Feb 14, 2026

AI-Lisa: how Enolisa's hyper-personalized pairing engine works

Discover how AI-Lisa, Enolisa's hyper-personalized pairing engine, uses sensory signals, alternatives, and scoring to recommend better pairings with context.

AI-Lisa: how Enolisa's hyper-personalized pairing engine works

AI-Lisa: how Enolisa's hyper-personalized pairing engine works

At Enolisa, we did not want a recommendation that sounded nice but stayed generic. We wanted recommendations that genuinely help you decide what to eat with a specific bottle, at a specific moment, for a specific person.

That is why we built AI-Lisa, our AI engine for hyper-personalized pairings. AI-Lisa is our decision system built on reasoning models, designed to turn sensory perception into actionable recommendations.

The problem we solve

Most traditional engines run on static rules: "if it is red, suggest meat." The issue is not only that this is simplistic, but that it ignores the most important factor: how that user is perceiving the wine right now.

In practice, two wines in the same category can behave very differently, and two users can have very different sensory experiences with the same bottle. If you do not incorporate signals such as body, intensity, finish, aromas, flavors, context, and cooking level, the result is no longer personalized; it becomes generic.

Our goal is precision with context.

Our approach: guided reasoning, not impulsive output

With AI-Lisa, we use Reasoning Models and a guided Chain of Thought (CoT) pattern to enforce a decision process before producing an answer.

We do not ask for one direct output. We ask for comparative evaluation. In practice, AI-Lisa thinks more like a sommelier than a static database.

Decision pipeline

The recommendation is not generated in one jump: it follows a three-phase flow that turns real tasting signals into a robust final decision.

  1. 01

    Rich input signal

    We do not stop at the bottle name. We feed AI-Lisa with sensory and contextual signals so the decision starts from real tasting data.

  2. 02

    Alternative generation

    AI-Lisa internally builds multiple clearly different pairing options, avoiding the obvious default answer.

  3. 03

    Scoring-based selection

    Then AI-Lisa compares those options with criteria defined by us (sensory coherence, structural balance, contextual fit, and cooking level, among others) and selects the best final alternative.

What this delivers for users

For people using Enolisa, this means:

  • Hyper-personalized pairings with high relevance from the first recommendation.
  • Useful explanations connected to their own sensory experience.
  • Clearer, more confident food decisions in real consumption moments.

What this delivers for the business

For Enolisa, AI-Lisa helps us scale a premium experience with consistency:

  • Clear differentiation versus generic recommenders.
  • Stronger perceived trust in recommendations.
  • A solid base to evolve product, retention, and long-term quality.

In conclusion, we go beyond generic recommendations to deliver gastronomic proposals with clear judgment, grounded reasoning, and coherence with each user’s sensory experience and real context.


This capability is part of Enolisa's Premium experience.

If you are already Premium, try it in your next tasting. If not, activate Premium and see AI-Lisa in action.

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