The AI‑powered
client intelligence layer
for financial services
Turn fractured data into decision‑ready insights.
Turn fractured data into decision‑ready insights.
Most client information is fragmented across systems, incomplete, and missing critical context. Cashmere weaves multiple sources and systems into a single, living fabric that provides deep understanding and allows you to act on each opportunity in real time.
Fuse internal customer data with external signals and synthesize them into genuine, decision-ready insight.
Explore the platformEvery layer of the work brought directly into each of your systems, built for financial services.
Each layer builds on the one beneath it. Cashmere establishes the bedrock, then carries data all the way up to proprietary insight.
Your firm's own models, scored against every profile, the edge competitors can't buy off the shelf.
Net worth, propensity, life events and relationships, reasoned from raw signals into decisions you can act on.
Internal records fused with external signals into a full, multi-dimensional picture of each person and entity.
Accurate, consistent, up-to-date contact details and unique identifiers across all systems. Without clean, deduplicated records, everything above collapses. This is where most enterprises still struggle, and where Cashmere lays the bedrock.
Cashmere resolves fragmented records from every system into a single semantic layer: one identity, one golden profile, the connective tissue your data never had.
It reads and synthesizes across disconnected systems at scale, surfacing the patterns and insights no team could assemble on its own.
Co-built around how your institution actually operates, Cashmere routes the right signal to the right team, so every opportunity is acted on in real time.
The intelligence layer and how to build it.
Learn moreA framework for turning fragmented records into reliable customer intelligence.
How entity resolution transforms fragmented records into reliable sources of truth.
How domain expertise becomes scalable intelligence through derived-insight models.