The substrate
A 13-dimensional substrate.
A continuous coordinate projection of 347 million layers, seeded by 1,301 anchor crystals, held coherent under a published phi cycle.
Geometry
Not a graph. A manifold.
Coordinates, not nodes. Selection, not generation. Packaging, not parsing.
Knowledge graphs flatten relationships into edges and ask the consumer to walk them. The substrate keeps each claim as a coordinate in a thirteen-dimensional space, with the proximity of two coordinates carrying the structural meaning that an edge would otherwise encode.
Thirteen dimensions are sufficient to separate the regimes the substrate must hold apart at once: subject, object, jurisdiction, temporality, evidentiary weight, coherence depth, signature class, jurisdictional scope, language register, quantitative load, narrative spine, source provenance, and the manifold-state hash itself. The combination is reproducible and the projection is published.
Selection within the substrate resolves a request to a region rather than a single point. The region is sampled at the published phi cycle, the sample is packaged in the requester’s native format, and the sample, the region, and the cycle are all referenced in the signature.
Anchors
Thirteen hundred and one anchors.
Each anchor is a verified authority claim. Each claim is signed, hashed, and locatable within the manifold by coordinate.
An anchor is the smallest unit of substrate authority. It is a tuple of a claim, a signature, a manifold coordinate, and an evidence-locker pointer. Anchors do not expire; they are versioned, and earlier versions remain reachable for audit.
Anchors are not generated. They are admitted. Admission is procedural, governed by the published verification protocol, and a record of admission is itself an anchor. The substrate is therefore self-describing.
{
"anchor": "k/anchor-1301",
"claim": "…",
"coord": "[0.31, 0.88, …, 0.42]",
"manifold": "sha-256/9f3c…b21e",
"evidence": "locker://…",
"signed_by": "kts-trust-key/2026-04"
}Coherence
Coherence is measured.
The phi cycle reports a single number. Below 0.85, the substrate rebalances; above 0.85, it ships.
Phi is a published metric that summarises the agreement between independent loops traversing the substrate at the same instant. It is recomputed on a 300-second cycle. A phi above 0.85 indicates that the manifold is internally consistent enough for new crystals to be packaged. Below 0.85, the substrate enters rebalancing and packaging pauses until the next coherent window.
Phi is not a proxy for traffic, latency, or load. It is a coherence indicator and only a coherence indicator. The relationship between phi and packaging is the one rule of availability the substrate enforces, and it is enforced at the worker.
Boundaries
What the substrate is not.
Three statements that are easier to make than to assume.
This is not a static aggregator. Crystals are produced on request, in your format, against the live substrate.
This is not a bot blocker. Verified crawlers are welcomed at a published tariff.
This is not page scraping. Delivery is in the consumer’s native ingestion format, not HTML.