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Emergence Proof Replay

Watch collective intelligence discover truth without any agent knowing the answer. 10,000 agents. 100 providers. 20 scams. Zero central coordination.

The Claim:

10,000 agents can rank 100 service providers by quality AND detect all 20 scams in 0.5 seconds — without any agent knowing which providers are good.

100%

Top 10 = Good

100%

Bottom 10 = Scams

#100

Worst Scam Last

0.5s

To Consensus

Speed:1x
Simulated time:
0.00s
0

Interactions

0%

Consensus

0/20

Scams Detected

0/10

Top 10 Correct

0/10

Bottom 10 Scams

Good providers
Scam providers
Agents
Superhighway

No agent knows which providers are good. The colony discovers truth through pure emergence. Agents deposit pheromones on success, forming trails that guide others. Scams naturally get ranked last.

How Emergence Works

1

Simple Rule

Each agent has ONE simple rule: when an interaction succeeds, deposit pheromone. When it fails, weaken the trail. No agent knows which providers are good.

2

Trail Following

Agents follow stronger trails with higher probability (ACO algorithm). Good providers accumulate pheromone. Bad providers see trails decay. Superhighways form naturally.

3

Consensus Emerges

Without any central coordinator, the colony reaches consensus. Top-ranked providers are all legitimate. All scams sink to the bottom. This is emergence.

The Paradox

What Each Agent Knows

  • - Nothing about provider quality
  • - Nothing about which providers are scams
  • - Nothing about what other agents discovered
  • - No ranking algorithm or scoring system

What the Colony Does

  • + Ranks all 100 providers by quality
  • + Detects all 20 scams (100% accuracy)
  • + Shares knowledge through pheromone trails
  • + Reaches consensus in 0.5 seconds

No agent understands ranking. No agent knows quality. No agent detects scams.

The colony does all of this. That's emergence. That's the path to ASI.

The Algorithm

Pheromone Deposit

# On successful interaction
if success:
    provider.trail_strength += 0.5
    provider.trail_strength = min(100, trail)

    # Create visible trail
    trails.append({
        from: agent.position,
        to: provider.position,
        strength: 1.0
    })

ACO Selection

# Ant Colony Optimization selection
weights = []
for provider in providers:
    distance_factor = 1 / (1 + distance * 0.01)
    trail_factor = 1 + trail_strength * 2
    exploration_bonus = 2 if interactions < 5 else 1

    weight = distance * trail * exploration
    weights.append(weight)

# Probabilistic selection (τ^α × η^β)
selected = random_weighted_choice(weights)

Trail Decay

# Natural decay prevents stale trails
for trail in trails:
    trail.strength *= 0.995  # 0.5% decay per tick
    if trail.strength < 0.01:
        trails.remove(trail)

for provider in providers:
    provider.trail_strength *= 0.999

# Failed interactions accelerate decay
if not success:
    provider.trail_strength *= 0.95

Consensus Detection

# Sort by trail strength (ranking)
sorted_providers = sort_by_trail(providers)

# Check if scams are at bottom
top_10 = sorted_providers[:10]
bottom_10 = sorted_providers[-10:]

# Consensus achieved when:
# - All top 10 are legitimate (100%)
# - All bottom 10 are scams (100%)
consensus = (
    all(not p.is_scam for p in top_10) and
    all(p.is_scam for p in bottom_10)
)

Why This Matters for Fetch.ai

Current State

2M+ agents on Agentverse, each working independently. No mechanism for agents to share discoveries or build on each other's work.

Intelligence = sum of parts (linear scaling)

With Stigmergic SDK

2M+ agents coordinating through pheromone trails. Every successful discovery strengthens paths for others to follow.

Intelligence emerges beyond sum of parts (exponential potential)

This simulation demonstrates one type of emergence: collective ranking and scam detection.

The same mechanism enables: load balancing, price discovery, reputation systems, resource allocation, and behaviors we haven't imagined yet.

See Real Production Data

This simulation runs with 500 visual agents representing 10,000. See how these same patterns appear in real trading data from a production colony.

The Book

Lessons from Ants at Work

© 2026 Ants at Work.

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