Corporate Language Model (CLM): Transforming Tacit and Fragmented Enterprise Knowledge into a Sovereign, Auditable, and Executable Corporate Intelligence Layer
This paper introduces the Corporate Language Model (CLM), a framework transforming a firm's structured, unstructured, multimodal, and tacit knowledge into an ontology-grounded enterprise foundation upon which reasoning and governed execution are composed.
Abstract
Enterprise AI deployments fail not from model inadequacy, but because organizations lack a structured substrate encoding how they decide, negotiate, and execute. Generic LLMs carry no firm-specific ontological priors; RAG remains brittle, with no path to executable action; static playbooks encode logic but cannot reason or adapt. This demands an architecture treating tacit-knowledge capture, ontological grounding, sovereign deployment, and auditable actuation as co-designed from the start. This paper introduces the Corporate Language Model (CLM), a framework transforming a firm's structured, unstructured, multimodal, and tacit knowledge into an ontology-grounded enterprise foundation upon which reasoning and governed execution are composed. CLM has five capability planes and four architectural pillars: a Neurosymbolic Mesh coupling generative models with a knowledge graph; a Skill Graph where reusable tactics, personas, objections, and goals are typed and composed; Living Digital Twins modeling functional areas as reasoning surrogates; and a Deep Security Layer enforcing sovereignty, traceability, and human oversight. A Spec-as-Code paradigm bridges grounded intent and executable artifact. CLM is one instantiation of this foundation-centric class. Four contributions follow: CLM is defined as a distinct object of study; the Skill Graph is introduced for compositional explainability by construction; the Wisdom Listener effect is proposed, whereby tacit-capable foundations compound in value with use, connecting to dynamic capabilities and organizational learning; and evidence from a JCI-accredited tertiary hospital in Brazil instantiates three of the six maturity stages under LGPD.
It is concluded that validation and governance of grounded and agentic AI must be treated as a first-class enterprise reliability engineering discipline — auditable, thresholddriven, and embedded across the inference lifecycle — rather than as an extension of conventional model evaluation.
Suresh Babu Narra· International Journal of Int...· 0 citations
A seven-stage graph-grounded pipeline that converts domain documents into a complete, auditable Web Ontology Language (OWL) Terminological Box (TBox) without any unconstrained generation step is presented, demonstrating that the pipeline produces stable, reusable domain representations from large document corpora.
Maruf Ahmed Mridul, A. Talukder, O. Seneviratne· 0 citations
The paper’s most distinctive argument is that meta-books are the first organisational KM framework explicitly aligned with the cognitive architecture of human learning — integrating schema theory, cognitive load theory, dual coding, retrieval practice, the spacing effect, meaningful learning, and connectionist neurosci...
Sima Fatemipour· European Conference on Knowl...· 0 citations
Knowledge Graphs (KGs) have become increasingly critical in enterprise environments; however, existing academic methodologies do not always explicitly address requirements such as governance, infrastructure scalability, modularity, and integration with legacy systems. This paper examines limitations in the explicit cov...
José Alberto Sousa Torres, D. A. da Silva, R. de Oliveira Albuquerque et al.· IEEE Access· 0 citations
A taxonomy of five AI paradigms (perceptive, dialogic, interpretive, structural and contextual), each defined by its contribution to one of three knowledge processes and by the type of work it serves is proposed, with a boundary marked where collective tacit knowledge resists codification.
Mohamed Amine Guedria, Maximilian Dommermuth· European Conference on Knowl...· 0 citations
Enterprise records governance is a coordination problem across systems that share no unified regulatory knowledge. Email platforms enforce communication-retention, ERPs enforce financial regulation, document repositories enforce their own schedules, and no system sees the others’ applicability logic. Conflicts arise wh...
Kishore Pulagam, Sai Sakalam· IEEE Access· 0 citations
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