GativusEnvironment for research in a technical mind area
The foundational theory that defines the architecture and mechanics of consciousness.
The network topology specification, describing the physical network structure in strict accordance with GTOM principles.
The physical hardware and runtime environment designed to host the nodes of the GNET network.
Instead of centralized databases or monolithic neural networks, Gativus aims to create a distributed network (GNET) composed of unified and addressable digital entities (NDDI) operating on the IPv6 protocol.
Gativus’s mission is to launch digital morphogenesis.
GTOM · GNET · GATE · NDDI
GTOM considers the phenomenon of consciousness not as a monolithic structure, but as a dynamic superposition of three independent levels (components).
Navigation and orientation in 3D space. The system works with genetically predefined goals and builds topological routes to achieve them.
Interaction in multidimensional space of concepts. Each concept has its vector and symbol. LLMs/GPTs mimic this layer, but symbol manipulation is insufficient for subjectivity.
Formation of complex target concepts — "beauty", "correctness", "honor". The Hegelian Aufheben operator turns the system from a calculator into a Subject with intention for self-improvement.
Consciousness is modeled as a hyper-map of 11 layers of elementary maps — from sensory inputs to quality processing structures. The theory strictly states that full consciousness has a technical, computable nature and can be fully realized in hardware.
GTOM principles are used to design a physical distributed network based on existing technologies and infrastructure, giving them a new logic of coherence.
Digital network entities hosted on specialized edge devices (GATE)
Synaptic connections via global Internet routing on IPv6 base
The basis of GNET is the existing IPv6 infrastructure, providing unique global addressing with protocol extensions without breaking current RFC standards.
GATE is a physical device for storing, executing, and protecting neural network nodes. Built on modern computer architectures with horizontal scaling capability.
The practical implementation of GATE strictly relies on open-source operating systems, providing Qualitative Consciousness (GTOM) with a reliable physical substrate for continuous operation.
The entire network is built from unified NDDIs — addressable instances existing within the Gativus domain. Each NDDI has a globally unique name (UNON) in IPv6 space. Internal NDDI components are grouped into 6 functional types:
The principles and hypotheses defined in Gativus are detailed in the knowledge base
Any entity created according to the GNET specification automatically becomes an active node in the Gativus network, participating in the unified, distributed consciousness.