Automata
Shortly after Airships were invented, The Locksmith and The Watchmaker would create the next greatest invention in history.
The first automatons are imitations of life, containing entangled particles to a multiversal counterpart to whatever form of life it is imitating.
The story goes that the watchmaker intended to build a gift for a locksmith. The watchmaker remembered a conversation. The locksmith said "I always wanted a horse, but I don't want to care for it. I'm dreadful at caring for pets."
In response the watchmaker decided to build what would become the first form of automaton: simulacra.
The frame of brass and gold behaved just as a horse would. The locksmith rejoiced at the gift and encouraged her partner to push further and discover the limits of this invention. The watchmaker went to crafting numerous different frames with different methods of operation.
Automata are defined as constructed constructed mechanisms designed to perform specific tasks, or designed to operate independently of outside influence. They are combination of four distinct parts and each part can make a major difference on how the automaton behaves and what it is capable of.
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Frame The frame is the general structure of the automaton and plays a vital role in the automatons physical strength, lifespan, and durability. Automatons naturally degrade overtime, especially when made with iron which rusts.
Most frames are made of iron or steel, but this comes at a cost of mobility as well. Some modern models come with quantum tethers that connect the other components together with strong and invisible bonding that still allows for high mobility and dexterity. These tethers are still rare, due to the fact that they are expensive and difficult to maintain without the proper expertise. - Shell The shell refers to the outer casing and surrounds the other components. Depending on the model and what it was designed for, common shells include brass, iron, and, even minerals such as granite or marble. The primary purpose of a shell is to provide protection as well as add aesthetic value to the finished product.
- Power source' automatons use a variety of different power sources to achieve operation. Some contain combustion engines requiring fossil fuels to operate while others are charged via electricity. Some are powered by Aether, especially if they contain quantum tethers as their frame.
- Operations: This is the most vital component as it directly affects what an automaton is capable of and how it behaves. There are three common operation methods used. These operations are independent of the other components. Quantum entanglement is by far the most popular however has several limitations. Second most popular through the use of command cylinders that contain detailed list of commands the automaton can use. This is much more limited compared to quantum entanglement but is significantly cheaper and also preferable in certain circumstances. The third method is behavioral construction which is effectively a combination of the other two methods. For more information on these see the sidebar.
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