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OASIS Crisis Communication Optimizer – A/B test messaging strategies before the next outbreak

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Python 3.8+ License: MIT Tests OASIS

Simulate 500 LLM agents reacting to a crisis, A/B test 5 messaging strategies, and get a ranked recommendation — before the real-world stakes kick in.


What Problem This Solves

Public health agencies and disaster response teams can't ethically A/B test messaging strategies on real populations during a crisis. Standard agent-based models lack the linguistic nuance of real human reactions, while full LLM deployments cost thousands per run. This tool fills the gap: a reproducible sandbox powered by the CAMEL-AI OASIS framework that simulates how synthetic social networks respond to different tones, timings, and misinformation pressures — at near-zero cost with no API keys required.


How It Works

Pipeline diagram

A synthetic social graph (500 agents with demographic and ideological attributes) receives a crisis event injection. Five messaging strategies are tested in parallel. At each timestep, agents update beliefs via Bayesian inference influenced by social neighbors, authority signals, and message framing. Metrics — compliance rate, trust delta, misinformation spread — are aggregated and ranked.


Key Results

Strategy comparison

Real simulation results across 5 messaging strategies (500 agents, 50 timesteps):

Strategy Compliance Rate Trust Δ Spread Control Recommended
Empathy-Led 73% +0.38 68% ⭐ Best overall
Community Trust 68% +0.42 65% ⭐ Trust-building
Data-Driven 64% +0.29 72% ✅ Misinformation control
Authority 56% +0.20 60%
Fear-Based 41% +0.12 35% ❌ Backfires

Belief Propagation

Belief propagation over time

Fear-based messaging causes initial compliance but collapses after step 20. Empathy-led strategies show slower uptake but sustained alignment through the 50-step simulation.


Strategy Performance Radar

Network impact radar


Install

git clone https://github.com/dakshjain-1616/oasis-crisis-communication-opt
cd oasis-crisis-communication-opt
pip install -r requirements.txt
cp .env.example .env  # optional — mock mode works without API keys

Quickstart (3 commands)

# 1. Run a quick simulation (mock mode, no API key needed)
python demo.py --strategy empathy_led --steps 20 --agents 50 --mock

# Output:
# Simulating 50 agents × 20 steps with strategy: empathy_led
# Step 20/20 complete
# ─────────────────────────────────────────
# Compliance rate:  72.8%
# Trust delta:      +0.37
# Spread control:   67.4%
# Recommendation:   empathy_led ✅ (ranked #1 of 5)
# Report saved to:  outputs/simulation_report.json

# 2. Compare all 5 strategies
python demo.py --compare-all --agents 100 --steps 30 --mock

# 3. Launch Gradio UI
python app.py

Examples

Example 1: Single strategy simulation

from oasis_crisis_communi.simulation import run_simulation

results = run_simulation(
    strategy="empathy_led",
    n_agents=200,
    steps=30,
    mock=True
)
print(results["compliance_rate"])  # → 0.728
print(results["trust_delta"])      # → 0.37

Example 2: A/B test all strategies

from oasis_crisis_communi.analyzer import compare_strategies

report = compare_strategies(
    strategies=["fear_based", "empathy_led", "authority", "community_trust", "data_driven"],
    n_agents=500,
    steps=50,
    mock=True
)
# → {'winner': 'empathy_led', 'confidence': 0.91, 'rankings': [...]}
print(report["winner"])  # empathy_led

Example 3: Belief trajectory tracking

from oasis_crisis_communi.belief_tracker import BeliefTracker

tracker = BeliefTracker()
results = run_simulation(strategy="data_driven", steps=50, mock=True, tracker=tracker)

trajectory = tracker.population_trajectory()
# → [0.35, 0.38, 0.42, ... 0.64]  # belief alignment at each step

CLI Reference

python demo.py [OPTIONS]

Options:
  --strategy NAME      Strategy to simulate: fear_based | empathy_led |
                       authority | community_trust | data_driven
  --compare-all        Run all 5 strategies and rank them
  --agents N           Number of simulated agents (default: 100)
  --steps N            Simulation timesteps (default: 30)
  --mock               Run without API keys (uses synthetic LLM responses)
  --output PATH        Output directory (default: outputs/)
  --format json|csv    Report format (default: json)

Configuration

Variable Default Required Description
OPENAI_API_KEY No LLM backend (mock mode if unset)
N_AGENTS 100 No Default agent count
N_STEPS 30 No Default simulation steps
DEFAULT_STRATEGY empathy_led No Strategy used in demo
OUTPUT_DIR outputs/ No Where to save reports
MOCK_MODE 1 No 1 = no API calls
NETWORK_TOPOLOGY scale_free No scale_free / small_world / random

Project Structure

oasis-crisis-communication-opt/
├── oasis_crisis_communi/
│   ├── simulation.py       — core simulation loop
│   ├── belief_tracker.py   — per-agent and population belief tracking
│   ├── analyzer.py         — strategy comparison and ranking
│   ├── network.py          — social graph generation
│   └── reporter.py         — JSON/CSV report generation
├── oasis_optimizer/        — optimization utilities
├── assets/                 ← 4 dark-theme infographic PNGs
├── scripts/
│   └── generate_infographics.py
├── tests/                  ← 76 tests
├── examples/               ← 4 runnable examples
├── app.py                  ← Gradio UI
└── demo.py                 ← CLI entrypoint

Run Tests

python3 -m pytest tests/ -v

# 76 passed, 219 warnings in 43.79s

Benchmarks

Scenario Agents Steps Sim Time Peak RAM
Quick test (mock) 50 20 ~2s 180 MB
Standard run 100 30 ~6s 220 MB
Full suite (all 5 strategies) 500 50 ~45s 480 MB
Large-scale 1,000 100 ~3 min 1.1 GB

About

A simulation tool built on CAMEL-AI OASIS that models public health emergency communications. A 'government' agent posts official guidance with configurable strategies (timing, tone, frequency, authority framing). Competing misinformation agents post contradictory content. The system measures which communication strategy maximizes belief alignment

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