The Useful Art of Forgetting in Frontier-Led Swarms

The secret language of robotic swarms

Chapter 1

Mapping the edge of the unknown

Chapter 2

The physics of the robotic huddle

Chapter 3

Swarms with different jobs

Chapter 4

Swarms in the wild

YOUR GOAL

Master of The secret language of robotic swarms

Ch 3 · Swarms with different jobs

007skaty Harvard University Kilobots show the power of simple robot swarms

007skaty Heterogeneous Robot Swarms

A drone tracks the team from above while ground wheels map the frontier

Coordinating different roles achieves more than multiplying identical ones.

007skaty Robot swarms use intentional forgetting to navigate changing environments

Strength in tiny simple numbers

007skaty Developed at Harvard in 2014, 1,024 tiny Kilobots use vibrating motors and light sensors to self-assemble into complex

The useful art of forgetting

007skaty Glowing robot swarms project virtual frontiers inside a dimly lit warehouse.

Tiny Job Bots

BETA

007skaty Deploy tiny job bots to discover how robot swarms work together to solve big problems.

Fun Fact

Tiny but mighty: A swarm of 1,024 Harvard Kilobots can self-assemble into a starfish shape in about twelve hours using only vibrations.

Gossip

Would you trust a swarm of micro-robots?

Quiz

What is the primary benefit of self-assembly in a robot swarm like the Kilobots?

007skaty Self-healing robotic networks automatically adapt when individual machines fail.

Quiz

Why is a static map unsuitable for a busy, dynamic warehouse environment?

Quiz

Which university developed the tiny, low-cost 'Kilobots' that move using vibrating motors?

Quiz

What is a 'heterogeneous' robot swarm?

Quiz

Why are Kilobots designed to move using vibrating motors instead of wheels?

Quiz

In 2026 research, what did 'controlled forgetting' do to help robots map dynamic environments?

Quiz

How do frontier-led swarms handle the sudden failure of an individual robot?

Quiz

What role did aerial drones play in the 2024 heterogeneous swarm test?