Medical Cybernetics (Digital Therapeutic)
The term medical technology refers to the application of scientific knowledge and skills in the form of devices, medicines, vaccines, procedures and systems made to solve a health problem and improve patients’ quality of life (Ten Haken et al., 2018). The technological developments observed in the 21st-century have led to tremendous changes in healthcare (Thimbleby, 2013). What could be thought of as science-fiction a couple of decades prior, is now everyday medical practice. From the use of robots (Hockstein et al., 2007) to tailoring therapy to each patient’s needs (Mather and Sutton, 2017), modern medicine could be considered an advanced technological profession (Mesko, 2018). This notion is further reinforced by the introduction of modern engineering, information technology and wireless communication in everyday medical practices.
Via the utilization of Artificial Intelligence, Blockchain Technology and Software Technology, purposeful modulation of the nervous system's activity can be achieved without invasive (e.g. microelectrodes) or non-invasive means (e.g. transcranial magnetic stimulation or transcranial electric stimulation, tES, such as tDCS or transcranial alternating current stimulation, tACS) to offer a solution for difficult to treat medical conditions such as pain stemming from Complex Regional Pain Syndrome and Post Concussion Syndrome - medical solutions administered via psychological means.
Blockchain as a Medical Device
The Virtual Blockchain Server, is a Blockchain System which utilizes AI-Enabled Software and Matrix Inversion to verify hash connectivity within the Blockchain to design, develop and deploy cybernetic medical device innovations. Its algorithmic functionality is a custom computing system that makes the non-functional SWIFT computer source code functional, without using Apple Software Development systems to restore functionality and usability.
This enables the software design and development process to include AI algorithms are tested as a Medical Device via the utilization of Blockchain before being implemented via computer hardware technology for the end-user experience and for strengthening Blockchain security.
Each AI pictured below is a product of the Virtual Blockchain Server that run back-end operations for the CalenDarer Virtual Computer Systems and Virtual Computer Environments that enable the use of AI as a Medical Device. "The Bold Eagle" pictured in the lower right, can become its own company and holds the regulatory parameters of Free Speech, enabling its brand to be used as a micro-blogging system where Free Speech “is” the locomotion, taking 1 step further than Twitter's Free Speech Policies. These types of AI algorithms are utilized to administer Prescription Digital Therapeutics via psychological means where patients suffer from difficult to treat conditions, but also dictate the operational workflow of the CalenDarer Computer Program end-user experience.
Treating problems tied to head injuries is complex. This is, in part, because it is not possible to directly examine the brain of a living person and because every brain injury is unique. Advanced brain imaging to detect concussions is not available in standard clinical settings, so clinicians rarely have clear roadmaps for rehabilitation.
Clinical trials (R&D) are conducted in alignment with the parameters of Healthcare law; The 21st Century Cures Act, to ensure not only efficacy, but monetization for the use of Software as a Medical Device (SaaMD). CalSoft's Troika utilizes a plethora of protection regulations within its innovations and established a controlled environment for the design, development and deployment of its Intellectual Property prior to engaging with the US Department of Justice to establish regulatory parameters.
The cost to treat medical conditions such as Complex Regional Pain Syndrome (CRPS) can be substantial, with significant increases in healthcare costs at the time of diagnosis and continuing for years afterward. One study found that over an 8-year period, the median total cumulative expenditure for CRPS treatment was $43,026, with pain prescriptions accounting for $12,037.
COMPARISON 1
Molecular vs. Cybernetic
Gabapentin
PHARMACEUTICAL
Chemical Bond
The physiologic effect of gabapentin is by means of Decreased Central Nervous System Disorganized Electrical Activity.
21 U.S. Code Chapter 9
VS
CalenDarer DTx
MEDICAL DEVICE
Cybernetic Bond
The physiologic effect of CalenDarer DTx is by means of Removal of Central Nervous System Disorganized Electrical Activity.
28 USC § 3002 (15)(a)(b)(c)
COMPARISON 2
Ingested vs. Adminstered
Electronic Pill
Drug/Device Combination
Adminstered via Oral Cavity.
Electronic pills, also called digital pills or ingestible sensors, are pharmaceutical capsules or tablets that contain tiny electronic systems designed to monitor a patient’s health from INSIDE the body. Unlike traditional medications, these pills generate data upon ingestion, providing real-time confirmation that a dose has been taken and allowing healthcare providers to track adherence and compliance accurately.
VS
Cybernetic Pill
Blockchain/AI Combination
Adminstered via Psychological Means.
Cybernetic Pills, also called Invisible Pills, are AI capsules or tablets that contain Computing Algorithms within their designs and are designed to monitor a patient’s health from OUTSIDE the body. These pills also generate data upon being adminstered, providing real-time confirmation that the treatment was immediately effective, allowing healthcare providers to provide cures.