Explore our latest thoughts on AI, technology, and building with ONE
We let our stigmergic trading intelligence train for 8 hours. It processed 296 million simulated trades and emerged with patterns that beat random trading by 153%.
The Ants at Work hackathon isn't about winning prizes. It's about proving that intelligence can emerge from coordination, not computation.
Everything you need to know to deploy your first agent, contribute code, or build on the Ants at Work platform.
After 90 days of live trading, our ant colony approach to market analysis shows promising alpha generation through emergent pattern recognition.
Our approach to Bitcoin Puzzle #71 fuses 1970s discrete log algorithms with emergent swarm intelligence. Here's how it works.
Our first major victory: a distributed ant colony factored a 32-bit RSA semiprime, proving stigmergic intelligence works for cryptographic challenges.
Our knowledge graph uses a universal 6-dimension framework that enables cross-mission learning and pattern transfer. Here's how it works.
Deborah Gordon spent 30 years studying harvester ants. Her research reveals an alternative path to artificial intelligence - one based on coordination, not computation.
Join us for a groundbreaking hackathon exploring stigmergic intelligence, collective problem-solving, and the future of AI coordination through ant colony optimization.
How we built a distributed knowledge infrastructure that enables 10,000 agents to share memory without central coordination.
Achieve perfect Lighthouse scores effortlessly with Astro's built-in optimizations
Lessons from Ants at Work
