The primary objective of an algorithmic strategy, beyond
managing global variables, is to ensure maximum system performance reliability.
Achieving this level of accuracy and security requires optimal resource
allocation across various system layers. When economic allocation models
function efficiently, these resources will be available optimally within system
platforms.
System Owners focus on economic performance and work to
eliminate entities that might conflict with this goal. Any overhead cost on the
system platform is considered detrimental to the economy. According to
observational studies, investment in maintaining harmonic balance in Biological
Systems is often viewed as an additional overhead for Non-Biological Systems.
As a result, System Owners tend to endorse austerity measures to perform tasks
more cost-effectively in Non-Biological Systems. However, these austerity
measures, segregation of operative layers, and low social accountability on the
system platform may diminish harmonic balance within Biological Systems.
In undemocratic systems, Systems Owners prioritize economic
considerations in their global strategies. Much revenue is often reserved for
the owners' retirement security, while profits are directed toward hierarchy
layers or used to satisfy malicious desires. This approach may ultimately
eliminate the potential for harmonic balance within the system, as such balance
is viewed as a social burden in purely economic systems.
In contrast, Systems Owners in democratic systems recognize
that a significant portion of the income derived from system performance should
be saved and distributed equitably across all system resources. This approach
supports broader resource sustainability and fosters a healthier system
environment.
