlist at all, no matter how strong your traditional SEO.

And the traffic that does arrive from AI converts differently. Visitors who land after an AI recommendation arrive pre-qualified, having already been vouched for by the engine, so their conversion rate runs well above generic organic traffic. The same shift that drains your click volume can, handled correctly, deliver fewer but far better-qualified prospects.

Across all sectors

None of this is confined to a single sector. Software buyers ask which tools to evaluate, travellers ask which hotels fit a brief, shoppers ask which product solves a need, and patients ask which providers to trust.

Wherever a purchase begins with a question, an answer engine is increasingly the thing that answers it first, and the competitive contest quietly relocates from the results page to the inside of that answer. A brand that wins ten blue links but loses the answer has won the old game and lost the new one.

The new front door

Each statistic points at the same conclusion. The funnel now starts inside a conversation. Buyers ask, the engine answers, and the brands named in that answer collect the consideration. The brands left out are not penalized by an algorithm in the classic sense — they are simply never surfaced, which is a quieter and more dangerous kind of absence because no ranking report will flag it.

The seventh signal is the synthesis of the other six: AI is no longer an experiment at the edge of discovery, it is becoming the front door, and the brands that treat it as a managed channel today will own the default answers their competitors are still hoping to stumble into.

The search shift to AI answers

The search shift to AI answers60%Zero-click searches
60%
Zero-click searches
Answered without a site visit
~1B
AI assistant users
ChatGPT, Gemini, Perplexity
+10×
AI answer queries
Year-over-year growth
Seven signals that answer engines now own discovery.

SEO optimizes pages; we pilot the answers.

Classic SEO is a contest for position on a results page. Answer engine optimization is a contest to be the source a model trusts enough to quote.

On a search results page, ten links compete and the user chooses. In a generative answer, the model has already chosen. It composes a single response and decides which two or three brands to name and which sources to cite.

There is no second page, no scroll, no long tail of also-rans. You are quoted or you are absent, and the gap between the two is the difference between being considered and being unknown.

Citability as a craft

That changes the work. Ranking signals still matter as one input, but they are no longer the goal. The goal is citability: content structured so a model can lift a clean, attributable answer from it, paired with authority signals strong enough that the model treats your brand as a credible default.

SkuLift engineers both. We make your content answer-first so it is easy to quote, and we build the off-site authority footprint that makes the quote feel safe to the model.

That changes the work. Ranking signals still matter as one input, but they are no longer the goal. The goal is citability: content structured so a model can lift a clean, attributable answer from it, paired with authority signals strong enough that the model treats your brand as a credible default.

The continuous loop

And because the answer is regenerated on every query, the work is never finished. A page can rank for years; a citation can vanish the next time the model is sampled, when a competitor publishes a cleaner source or the model is updated.

That is why SkuLift is a loop rather than a project, and why it is operated continuously rather than delivered once. The brands that win in AI search are not the ones who optimized hardest in a single quarter — they are the ones who kept measuring and adjusting while everyone else moved on.

The defensive case

There is also a defensive case that decision-makers underrate. When an engine settles on a default answer for a category, that answer becomes sticky: it is reinforced every time the model is sampled and every time the cited sources accrue more authority. The first brand to earn the default position does not just win today's consideration — it raises the bar a challenger must clear tomorrow.

Waiting is therefore not neutral. Every quarter a competitor spends building citability and authority is a quarter your eventual climb gets steeper, which is the strongest argument for treating answer visibility as a present priority rather than a problem for next year.

SEO optimizes pages; we pilot the answers.
The complete loop

The complete loop, in eight steps.

Measurement to re-measurement, the platform runs a closed eight-step loop that compounds each cycle and never publishes without a human gate.

The complete loop, in eight steps.CLOSED LOOP24/71. Measure2. Analyze3. Plan4. Recommend5. Human gate6. Execute7. Publish8. Re-measure
1. Measure
Probe ChatGPT, Claude, Gemini and Perplexity at scale across hundreds of strategic prompts to capture your current share of voice.
2. Analyze
Decompose each answer to identify the cited sources, your mention prominence, sentiment and where competitors displaced you.
3. Plan
Convert the gaps into a ranked backlog of content and authority moves, weighted by expected impact on share of voice.
4. Recommend
Draft concrete, answer-first recommendations and brand-controlled assets, ready for human review rather than speculative.
5. Human gate
Every recommendation passes an explicit human validation step before anything is produced or published.
6. Execute
Produce and apply the approved work, from on-site answer blocks to off-site authority signals and structured data.
7. Publish
Ship changes through governed integrations, including WordPress push with signed HMAC webhooks for traceability.
8. Re-measure
Re-probe the same engines to prove the lift, attribute it to the change, and feed the result into the next cycle.
The complete loop, in eight steps.

