🏗️ Built on AG2's foundational multi-agent research and community
📈
Proven Performance Gains
Grok-4 Standard
1
Single Agent Processing
38.6%
Last Human Exam Score
$30/month
Grok-4 Heavy
A1
A2
A3
Multi-Agent Collaboration
44.4%
Last Human Exam Score
$300/month
Gemini 2.5 DeepThink
🏆
🥇
Competition Gold Medals
IMO + ICPC
5/6 IMO Problems (2024)
10/12 ICPC Problems (2025)
First AI Gold Medals
🚀 Multi-Agent Revolution "Individual AI excellence + Multi-agent coordination = Next frontier of AI capabilities"
🚀
MassGen Orchestrator
Task Distribution & Coordination
↓
🏗️
Agent 1
Anthropic/Claude
👨💻
Agent 2
Claude Code
🌟
Agent 3
Google/Gemini
🤖
Agent 4
OpenAI/GPT
⚡
Agent 5
xAI/Grok
↕ Real-time Collaboration ↕
↓
🔄
Shared Collaboration Hub
Real-time Notification & Consensus
🔬
Case Study: Success Through Peer Correction
Graduate-level physics question from GPQA-Diamond benchmark
🌌 The Problem
A quasar shows a peak at 790 nm wavelength. Given Lambda-CDM cosmological parameters
(H₀ = 70 km/s/Mpc, Ωₘ = 0.3, ΩΛ = 0.7), what is the comoving distance?
Options: A) 8 Gpc B) 7 Gpc C) 6 Gpc D) 9 Gpc
🎯 Final Result
✅
Correct Answer: A (8 Gpc)
Orchestration succeeded where individual agents initially failed
🤖 Round 1: Initial Answers
Claude: "I calculate ~6 Gpc → Answer C" GPT-5: "I get ~8.95 Gpc → Answer D" Gemini: "~6.1 Gpc → Answer C"
🔄 Self-Correction Process
Claude observes: "There is significant discrepancy in calculations:
Agent1 gets ~6.1 Gpc, Agent2 gets ~8.95 Gpc. Let me re-examine..."
✨ Breakthrough Moment
Claude revises: "Standard cosmological calculators yield 8000-8500 Mpc
for z=5.5. This equals 8.0-8.5 Gpc, closest to option A."
🌐 LLM Fun Facts Website (v0.0.14): Claude Code agents create interactive websites with enhanced logging and workspace isolation
Result: Conflict-free parallel development with comprehensive versioning
📁 Unified Filesystem (v0.0.16): Cross-backend collaboration between Gemini and Claude Code agents creating educational content with shared workspace management