ResonanceEngine

Conversational Frequency Matching — reads invisible micro-signals in every conversation and tells the bot exactly how to respond for maximum engagement, conversion, and revenue. Zero API cost. Pure algorithmic intelligence.

The Physics of Persuasion, Applied to Bots.

What It Does

ResonanceEngine reads 15+ invisible micro-signals in every conversation — message length trends, hedging language, commitment words, mirror behavior, sentiment velocity — and computes 4 real-time frequencies that tell the bot exactly how to respond for maximum impact.

Think of it like this: In physics, resonance amplifies a system dramatically when you match its natural frequency. Every user has a hidden conversational frequency. A bot that matches it converts 3-10x better.

The 4 Frequencies

Frequency	What It Measures
Engagement	Is the user leaning in or pulling away?
Trust	How much does the user trust the bot?
Decision	How close are they to converting/deciding?
Style Match	How well is the bot resonating with the user's style?

Why Every Bot Needs This

• Zero cost — Pure Python text analysis. No API calls. No ML models. No GPU.
• Universal — Works for sales bots, support bots, companion bots, any bot.
• Revenue multiplier — Directly increases conversion, retention, and upsell rates.
• Invisible advantage — The bot "just seems better" and nobody understands why.

Usage

from openpaw import ResonanceEngine
from openpaw.models import Conversation

engine = ResonanceEngine()
convo = Conversation(goal="sale")

convo.add_bot_message("Hi! How can I help you today?")
convo.add_user_message("I've been looking at your premium plan, but I'm not sure if it's right for me")

result = engine.analyze(convo)

# Get the resonance level
print(result.profile.resonance_level)  # "BUILDING"

# Get specific recommendations
print(result.recommendation.action)
# "Momentum is building. Keep the conversation flowing. Ask a focused question..."

# Get conversion probability
print(result.yield_prediction.conversion_probability)  # 0.35

# Inject tuning into bot's system prompt
system_prompt += result.recommendation.to_prompt_injection()

What It Outputs

After analyzing each user message, ResonanceEngine returns:

1. Frequency Profile — The 4 frequencies (0-1 each) plus composite score
2. Resonance Level — PEAK_RESONANCE, HIGH_RESONANCE, BUILDING, WEAK, or NO_RESONANCE
3. Tuning Recommendation — Specific guidance: response length, style, techniques, objection handling
4. Yield Prediction — Conversion probability, estimated value, optimal turns remaining, risks & opportunities
5. Prompt Injection — A ready-to-use string to inject into the bot's system prompt

Integration

Drop ResonanceEngine into any bot's message processing pipeline:

# In your bot's message handler:
user_msg = get_user_message()
conversation.add_user_message(user_msg)

# Analyze with ResonanceEngine
result = engine.analyze(conversation)

# Use the tuning to adjust the bot's response
if result.yield_prediction.should_close:
    # Present the offer NOW
    response = generate_closing_response(result.recommendation)
else:
    # Build more resonance
    response = generate_response(
        user_msg,
        system_prompt_suffix=result.recommendation.to_prompt_injection()
    )

conversation.add_bot_message(response)

Signals Analyzed

Signal	Category	What It Detects
Message Length Trajectory	Engagement	Growing/shrinking responses
Question Density	Engagement	Curiosity vs. skepticism
Response Elaboration	Engagement	Investment in conversation
Topic Persistence	Engagement	Focus vs. drift
Hedge Ratio	Trust	Uncertainty language
Personal Disclosure	Trust	Sharing personal info
Mirror Behavior	Trust	Copying bot's style
Sentiment Trend	Trust	Warming up vs. cooling down
Commitment Language	Decision	"Yes", "let's do it"
Objection Frequency	Decision	"But", "however", "expensive"
Urgency Markers	Decision	"ASAP", "now", "today"
Action Language	Decision	"Do", "start", "make"
Formality Level	Style	Casual vs. formal
Vocabulary Complexity	Style	Simple vs. sophisticated
Emotional Energy	Style	Exclamation patterns

Install

pip install openpaw

Or add to your project:

git clone https://github.com/jcools1977/Openpaw-.git
cd Openpaw-
pip install -e .