Two properties make this loop more than a workflow diagram. First, every step writes data the next step reads, so analysis is grounded in real measurement, recommendations are grounded in real analysis, and re-measurement closes back onto the original baseline.

Second, the cadence is fixed rather than ad hoc: the engines are re-probed on a regular schedule, so a regression is caught within a cycle instead of being discovered months later when someone happens to look. A loop that runs on a clock is a loop you can trust to defend a position.

Memory and cadence

The loop is also where memory accumulates. Each completed cycle records what was recommended, what was approved, what was published and what moved, so the platform builds an evidence base specific to your brand and category rather than relying on generic best practice.

Over time this lets exploration and exploitation be balanced deliberately: proven moves are repeated, and a measured fraction of effort is spent testing new ones, with every test still passing the same human gate before anything ships.

The continuous loop

Running the loop continuously is what turns AI visibility into a managed asset rather than a periodic campaign. Because the same eight steps repeat on a fixed cadence, the platform accumulates a record of which moves earned citations and which did not, and each subsequent cycle is better targeted than the last.

The compounding is the point: a position won is also a position defended, because the loop that builds your share of voice is the one that detects and repairs erosion before a competitor exploits it.

Four KPIs, defined and tracked per engine.

The platform reduces AI visibility to four hard metrics, computed the same way every cycle so the numbers are comparable over time rather than a moving target.

Share of Voice measures how often your brand is named versus competitors for a defined set of strategic questions. It is the headline metric leadership tracks, computed per engine because dominance on Perplexity and absence on Gemini are different facts that an average would hide. The platform trends it over time and against a target you set.

The Citation Tracker records the exact sources each engine quoted, distinguishing a citation of your own domain — durable authority you control — from a third-party article that merely mentions you. Word-Count Share measures how much of the answer your brand occupies, separating a passing mention from genuine prominence. The Citation and Prominence score combines position and frequency into a single trended number you can report to a board.

The four metrics are also computed against valid responses only, so an engine that errored or returned an empty answer never quietly drags an average down or props it up. That sounds like a detail, but it is the difference between a number a board can trust and a number that flatters or panics for the wrong reason. The platform applies the same definition to every cycle and every engine, which is what makes a trend line meaningful rather than an artefact of inconsistent measurement.

Position and prominence

Crucially, prominence is weighted by position. A model that names your brand first in its answer is recommending you; a model that names you last, after three competitors, is hedging.

A naive mention count treats those two outcomes identically, which is why SkuLift uses a position-weighted measure derived from published generative-engine research rather than a raw tally. The KPIs are designed to reward the kind of citation that actually changes a buyer's shortlist, not merely the presence of your name somewhere in the text.

Parametric and grounded

Four KPIs, defined and tracked per engine.

Three maturity tiers, priced on request.

Foundation, Advanced and Premium describe capability rather than cost. Because catalogues and markets differ so widely, the investment is scoped on request rather than published as a grid.

Foundation establishes the baseline: the first full audit across all four engines, catalogue ingestion so the platform understands what you sell, and the answer-first content foundations that make your brand quotable at all. It is the work that converts an unmeasured absence into a measured starting line.

Advanced is the climb: continuous measurement, sustained authority-signal production and ongoing agent calibration, run at a cadence that catches erosion early and compounds each cycle. Premium is the C-level engagement: cross-market orchestration, executive governance and the loop run at full intensity across your strategic footprint.

Choosing your tier

Maturity is a journey, not a purchase. Most brands start at Foundation because you cannot improve what you have not measured: a first SOV cycle establishes where you actually stand before any money is spent on execution.

Scale is for brands that already have measurable presence and want to convert it into category leadership. Enterprise is for those operating across multiple markets, carrying complex governance requirements, or needing integration with proprietary data infrastructure.

On-request pricing

Pricing on request is a feature of the model, not an evasion. A fixed price list forces a vendor to package their capability in ways that fit a price card rather than ways that fit a client's situation.

The result is that complex clients, who have the most to gain, often buy a version of the platform that was simplified to fit a tier. On-request pricing lets us size each engagement to the actual scope rather than a nearest-fit bracket, and it means a client with an unusually large catalogue or an unusually competitive category is not subsidising simpler clients.

Three maturity tiers, priced on request.

Three starting points, one trajectory.

Most brands arrive absent, partially present, or visible but fragile. The trajectory out of each is the same disciplined climb from invisibility to a defended leadership position.

