Ever since its establishment, Medis has continually been elaborating on research and development in the field of supercomputing structures, especially heterogeneous supercomputing. On this basis, Medis has been able to design the world’s largest heterogeneous supercomputing center known by the name of Aria. Owing to its 2.6 Exaflops of processing power coupled with double decimal floating point, Aria supercomputer is capable of completing extensive computations in the fields of quantum mechanics, weather forecasting, climate research, oil and gas exploration, nuclear sciences, physical simulation, molecular modeling and cryptanalysis. Currently a smaller version of this supercomputer is up and running in the form of an ultra-dense processing unit equipped with 1 petabytes of storage, GPGPU, ARM and FPGA processing modules in addition to conventional CPUs, making it capable of 100 teraflops floating point operations per second.

Estella is a humanoid robot fully corresponding to human body’s anatomy, designed and built by Medis. Development of this robot is inspired from the anatomy, muscle types and movement types of human body and therefore its entire motor organs and joints including the spinal cord, hands, legs and neck are designed in a way that not only the angels are conformed to, but also the robot is enabled to move along different directions. Stella’s spinal cord is designed conforming to the S shape of human body’s and is comprised of four vertebras each of which is a parallel robot simulating 3 degrees of freedom covering the entire movements of the robot. Furthermore, Stella’s neck also has a structure similar to the vertebras of the spinal cord and cover the entire three degrees of freedom available for human neck, allowing the head to move in curved directions. Similarly, the arm and the forearm of Stella have been built corresponding to human body’s anatomy and cover the entire 7 degrees of freedom available for human arm and forearm while being able to simulate movements including depression, abduction, adduction, flexion, and lateral and medial rotation. Stella’s hand is a product of the YOUBIONIC Company, but has been down-scaled to provide more delicacy. Nevertheless, the robot’s wrist is able to simulate movements such as flexion, extension, radial deviation and ulnar deviation. In addition, the legs of Stella are designed in a way that the entire movements of the lower limbs of human body can be simulated similar to the way the movements of shoulder are reproduced. Ultimately it can be referred to Stella’s face which is built upon four motors that enable it to simulate the entire mimics of human face.