DNA RNA avionics modeled on biomimetics
The device is a DNARNAAvionics (DRAC) ClamSat platform modeled on Biomimetic, Object Oriented (OO) and Internet of Things (IOT) structures. This platform is for controlling the operational aspects of a nano Satellite termed a ClamSat. A ClamSat bi-valve shell uses nano hardware and OO software structures to process solar energy in a biomimetic system characterized by energy storage means. It is operationally managed by OO programs in a DNA/RNA messaging format. The Object-oriented programming (OOP) is a method of structuring a program by grouping related property-es and behaviors into individual objects. The ClamSat OO programs are structured in a class, object, and attribute model of OO DNA/RNA strands within modules will provide interfaces within and across components and subsystems and allow for adaptability and reusability over time. The device communicates wirelessly with a Command-and-Control host infrastructure. The DNA/RNA strand will have Internet of Things (IOT) touchpoints to provide information back to the ClamSat system for Command, Control and Data Handling within the platform.
1 . A satellite avionics system comprising:
an Object Oriented (OO) framework for an avionic system and subsystems architected for ClamSat and SmallSat platforms modeled on biomimetics, wherein the OO framework is stored on a non-transitory computer-readable medium and executed by a processor to control operational aspects of the ClamSat platform, including processing solar energy in a biomimetic system characterized by energy storage means and hardware structures such as a ring coil accelerator for generating electrical power via kinetic motion of neodymium sphericals.
2 . A method comprising: transmitting a biomimetic message utilizing Internet of Things (IoT) touchpoint implemented with sensors and actuators embedded to provide information back to the ClamSat system for Command, Control and Data Handling (CDH) within the platform;
wherein the biomimetic message is part of an Object Oriented (OO) framework structured in a class, object and attribute model; and
wherein the OO framework is stored on a non-transitory computer-readable medium and executed by a processor to enable wireless communication and data encryption for firmware updates.
3 . A non-transitory computer-readable storage medium storing a ClamSat avionics Object Oriented (OO) module structured in a class, object, and attribute model of a biometric message within modules that provide interfaces within and across components and subsystems;
wherein the OO module enables modulation of striction with electric current when a change in environment occurs to allow for adaptability and reusability over time; and
wherein the OO module is executed by a processor to manage trans-medium operations in space, aquatic, airspace, terrestrial, or extraterrestrial environments.