A brand that is absent today has the most to gain and the clearest runway. With no incumbent position to protect and obvious foundational gaps to close, the first citations typically appear within weeks of the initial work, and from there the curve compounds. Absence feels like the worst starting point but is often the fastest to move, because every fundamental improvement is visible immediately.

A brand with partial, uncontrolled presence is already cited but cannot predict or defend it. It appears in some answers, vanishes from others, and has no idea why. The work here is to convert luck into a managed position: understand which sources are earning the existing citations, reinforce them, and close the gaps that leave the brand exposed on the queries that matter most.

The consolidation case

A brand with weak but real visibility needs consolidation above all. Its presence is genuine but thin, the kind a focused competitor can quietly overtake in a quarter. The task is to deepen the authority footprint and broaden the answer-first coverage so the position becomes defensible rather than incidental.

In every one of these cases the loop is identical — measure, move, re-measure — and the only variable is the starting altitude. The trajectory chart shows the same upward arc from each of the three; what differs is how far there is to climb.

Sustained commitment

What the three trajectories share is more important than how they differ. None of them is a one-time campaign that ends when a report is delivered. Each is a position that must be held, because the engines keep moving and competitors keep publishing.

The brands that treat their first lift as a finish line watch it erode; the brands that treat it as a baseline to defend compound it into durable category leadership. Knowing your starting altitude is useful, but committing to the climb is what actually changes the outcome.

Avant0%
Après28%
Three starting points, one trajectory.

The agentic-commerce protocol layer.

SkuLift speaks the emerging agentic-commerce protocols natively, so your brand is legible to the engines that will increasingly transact, not just answer.

As assistants move from answering questions to taking actions, a protocol layer is forming underneath them. ACP, the protocol associated with the ChatGPT ecosystem, AP2 in the Gemini ecosystem, and MCP, the Model Context Protocol used by Claude, are the early standards for how an engine discovers, understands and acts on a brand’s catalogue and capabilities. A brand that is invisible to these protocols is invisible to the agentic commerce they enable.

The platform implements these protocols so your products, content and structured data are exposed to each engine in the form it expects. That means your catalogue is not just crawlable but agent-readable, your capabilities are declared in a way an assistant can reason about, and your brand is positioned to be acted on as the protocols mature from answering toward transacting. Building this in now is the difference between being ready for agentic commerce and scrambling to retrofit for it later.

Future-proofing the work

Treating protocols as a first-class layer also future-proofs the work. The specific standards will evolve and consolidate, but the underlying shift — engines moving from describing brands to acting on their behalf — is durable.

A brand whose catalogue, capabilities and structured data are already exposed in an agent-readable form is positioned to ride that evolution rather than rebuild for it each time a standard matures. SkuLift maintains the protocol layer so your readiness is continuous, not a one-off integration that goes stale.

What agent-legible means

It is worth being concrete about what "legible to an agent" means in practice. When an assistant resolves a buyer's request into an action, it needs to know your products exist, what they do, how they compare, and how to surface or transact them — all in a structured form it can consume without scraping a human-oriented page and guessing.

The protocol layer is how that structured form is declared and discovered. Implementing it well is unglamorous plumbing, but it is the plumbing that decides whether an agent can include you in an action it takes on a buyer's behalf.

Agentic-commerce protocol stack

Agentic-commerce protocol stackMCPAP2ACP
MCPAnthropic / Claude
Tool & context access for agents
AP2Google / Gemini
Agent payments protocol
ACPOpenAI / ChatGPT
Agentic commerce checkout
The agentic-commerce protocol layer.

Human-gate governance on every publication.

Nothing the platform produces reaches the public web without an explicit human approval. Automation handles scale; people own every outbound decision.

Autonomy without a gate is a liability, especially for a brand. SkuLift’s agents can measure, analyse, plan and draft at machine speed, but the moment a change would touch the public web, it stops at a human validation step. A reviewer sees exactly what would be published, why it was recommended, and what it is expected to move, and nothing proceeds without their explicit approval.

This is enforced in the platform, not merely promised in a deck. The supervisor agent is architecturally prevented from publishing on its own; the human gate is a required state in its workflow, not an optional setting a busy operator might switch off.

Governance as the spine

Combined with per-workspace budget ceilings, a full audit trail of every action and cost, and an automated evaluator that pre-screens quality before a human ever sees it, governance is the spine of the platform rather than a feature bolted to the side.

Governance is also what makes the platform safe to run at speed. Because the gate, the budget ceilings, the audit trail and the evaluator are structural, the agents can be allowed to work fast on everything up to the point of publication without exposing the brand to an unreviewed action. Speed and safety are usually a trade-off; here they are decoupled, because the only irreversible step — putting something on the public web in your name — is the one step a human always owns.

