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Research & white papers.

Open, citable research from our architects on enterprise AI — graph-aware retrieval, RAG, knowledge graphs and the patterns we see in production. Published on Zenodo and other open platforms, free to read and reference.

Peer-style white papers DOI-assigned & citable Open access
Zenodo
Working Paper · Version 1.0
AI Research Context Graphs Latest

Context Graphs

Evolving Beyond Knowledge Graphs for Adaptive Intelligent Systems

Knowledge graphs encode structured facts about a domain — entities, attributes and relationships — and answer “what is true?” remarkably well. As systems become more autonomous, driven by large language models, agents and continuous streams of organisational activity, a different question dominates: “what is true right now, for this user, in this situation, and why?” This paper introduces and formalises the context graph, extending the knowledge graph with four dimensions: time, provenance, situational scope and decision traces. It presents the conceptual model, a reference architecture for building context graphs from live operational data, a systematic comparison with classical knowledge graphs, practical applications across RAG, proactive enterprise agents, compliance and personalisation, a pragmatic construction methodology, and open challenges around decay, privacy and scale.

Context Graphs Knowledge Graphs Temporal Graphs Provenance LLM Agents Retrieval-Augmented Generation Enterprise AI
PM
Author
Parth Majmundar
Technology Entrepreneur · AI Strategist · Technology Advisor
Radiant Code & Connect Pvt. Ltd.
Published August 2026 Working paper CC BY 4.0 English
Zenodo
White Paper · Version 1.0
AI Research Graph-Aware Retrieval

From Similarity to Structure

A Decision Framework for Graph-Aware Retrieval in Enterprise AI Systems

Most production RAG pipelines index enterprise knowledge as flat text and retrieve it by vector similarity alone — which works for lookup questions but fails quietly when the answer lives in the relationships between entities. This paper offers practitioners a workload-first framework: a taxonomy of five question shapes flat retrieval can't answer reliably, a five-level maturity ladder for graph-aware retrieval, a reference architecture, an evaluation approach, and a phased adoption roadmap. The central recommendation is deliberately conservative — audit your real query workload first, then adopt the lowest rung that makes your critical questions answerable.

GraphRAG Knowledge Graphs Agentic Retrieval Enterprise AI Solution Architecture
PM
Author
Parth Majmundar
Technology Entrepreneur · AI Strategist · Technology Advisor
Radiant Code & Connect Pvt. Ltd.
Published June 2026 6 pages English

More publications on the way

We publish new white papers regularly across open platforms — Zenodo, and more. Each one is collected here with its DOI and a downloadable copy, so this page is always the canonical index of our research.

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