About SaaSi Cubes™

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SaaSi Cubes™ is an instantiation of the Deliberately Disaggregated Architecture Model™ (DDAM) of Perpendicular Systems™. SaaSi Cubes™ can be constructed theoretically by taking the shape of a 7×7×7 cube as a default organizing unit, referred to here as the Virtual Harmonics Base Cube Object™. From this perspective, users can construct their own data architectures, strategies, processes, and applications using reusable patterns and AI-enabled modeling.

SaaSi Cubes™ are not a product you buy. They are an idea with which you can experiment—entirely theoretically, through electronic tools or programming languages, or with physical learning aids such as a 7×7×7 combination puzzle.

SaaSi Cubes™ are not limited to software products. They are user-composed thinking instruments—physical, visual, and symbolic containers that help individuals organize complex material, learn through repetition and variation, and externalize memory and meaning over time.

SaaSi Cubes™ are built on the principles of Object-Oriented Music™ and the Deliberately Disaggregated Architecture Model™, not on conventional application or platform architectures. While they may be implemented using software, SaaS tools, or programming languages, SaaSi Cubes™ do not define applications. They define objects: persistent, user-authored containers that bind identity, intention, resources, processes, and artifacts across time, media, and context.

The term deliberately disaggregated is essential. In this model, no single system, vendor, or interface is privileged as the source of truth. Structure is separated from implementation, and meaning is separated from execution. This allows individuals to compose and recombine systems using human practices, digital tools, physical objects, and symbolic forms as interchangeable surfaces. Applications become transient expressions of a deeper object architecture, rather than the organizing principle itself.

SaaSi Cubes™ therefore operate at a layer above traditional application architecture and below abstract theory: the object architecture layer for human–technology systems. At this layer, a project, a relationship, a creative work, a business process, or a negotiation can all be treated as first-class objects with explicit boundaries, provenance, consent, lifecycle, and transformation rules. This approach draws directly from musical composition, generative learning, and physical thinking tools—such as modular puzzles and cube-based games—where understanding emerges through manipulation, variation, and recomposition rather than optimization alone.

Although these ideas originated in enterprise consulting for large financial institutions, the practices they enabled have largely disappeared as internal systems architecture and governance functions were dismantled. As a result, the same architectural gap now exists across personal, small business, and corporate contexts. SaaSi Cubes™ are introduced as an alternative to commonly used formats precisely because those formats no longer support coherent, long-lived system design at any scale. The model is intentionally domain-agnostic: its value lies in restoring a way of thinking and composing systems wherever human agency, complexity, and change must be held together over time.

The application of SaaSi Cubes™ is therefore a kind of serious play, in which difficult areas of business, information, or personal practice management are approached through structurally and theoretically different perspectives. SaaSi Cubes™ function simultaneously as an idea-generation method, an information-modeling framework, and a form of human expression.

The images above represent the V-Cube™ 7, a 7×7×7 combination puzzle originally invented by Panagiotis Verdes and produced by Verdes Innovations SA. These physical objects are referenced here as analog learning instruments, not as proprietary components of SaaSi Cubes™.  (See: https://en.wikipedia.org/wiki/V-Cube_7)

For example, in one embodiment, SaaSi Cubes™ could be used to generate a virtual fabric wrapper representing a formatted set of user-defined data, applicable digitally, physically, or symbolically to any object under the user’s control—or, in a scenario-modeling space, to any object in their imagination. This is a natural electronic extension of visualization techniques long used in consulting practice. Unlike conventional approaches, however, SaaSi Cubes™ integrate physical, vibrational, and cognitive modalities with AI-enabled research and analysis, enabling broader exploration while reducing risk through structured scenario simulation.

In another example, a user might generate a personal data fabric, print it on adhesive sheets, and apply it to a physical puzzle to create a tactile, visual memory system.