R.J. Aguiar is a former Google Search Ranking engineer, former Managing Director at Goldman Sachs, and a recognized political refugee with Protected Person Status under the 1951 Refugee Convention. He leverages over two decades of experience in building and analyzing large-scale information retrieval systems. This book documents a comprehensive portfolio of inventions that begins with novel systems for covert communications and culminates in a complete re-architecting of global computing. The journey starts with solutions for contested environments, leading to a foundational breakthrough: a massively parallel optical interconnect that shatters the speed limits of all existing standards. This invention first blossoms into an end-to-end "Optical Computing Architecture," solving the I/O bottlenecks of the modern computer and enabling the "Disaggregated Data Center," where monolithic servers are broken apart into fluid, on-demand pools of resources. Building on this foundation, the work then discloses the next revolutionary leap: the "Parametric High-Radix Computer." This is not merely a faster machine, but a new species of computation that moves beyond binary. It redefines data itself, trading fixed-width bits for symbolic "recipes" that allow a processor to manipulate pure mathematics natively. This paradigm shift, implemented on ultra-wide data buses, directly addresses the "power wall," enabling exponential performance gains at a fraction of the energy cost. The raw power of this new architecture is then unleashed, with methods for accelerated prime number generation and novel forms of cryptanalysis that treat cryptographic keys as signals to be denoised and broken. Finally, this first-principles approach is applied to the architecture of finance and governance itself, disclosing a system for piercing the corporate veil to detect and quantify covert influence. Together, these inventions provide a detailed blueprint for a new era of sustainable, high-performance computing and a framework for restoring transparency and integrity to our most critical systems.