Safety at speed

There is a quieter benefit to making the gate structural: it protects the brand from its own urgency. The pressure to publish fast is real, and a gate that lived only in policy would be the first thing skipped under deadline. Because SkuLift's gate is a required state the agent cannot bypass, the safe behaviour is also the default behaviour, with no heroics required from a busy operator. Good governance is the kind you cannot accidentally turn off.

Human-gate governance on every publication.

Catalogue industrialisation, up to 400K SKUs.

The platform turns large, messy catalogues into LLM-ready data: normalised, enriched and embedded so engines can understand and cite your full range.

An engine can only cite what it can understand, and most catalogues are not built to be understood by a model. Inconsistent attributes, missing context and unstructured descriptions are invisible to retrieval no matter how good the underlying products are. SkuLift industrialises the fix: normalising attributes into a consistent schema, enriching thin entries with the context a model needs, and generating embeddings so semantic retrieval can find the right product for a given question.

This runs at scale — catalogues up to roughly 400,000 SKUs are processed into LLM-ready form — because for many brands the long tail is exactly where AI search creates opportunity.

A buyer asking an assistant for a product that fits a precise, unusual need is asking a question that a well-structured long-tail catalogue can answer and a competitor's flat product feed cannot. Making the entire range agent-readable, not just the hero products, is how a brand wins the specific questions that convert.

Measurement and execution

The ingestion is also where measurement and execution meet. Because the platform already holds a structured, embedded representation of your catalogue, it can map a specific buyer question to the specific product or content that should answer it, and then verify after publication whether the engine actually cited that asset. Catalogue industrialisation is therefore not a one-time onboarding chore but a living substrate the loop reads from and writes back to on every cycle, which is what lets the operated model improve targeting over time instead of guessing.

The enrichment step is also where brand control is enforced. The platform does not invent product attributes or fabricate claims to make an entry look richer; it structures and contextualises what is genuinely true about a product so a model can find and trust it.

Brand control in enrichment

That discipline matters because an engine that catches a fabricated specification trusts the whole source less, so the long-term cost of padding a catalogue with invented detail is exactly the citation you were trying to win. LLM-ready means accurate and structured, never embellished.

In short, the catalogue layer is the foundation the rest of the platform stands on: measurement, recommendation and publishing are only as good as the data the engines can actually read.

Integrations and WordPress publishing.

Approved content ships through governed integrations, including a WordPress push with signed HMAC webhooks so every publication is traceable end to end.

A recommendation only creates value once it is live, so the platform closes the loop into your existing stack rather than asking you to copy and paste. The WordPress integration pushes approved, answer-first content directly into your site as structured posts, complete with the on-page schema that makes a passage easy for an engine to lift. Signed HMAC webhooks authenticate every push, so a publication can always be traced back to the approval that authorised it.

Traceability is the point as much as convenience. Because each published change carries its provenance — which recommendation, which approval, which cycle — the platform can later attribute a measured lift back to the specific content that caused it. That closes the gap between doing the work and proving it worked, and it is what lets the operated loop learn which kinds of content actually earn citations in your category rather than guessing.

Wherever engines look

Beyond WordPress, the platform is built to publish wherever your audience and the engines look. The same governed pipeline that pushes a post can submit an updated sitemap so engines re-crawl the change, surface structured data so a passage is machine-extractable, and align off-site signals so the citation is corroborated.

The integration layer is deliberately thin and standards-based rather than a tangle of brittle custom connectors, which is what keeps publication fast without sacrificing the audit trail that governance depends on.

Dog-fooding the pipeline

The same engine that publishes to your site also ships to client deliveries, which is a deliberate design choice rather than a coincidence. Because SkuLift dog-foods its own publishing and illustration pipeline on this very site, the path from an approved recommendation to a live, structured, schema-rich page is the path the platform exercises every day. A capability a vendor uses on itself is a capability you can trust on your own properties, because its failure modes have already been found and fixed in production.

Authority signals AI engines actually weigh.

Models do not cite a brand because it shouts loudest. They cite sources that look corroborated, consistent and verifiable across the open web.

The authority engines grant a brand is not binary and is not acquired overnight. It is built through a network of signals: verifiable entity presence, consistent public profiles, knowledge-graph density, third-party press coverage.

These signals reinforce each other — a brand clearly defined in knowledge bases is easier for engines to cite; citations establish coherence for future knowledge-base updates — and together they form an authority footprint that engines use to decide which sources to treat as reliable.

SkuLift builds and maintains that footprint deliberately, signal by signal, rather than hoping it accrues naturally. The entity work is first: structured data, verified profiles across relevant platforms, and knowledge-graph entries that tell engines who you are without ambiguity.

