Unit of Meaning
Discoverable fingerprints for every concept. Carries context, provenance, observer and validation state. Returns a Semantic Zero when no verified claim exists within its Semantic Light Cone of Care.
Never meaningless. Never disconnected from real-world friction.
AI inherited Peirce’s word. It abandoned the architecture the word was designed to carry.
tokum restores the token as a situated sign: connected to an object, interpreted by an accountable observer, and bounded by what can actually be verified.
Never meaningless. Never disconnected from real-world friction.
AI inherited Peirce’s word. It abandoned the architecture the word was designed to carry.
tokum restores the token as a situated sign: connected to an object, interpreted by an accountable observer, and bounded by what can actually be verified.
AI inherited Peirce’s word, then reduced it to a self-contained fragment of data. tokum extends the token back toward its original burden: an occurrence capable of carrying meaning.
AI inherited Peirce’s word, then reduced it to a self-contained fragment of data. tokum extends the token back toward its original burden: an occurrence capable of carrying meaning.
The extension is encoded in the word itself. tokum transforms the token from an isolated computational fragment into a situated, portable and verifiable unit of meaning.
Discoverable fingerprints for every concept. Carries context, provenance, observer and validation state. Returns a Semantic Zero when no verified claim exists within its Semantic Light Cone of Care.
The smallest situated act of meaning. Embeds the observer to create a Peircean triadic sign. Its observer-dependent relations curve Semantic Spacetime.
The TCP/IP of meaning. A model-independent packet designed to move seamlessly across agents, models and domains, enabling distributed edge polycomputing.
tokum extends Saussure’s dyad into Peirce’s triad, restoring the missing leg of meaning: the interpretant, situated in an observer.
The extension is encoded in the word itself. tokum transforms the token from an isolated computational fragment into a situated, portable and verifiable unit of meaning.
Discoverable fingerprints for every concept. Carries context, provenance, observer and validation state. Returns a Semantic Zero when no verified claim exists within its Semantic Light Cone of Care.
The smallest situated act of meaning. Embeds the observer to create a Peircean triadic sign. Its observer-dependent relations curve Semantic Spacetime.
The TCP/IP of meaning. A model-independent packet designed to move seamlessly across agents, models and domains, enabling distributed edge polycomputing.
tokum extends Saussure’s dyad into Peirce’s triad, restoring the missing leg of meaning: the interpretant, situated in an observer.
Semantic Zero is the first principle that enables an AI system to distinguish a verified claim from the absence of one. It establishes an explicit boundary between what can be asserted and what remains unknown.
No verified claim within the present Semantic Light Cone of Care→Semantic Zero.
Semantic Zero is the first principle that enables an AI system to distinguish a verified claim from the absence of one. It establishes an explicit boundary between what can be asserted and what remains unknown.
No verified claim within the present Semantic Light Cone of Care→Semantic Zero.
tokum.ai operates the infrastructure through which meaning becomes addressable, situated, portable and verifiable, while remaining explicit about the boundary of what can be known.
The Protocol of Meaning for intelligence that can exchange claims, preserve context and return a Semantic Zero when knowledge ends.
tokum.ai operates the infrastructure through which meaning becomes addressable, situated, portable and verifiable, while remaining explicit about the boundary of what can be known.
The Protocol of Meaning for intelligence that can exchange claims, preserve context and return a Semantic Zero when knowledge ends.
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