ANN AND THE FLOCKS
Ann and the Flocks is our interpretation on how the internet is infiltrating our lives and how we might communicate with machines in the future.
A five week "side" project
It all started through MonkeyBars a startup who for the past couple of years has partner with amazing companies to create Hackathons in Chicago. In this occasion they where partnering with Cisco for their Internet of Things World Forum Hackathon (IoTWF). Taylor Harvey, one of the founders of MonkeyBars approached Neil and me with the opportunity to do an installation for the event, this is such installation.
Renderings and Ideas
Few things will ever capture your emotions as the mesmerizing flight of thousands of birds in chaotic synchrony. Individuals flying collectively in close proximity, all processing information from their neighbors alone, resulting in a powerful creature able to protect itself and its members.
Swarm behavior is so efficient it constantly emerges in nature across multiple species, but more amazingly, through all living elements. As the Internet infiltrates our lives, we are no longer limited by physical proximity, allowing for swarm behavior to emerge more efficiently based on interests and needs. Instead of powerful breathing flocks of birds in the setting sky, powerful concepts and solutions are created by the agglomeration of individual ideas resulting in a whole much greater than the sum of its parts.
Similarly, as the Internet permeates machines, they also begin to behave as flocks. Machines communicate with each other and then take action based on the information shared. Smarter systems are born as known boundaries crumble.
The Flocks is our interpretation of the Internet infiltrating our lives. How systems that at first were disconnected start working together. Information is everywhere and the Flocks have multiple channels to decode these overloads of data to later communicate it through its network; listening to tweeter, searching motion, monitoring the weather, observing WIFI usage are just some examples.
ANN- ARTIFICIAL NEURAL NETWORK
Since the beginning, we knew that 5 weeks to do an entire project (outside of working hours) was going to be really challenging. We knew that although the project had to be achievable, the greater vision behind it could extend into the future.
In our vision, the Flocks would be able to absorb information of their surroundings, interpret the data, react accordingly and communicate with other flocks. In many ways the Flocks would be affected by events occurring to other Flocks. Communicating information from one to another, to the rest.
Five weeks is not enough to create a swarm, so we created Ann, the centralized brains behind the flocks. Ann decodes these overloads of data to later communicate it through its network to the flocks.
The brainstorming then evolved into a study of emotions. The question was how do we map movement to human emotions? It is easy for us to communicate and identify emotions based on posture of other human beings, even animals. More so, we are also capable of transmitting emotions through form. In the sketches above, each line represents the position of a corner of the base and the way they are moving.
With no more time to spare, it was time to start making things.
The cubeoctahedron, popularly known as 14hedron for it's 14 sides, is an Archimedean solid, a semi-regular polyhedron with eight triangular faces and six square faces. It is the intersection between a cube and an octahedron, hence the name.
The cubeoctahedron has some cultural relevance and it appears in architecture all around the world. I however, am not so interested in its magical properties but in its interesting symmetrical geometry. When seen from different angles one can observe clear distinct symmetrical views. This was ideal for the project since the multiple shapes could break uniformity within the Flock with one single geometry that could be made in a two part mold.
Making 100s if Cubeoctahedrons
Needing more than 200 made, many manufacturing processes where out of the question. Each cubeoctahedron is suspended by a fiberoptic cable which allows for control on each unit's color and light intensity. After giving it some thought, the easiest way to make 100s of these was by casting them out of a clear resin. After a couple of attempts I realized that the best way to do this was to 3D print a mold and then vacuum form a PETG lining on top of the mold. The 3D prints had to be ABS since PLA would start deforming with the heat of the vacuum former. Once the method to create one was perfected I was able to move on to mass production.
nce the method was established, the process went relatively fast, multiple PETG molds took only minutes to make and in a couple of hours I was able to make more than 200. Figuring out the method took much longer than that though.
Creating the bases was a challenge of its own, after several tests and iterations, I decided that the easiest way to make them was in the CNC machine.
The plan also consisted in giving two flocks to Cisco for their national conference, a couple of weeks in advanced we sent the drawings so they could prepare the process and the space to mount them.
Lights and Movement
Each optic fiber is connected to an individual an addressable RGB led on one end, on the other to a cubeoctahedron. Each base is supported by three NEMA 23 Stepper motor allowing for a very wide range of movement, including tilting, lifting, lowering, vibrating or creating oscillations and waves.
I have always found the lathe quite relaxing, no matter how large the pressure to finish in just a couple of hours.
Mounting and Install
Testing soon after installing at the Grand Ball Room. Going through a dancing sequence.
Ann and the flocks lived at 1871, Chicago’s entrepreneurial hub for digital startups, for several months after the installation. They celebrated every time the hub earned a new twitter follower and danced every time they were mentioned through the internet.