Building the footprint

The press layer is second: strategic citations in publications that engines weight as authoritative, so that the trust chain that leads back to your brand is solid rather than speculative. These two layers are mutually reinforcing: stronger entity presence makes press coverage more attributable; more coverage strengthens the entity record. The result is a footprint that holds under scrutiny and transfers across engines, rather than a ranking that works until an algorithm changes.

Authority also compounds over time, and that is what makes a lead hard to overtake. Every aligned press mention, every knowledge-graph update, every structured-data signal accrues to the footprint and makes the next citation slightly easier to earn.

The compounding is slow compared to a PPC campaign but it is durable in a way that a paid position is not, and it works across all engines simultaneously. This is what SkuLift is building for its clients: a position in AI that gets harder to displace the longer it is held.

  • Consistent entityOne coherent brand identity across owned properties, so engines resolve you to a single confident answer.
  • Reference profilesPresence on the marketplaces and directories that reviewers and engines treat as corroboration.
  • Knowledge graphStructured data and entity links that place your brand inside the graphs models lean on when sourcing.
  • Third-party corroborationEarned, verifiable mentions that make a citation of your brand feel safe to the model.

Authority signal stack

Authority signal stackExperienceExpertiseAuthoritativenessCitations
Citations
AI recommends the brand
Authoritativeness
Third-party references
Expertise
Author credentials
Experience
First-hand, dated proof
Authority signals AI engines actually weigh.
Security and compliance

Built for enterprise data and regulated industries.

Multi-tenant isolation, role-based access and a complete audit trail make the platform safe for enterprise and regulated use.

Security is foundational rather than an add-on. Each workspace is isolated under multi-tenant boundaries so one client's data never leaks into another's. Access is governed by SSO and granular role-based permissions, so the right people see the right scope and nothing more.

Every agent action is logged with its cost and provenance for a complete audit trail, and per-workspace budget ceilings prevent runaway spend. For regulated industries, EU hosting, a DPA on request and configurable data retention round out a posture designed to pass enterprise procurement rather than merely claim compliance.

AI usage controls

Crucially, the security posture extends to the AI usage itself. Every call to a paid engine is metered in a unified usage ledger, so cost is attributable per workspace, per service and per model.

A per-workspace daily ceiling stops an unexpected loop from spending beyond an agreed limit. For a buyer who has watched unmonitored AI spend surprise a budget, that combination of hard ceilings and line-item visibility is often as decisive as the data-protection controls.

Enterprise governance

Taken together, these controls are what make an operated AI platform acceptable to an enterprise security review rather than merely attractive to a marketing team. Isolation, access control, audit, budget ceilings and usage metering address the questions a CISO actually asks, and answering them up front is part of why the platform is operated: the same governance that protects your brand on the public web protects your data inside it.

That same rigour extends to how we handle your catalogue and proprietary signals. The data you ingest is used to measure your position and draft your recommendations, never to train a shared model or to benefit another brand.

Every call to an engine runs through governed accounts whose usage is traced down to the individual request, so an unexpected spend is visible before the invoice rather than after it. And because every publication passes through a human gate, no automation can expose content or data without an accountable person having seen and approved it first.

  • GDPR-alignedEU hosting, DPA on request, configurable data retention.
  • SSO + RBACSAML and OIDC, role-based access, granular workspace scoping.
  • Full audit trailEvery agent action logged with cost and provenance.
  • Budget guardrailsPer-workspace cost ceilings; human-gate on outbound publication.
Platform questions

What decision-makers ask about the platform.

Is SkuLift self-serve?

No. SkuLift is an operated platform: AEO and GEO specialists run the measurement, analysis, recommendation and execution loop for you, with software industrialising scale and humans owning every outbound decision under a required human gate.

Which agentic-commerce protocols do you support?

The platform speaks the emerging agentic-commerce protocols natively: ACP in the ChatGPT ecosystem, AP2 in the Gemini ecosystem, and MCP, the Model Context Protocol used by Claude, so your catalogue and capabilities are legible to each engine.

How large a catalogue can you handle?

Catalogues of up to roughly 400,000 SKUs are industrialised into LLM-ready form — normalised, enriched and embedded — so engines can understand and cite your full range, including the long tail where AI search often creates the most opportunity.

Can the platform publish on its own?

No. The supervisor agent is architecturally prevented from publishing autonomously. Every change that would touch the public web stops at a required human validation step, backed by budget ceilings, a full audit trail and an automated quality evaluator.

Platform — operated AEO + GEO that pilots AI answers