Employees rely on resources and tools to complete
their daily work assignments. For optimal performance, hardware and software
must be compatible with internal and external devices; otherwise, the quality
of services and products will gradually decline. A system designer understands
that the compatibility of these resources is crucial for system performance and
organizational efficiency. However, compatibility can be compromised by
economic factors, cultural and social policies, time-to-market pressures, and
global perspectives.
Resource incompatibility can introduce invisible
issues that permeate system environments, leading to defects across these
environments. This results in uncertainty in value parameters and deficiencies
in subsystems, modules, and components. System designers focus on identifying
and addressing these issues to minimize uncertainty. However, only specific
processes and threads effectively promote significant global transparency,
limiting the System Platform's ability to respond promptly to external changes.
Analyzers may occasionally detect the source of
errors and conflicts, but resolving these can be costly and time-consuming,
especially when dealing with legacy systems. Detecting and addressing old
malfunctions and following recovery procedures in non-identical modules is
challenging due to the abstract nature of Global Variables and the emergence of
incompatibility.
