Growth HQ
Organizations often struggle to unify fragmented datasets — from CRMs to OSINT — resulting in duplicate records, lost insights, and siloed intelligence. Traditional relational databases fail to represent complex interconnections between entities.
Growth HQ designed a modular graph-based architecture that extracts entities and builds relational context automatically. Using OSINT and structured data, it connects people, places, and organizations in an interpretable network — ready for use in CRMs, recommendation engines, or data migration workflows.
The graph system enabled seamless merging of contacts and data points across multiple sources, while maintaining contextual relationships. It provided instant recommendations and flexible visualizations, creating a foundational layer for advanced analytics, CRM intelligence, and hyper-local discovery apps.
100K+
Entities processed and merged across multiple data sources
4
Primary data categories unified (Contacts, OSINT, CRM, Geodata)
<1s
Query latency for nearest-neighbor and relationship lookups
100%
Contact fields, tags, and notes preserved during merging
Fully Flexible
Visualization-ready structure adaptable to any downstream product
Growth HQ developed a flexible graph-based data extraction and relationship modeling framework that transforms fragmented datasets — both structured and unstructured — into interconnected knowledge graphs. This system underpins a new generation of data-rich applications, from custom CRMs to geospatial recommendation engines.
The challenge was to unify multiple data streams — contact information, OSINT data, and miscellaneous inputs — into a coherent network of nodes and edges. Growth HQ’s graph pipeline identifies entities, extracts attributes, and builds relationships, allowing downstream applications to make contextual recommendations and perform deep insights.


Each extracted entity becomes a node, and every association a weighted edge — creating an adaptive network that can later be visualized or queried for any use case. Whether used for recruitment matching, local discovery, or knowledge graph analytics, the framework is designed for reusability and scale.