Swarm queen hacked how to#
Then I will describe how to implement a system that detects each event. I will describe each of these scenarios first. detect and identify a chemical spill or spraying or the release of an airborne Weapon of Mass Destruction.she could be packing her bags (getting ready to swarm).she could be dead (rolled or dropped by a clumsy beekeeper or balled by her sisters).detect when there is no queen laying eggs in the hive.detect when there are two or more queens in a hive.detect a sick hive and diagnose the disease.detect every time a bee flys out of a hive (bee counter).I don’t know yet if all of them are true but my goal is to find out. There is a surprising list of behaviors that are claimed to be deduced from the analysis of bee sounds. Moore’s Law, Open Source software, and cheap ($99) digital field recorders provide superior and faster tools that anybody (with a little knowledge) can use to analyze colony sounds. Speaking of cheap, it used to cost the military tens of millions to dollars for custom hardware and teams of programmers in order to calculate Fast Fourier Transforms for spectral analysis radar and sonar applications. Is there anything about bee behavior that can be deduced from their induced acoustic vibrations? And if there is, can we do it on the cheap?
![swarm queen hacked swarm queen hacked](https://www.g7r.com/img/swarmqueenp.png)
Every motion of every bee – to some extent – results in a vibration in the air or on the surface of the comb. Bee hives are too dark, cramped, and crowded to place cameras. It is not easy to understand what goes on inside a bee hive. The goal is to inexpensively and automatically deduce bee behavior by analyzing the sounds made inside the hive.