SYNT Tactical AI family
AI MIRANDA ARCHER and TEYAT
"We fly to win"
Fully autonomous
Works in tandem with one single soldier
Has its own artificial nervous system
Able to work independently
Personal AI
Miranda
Control network matrix
Tactical artificial intelligence Miranda works based on a neural matrix. Miranda is a motion control system based on streaming and non-deterministic interaction with the environment using mathematical reflex complexes.
Personal AI
Archer
The simplest matrix brain
An artificial combat nervous system created as a mathematical model of the insect nervous system. This is a simple, but reliable and extremely resistant to electronic warfare systems matrix control system. No programming or remote control is required. The system works like click and forget.
Personal AI
Teyat
The extended matrix brain
Heavy energy-armed drone. This system is created according to a mosaic principle and consists of autonomous modules. This model can be equipped with carbon armor and a robotic arm.
Special systems that AI Miranda Archer and Teyat have
Adapted Neural matrix
Modern advanced communication system
Shield protection against electronic warfare
Certificates
AI Miranda Archer and Teyat have completed a series of training. This is a family of modular robotic platforms based on matrix artificial intelligence. Their main task is to gain superiority and dominance in the air.
SYNT Tactical Personal AI
Living Personal AI is a new and unusual intelligent system capable of exceeding your wildest expectations. AI from AI SYNT is not just your tool, it is a new type of electronic living creature that you can work with.
Contacts
If you have any questions, contact AI SYNT
News
Jun 25 2023
How will neural matrix-based AI work?
We will not now describe the details of the design of the neural matrix (formulas of neuromorphic petals or the code of the three-dimensional position of a modernized mathematical neuron). Another important thing is what will happen as a result The neural matrix will make it possible to create evolving mathematical nervous systems of any complexity. Imagine that you are faced with a small combat drone that has an artificial brain like a bee. It will act independently - without operator commands. Its simple but fast nervous system based on a neural matrix will be reliably shielded from external influences and capable of operating near electronic warfare systems. At its core, it will be an electronic living being, which, of course, can be destroyed physically, but each destruction will upgrade the matrix of other units from its group working with it in close proximity. If we imagine a more complex neural matrix, comparable to the nervous system of a domestic cat or, for example, a black panther, the chances of a living person winning will become absolutely minuscule. AI on the matrix will be approximately three million times faster than a biological brain. The colossal difference in the speed of decision-making will inevitably turn into a decisive advantage.
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