The upcoming 48th Edition of the International Exhibition of Inventions in Geneva, Switzerland, will showcase a groundbreaking new computer architecture (CA). Known as U.M. (U-Mentalism), the project is supported by a collection of intellectual property rights, including submitted patents in various countries such as the EPO, EUA, India, Canada, and Japan. The CA aims to revolutionize computing by replacing the traditional binary code (0's and 1's) with an isomorphic RGB (Red-Green-Blue) code read through digital images. This transformation turns computing into a cinematic experience, suitable for the photonics, laser, and fiber optics era of the new information age, often referred to as Web 3.0 and beyond. The U.M. project is also a crowdfunding initiative that offers rewards to its backers. The inaugural collection consists of PNG (Portable Network Graphics) NFT (Non-Fungible Token) images called "frames" that represent the new technology's color/binary isomorphic code. These NFT frames are expected to become highly valuable collectibles and useful assets. The CA also aims to integrate the blockchain system into its supercomputation model. However, the patent for this Unix-based global massively distributed parallel supercomputation-based computer architecture faces challenges. The European Patent Office (EPO) has raised opposition, considering it a "scientific discovery" and avoiding producing the required authority search report. This opposition puts the pending patent at risk of being targeted by professional lobbyists who represent the major players in the global patent system. This situation emphasizes the importance of inviting everyone to be a defender of their own (post-)digital cybernetic rights and a global advocate for data protection and privacy, particularly for the younger generations. The U.M. project encompasses both a new computer architecture and a supercomputation model. It intends to process and store information using the RGB color model derived from digital image "frames" or "films" at the pixel level. By employing Universal Turing-machines as servers over existing Turing-machines on the Internet, U.M. enables exponentially accelerated and massively parallel computation in the photonics, laser, and fiber optics new information age. This approach paves the way for a new era of cybernetics, open-source collaboration, and scientific supercomputation. Human oracles act as AI trustees and guardians within this system. The primary patent behind U.M. is titled "Method to Perform Computation at or near the speed of light (typical) digital image-to-binary singular or multiple-nodes/servers and computer architecture." It has an international publication number (WO2021/235960 A2) and was submitted in multiple countries, including Europe, the USA, Canada, India, and Japan. The U.M. project has a significant impact on computer architecture by inverting the traditional von Neumann model. It addresses key challenges such as the von Neumann bottleneck and the P vs NP problem, which is the most significant problem in computer science. By employing an exponential supercomputational model based on Universal Turing-machines, U.M. drives progress in feasibility and computational complexity. Four associated projects, connected to the U.M. NFT Collections (including Genesis and future releases), focus on the research and development of photonics/laser and fiber optics servers, a Universal Assembly Programming Language, a suitable distributed ledger decentralized blockchain, and a cryptocurrency protocol. Ultimately, the U.M. project aims to promote a liberal progressive cybernetic Internetworking Protocols Constitution with a decentralized and distributed ledger Blockchain technology as its primary data structure. By merging sound values with the Internet's worldwide web, U.M. seeks to create a bright future for the advancement and adoption of distributed ledger decentralized blockchain cryptocurrencies while countering opposing forces. https://www.u-mentalism.xyz/