โ–š Concept Demonstration ยท Simulated Data ยท v2

The firm's memory is a place.
This is what it knows.

Explore how documents, decisions, and companies connect in a fictional investment firm. Select a finding, inspect the supporting relationships, and switch viewing roles to compare simulated access. This is a browser-based interface concept, with no live client connection.

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It doesn't just store โ€” it concludes

The INTEL FEED (left) shows what no amount of looking at documents reveals: cross-library risk collisions, deals that rhyme with past deals, facts two documents disagree on, metrics drifting from underwriting, and the questions the corpus can't answer yet. The findings are prewritten examples of the questions a knowledge workflow could help investigate.

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Distance is a measurement

Every edge carries an association strength (ฯƒ): rendered length maps to it, so strongly evidenced relationships pull close and weak ones drift apart. Edge width is evidence weight, particle flow is recency, color is provenance world โ€” internal, external market data, or the memory's own derived reasoning. Hover any edge for its telemetry; click it for the dossier.

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Permissions are physics here

Switch the viewing persona (top right) and watch the world change: nodes lock, edges dim, and derived intelligence redacts itself โ€” because a conclusion inherits the permissions of every document it was built from.

Drag to rotate ยท scroll to zoom ยท click nodes, edges,
and intel cards ยท โŒ CONNECT joins any two nodes ยท personas top-right

VVG KNOWLEDGE CONNECTIONS // spatial interface

SYS: initializingโ€ฆ
โœ“ full graph visible โ€” 0 relationships withheld

โ–ฎ INTEL FEED _

FUND
PORTFOLIO CO
PIPELINE / DEAL
PERSON
LIMITED PARTNER
DOCUMENT / DECISION
๐Ÿ”’ WITHHELD
EDGE TELEMETRY:
length โˆ 1 / ฯƒ strength
width = evidence weight
INTERNAL EDGE
EXTERNAL (SAMPLE)
DERIVED (CURVED)
particle flow = recency

Relationships

โ–ฎ CONNECTION ANALYSIS