AI Animal Diet Optimization System

We design and deploy artificial intelligence systems: from prototype to production-ready solutions. Our team combines expertise in machine learning, data engineering and MLOps to make AI work not in the lab, but in real business.
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AI Animal Diet Optimization System
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AI system for optimizing animal diets

AI nutrition for animals solves the same problems as for humans: personalized diets based on breed, age, weight, activity, and medical conditions. Veterinary clinics and premium pet food brands (Royal Canin, Hill's) use ML to create personalized nutrition programs.

Personalizing your pet's diet

import numpy as np
from anthropic import Anthropic

def calculate_pet_nutrition_plan(pet: dict) -> dict:
    """
    Расчёт персонального плана питания.
    pet: species, breed, age_months, weight_kg, activity_level, health_conditions[]
    """
    llm = Anthropic()

    # Базовый метаболический расчёт (RER - Resting Energy Requirement)
    # Формула: RER = 70 × weight^0.75 (для кошек/собак)
    weight = pet.get('weight_kg', 5)
    rer_kcal = 70 * (weight ** 0.75)

    # MER (Maintenance Energy Requirement) = RER × activity factor
    activity_factors = {
        'sedentary': 1.2,
        'low': 1.4,
        'moderate': 1.6,
        'high': 1.8,
        'working': 2.0
    }
    activity = pet.get('activity_level', 'moderate')
    mer_kcal = rer_kcal * activity_factors.get(activity, 1.6)

    # Корректировка на статус
    if pet.get('neutered'):
        mer_kcal *= 0.85
    if pet.get('age_months', 12) < 12:
        mer_kcal *= 1.5  # Щенки/котята растут

    # LLM для детального плана
    response = llm.messages.create(
        model="claude-3-5-sonnet-20241022",
        max_tokens=300,
        messages=[{
            "role": "user",
            "content": f"""Create a personalized nutrition plan for this pet in Russian.

Pet: {pet.get('species')}, {pet.get('breed')}, {pet.get('age_months')} months old
Weight: {weight} kg, Activity: {activity}
Health conditions: {pet.get('health_conditions', ['none'])}
Calculated daily calories: {mer_kcal:.0f} kcal

Provide:
1. Daily caloric need with justification
2. Macronutrient breakdown (protein/fat/carbs %)
3. 2-3 specific food recommendations
4. Foods to avoid given health conditions
5. Feeding schedule (times and portions)

Be specific with gram amounts."""
        }]
    )

    return {
        'daily_kcal': round(mer_kcal),
        'rer_kcal': round(rer_kcal),
        'nutrition_plan': response.content[0].text,
        'weight_status': 'ideal' if 0.9 < weight / pet.get('ideal_weight', weight) < 1.1 else 'review'
    }

AI-based optimization of pet diets reduces the risk of nutritional diseases (obesity, urolithiasis, diabetes) by 25-35%. Personalized nutrition programs increase sales of premium pet food by 30-40%, ensuring owners buy what's right for their pet.