Virtual Intelligence


Virtual Intelligence, better known by the acronym "VI", is a form of neuromorphic computer meant to mimic real life. VI mimics how organic creatures process information, rather than operating like a traditional computer. Many people erroneously use the term "artificial intelligence" or "AI" to describe these machines, but that is incorrect. While they closely mimic a real brain, they are neither sentient nor sapient and are, just like traditional computers, slaves to their own programming's limits, even if they are capable of learning and improving themselves to a point.

Neuromorphic Processing

A traditional computer has discrete components operating in tandem in order to perform computations. For instance, it has a central processing unit to perform calculations, a memory module to hold data that needs to be processed, long term memory to store long-term data. The key bottleneck is the transfer of information between these different components. Several ways have been implemented to get around this, such as local cache memory, but all that does is extend the time before the bottleneck is hit. It's also extraordinarily energy inefficient, requiring large amounts of power to operate, leading to a lot of heat.

Mimicking the brain

An organic brain does not operate in that manner. It has millions of individual neurons instead of discrete components. There is no central memory storage, no long term storage, no central processing unit. Instead, it operates on a neural state system, where each neuron operates in interconnected states. A traditional transistor in a classic computer has no memory of what charge has been sent through it, hence a separate memory module is needed. A neuron functions as a "memristor". Basically a transistor with a memory of what current passed through. This allowed the design of a synthetic neuron, and thus making artifical synapses.

The artifical brain

A neuromorphic computer still operates out of programming and a set of parameters. It is no more alive or sapient than a traditional computer is. However, the way it processes information is ridiculously efficient and fast in comparison and its capacity for self-improvement and learning is vastly superior to a traditional computer.

Practical application

With the advent of the neuromorphic computer, VI became a possibility. It possessed the capability to process and handle information on a "subconscious", "effortless" or more correctly "energy efficient" level, allowing it to mimic living organisms to a near perfect degree. A properly configured and trained VI could easily pass as a living being in a conversation, provided the living person interacting with it could not see something that immediately gave it away. In conversation, even live voice synthesis, is near perfect with high grade VIs.

Unknown (information lost in The Cataclysm)
Claimant and patent holder
Seris Incorporated
2612 AC

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Needing to learn

The drawback of VIs is that neuromorphic computing requires a lot of expensive materials and competence to design them. In addition, VIs can get a base programming, but because they are created in a starter state, they aren't very capable when first booted. They need to operate and learn in order to establish the neural pathways required to perform their designated function, much like children need to learn. It's obviously much faster to teach a VI and let it learn its function than it is to teach a child, but it still takes time and you can't just place a VI in a function and expect it to perform flawlessly immediately. Initially, a VI performs worse than a traditional computer, until it reaches a point where its neural pathways and synapses have been established, allowing it to use the same shortcuts living brains do to efficiently process data.


Because of its design, a VI can learn bad behaviours and is not deterministic. Generally, they are very reliable, but when exact numbers and maths is required, a traditional computer is more reliable. The neuromorphic VI is usually many times faster and can take into account linguistics, tone and all the information stored in its neural system, but the traditional computer can always be relied on to perform its programming to a T, whereas a VI might make mistakes because of their complexity.

For this reason, in combination with their extreme cost, traditional computers are still dominant in the world and are used everywhere where a VI isn't a clearly superior chose.

Known virtual intelligences

Since VIs tend to develop personalities and accrue experience, they are also often assigned an identity by its operators. One of the world's most known VIs is Ly-R-AIn-E, a web-based search VI operated by Seris Electronics. LyR is known to be snarky, elitist and lacking patience, but it is unmatched in its efficiency in finding information and interpreting the needs of the users. LyR is more than a hundred years in operation, and in spite of damage to its synapse network in the Cataclysm, LyR is one of the prime examples of what a VI can do that traditional computers cannot.

Combat Robots

Combat robots, better known as droids, is another area where VIs are used extensively. Most models from Marek Accoutrement have the capability to mount an on-board VI, or operate via synclink to a centralized VI. The VI then operates in a sort of distributed hivemind, or rather a central mind with many bodies. The VI must be trained to operate in this mode, as handling that many sensory and motoric inputs is something it's not well versed to do initially.

Most droids will operate with a VI only when it's necessary, such as when they operate in Hunter-Killer mode or when the operator determines that the distributed VI mode is necessary. Most operators have a VI trained to operate in this mode and it can be connected at any point. Usually, droids operate with an on-board computer that handles communication, control of the robotic body and sensory input, receiving inputs from a centralized computer. That computer is usually a traditional supercomputer operating from a set list of parameters. The VIs are only used in difficult situations where creativity and responsiveness is required.

Articles under Virtual Intelligence

Cover image: by CC BY, Modified by Tobias Linder


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20 May, 2021 14:43

I love the idea tha virtual intelligence systems can acquire personalities given enough time. :D

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