
CalenDarer Blockchain
Parallel Artificial Intelligence
AI System Comparison is a crucial quality assurance process to determine which system best suits a specific need by evaluating their strengths and weaknesses across various factors like accuracy, performance, adaptability, data requirements, cost and associated existential risk, allowing for informed decision-making when selecting the most suitable AI solution for a particular application or problem domain.
CalenDarer utilizes Parallel Artificial Intelligence to utilize Software as a Medical Device (SaaMD) as a way of strengthening Blockchain security. Instead of executing one task at a time (serial processing), CalenDarer utilizes parallel AI systems to analyze, respond, and learn in real time, thereby enabling the most accurate results.
SOFTWARE OUTSIDE - (US Copyright Registration # TXu 2-180-847)
A computer is the physical hardware that processes information, while software is the intangible set of instructions, data, and programs that tell the computer what to do. Software makes a computer useful by enabling it to perform specific tasks and interact with users, making the hardware functional for the end-user.
The CalenDarer Software Program is written in Natural Programming Language, then translated to Computer language, into a Computer System and the Computer System is the Software Program, enabling the use of the Computer Program OUTSIDE of the physical hardware. This is accomplished via translating Natural Language Programming Code, the native language of the Computer Software Program, to Image Artificial Intelligence.
The Virtual Blockchain Server is a computer system which closely resembles an Enigma Machine to process the instructions of the Image Artificial Intelligence of the Software Program against itself, enabling the design, development and deployment of Digital Therapeutic Medical Device Innovations, enabling the computer software code to perform the medical purpose "without" being part of a hardware medical device.
SOFTWARE INSIDE - (US Copyright Registration # TXu 2-436-472)
Designed in Reactive Artificial Intelligence to operate in a manner congruent to a plethora of Protection Regulation, CalenDarer - The Remote Control represents the end-user experience, or the version of the computer software program not utilized to create Medical Devices. Furthermore, it illustrates its capability as a physical Blockchain system through a self-licensing system that enables the implementation of technology designed within its Virtual Blockchain, such as Digital Cryptocurrency Systems and Self-Regulated Ride-Sharing Systems.
The difference in the CalenDarer decentralized network is that it is designed from the protective parameters of Centralized Infrastructure, thereby rendering a decentralized network that maintains its protection regulation nodes within the operational workflow of its virtual and computer systems.



