85% foundational platform

Equitus Arcxa Semantic Control Plane, is a Data-First approach, "85% foundational platform," designed for  mid-tier systems integrators (SIs)  allowing commercial majors, and defense contractors to skip the multi-year burden of building core data pipeline, governance, and infrastructure plumbing from scratch.

Arcxa allows engineering teams to focus entirely on the remaining 15%—the domain-specific application layer. Instead of writing low-level data ingest, graph synchronization, or zero-trust access control code, 

__________________________________________________________________________

Arcxa core: Triple Store Architecture, enables developers and integrators to construct tailored solutions.

1. Schema Mapping & Custom Data Ingestion

Arcxa handles foundational data unification, normalization, and graph modeling out of the box. Systems integrators extend this by:

• Configuring Domain Connectors: Writing custom connectors or API hooks for proprietary legacy databases, defense telemetry, IoT edge devices, or sector-specific ERPs (e.g., SAP, Palantir Foundry feeds, Tactical Assault Kit / TAK servers).

• Extending Ontology/Graph Schemas: Customizing Arcxa's underlying knowledge graph to reflect domain-specific entities (e.g., mapping military equipment readiness structures vs. commercial supply-chain parts catalogs).

2. Microservice & AI Model Orchestration

Arcxa provides the model orchestration, hardware abstraction, and edge deployment framework. Integrators leverage this by:

• Plugging in Domain Models: Hot-swapping or fine-tuning specific Large Language Models (LLMs), Small Language Models (SLMs), or computer vision (CV) models into Arcxa’s modular container environment.

• Chaining Workflows: Creating Retrieval-Augmented Generation (RAG) pipelines or agentic AI chains that reference Arcxa's unified knowledge graph, enforcing contextual relevancy without redesigning the vector store.

3. Workflow Engine & Business Logic Layer

The heavy lifting of state management, auditing, and secure compute is solved by Arcxa. SIs build the logic on top using:

• Event-Driven Rules: Setting up event triggers (e.g., automatically flagging anomalous defense telemetry or triggering a supply-chain reorder recommendation).

• Custom Analytics Modules: Embedding proprietary math, simulation engines, or decision-support algorithms directly into the Arcxa execution flow via SDKs and REST/gRPC APIs.

4. Custom User Interfaces & Tactical Front-Ends

Because Arcxa functions as an API-first backend and graph database layer, front-end engineers are freed from data-handling complexities. They build custom interfaces using:

• Tailored Web & Native UIs: Developing role-based React, Angular, or native desktop applications matched to specialized operator workflows (e.g., a defense C2 dashboard or a hospital operational view).

• Embeddable Widgets & SDKs: Consuming Arcxa's UI components, data visualization libraries, and graph visualization tools to rapidly spin up mission-focused views in days rather than quarters.

5. Role-Based Access Control (RBAC) & Governance Mapping

Integrators don't need to write custom authentication or audit logging systems. They adapt Arcxa’s existing zero-trust framework by:

• Inheriting Security Policies: Mapping existing corporate Active Directory/LDAP or military security classifications (e.g., Secret/JWICS attribute-based access controls) into Arcxa’s policy engine.

• Domain Audit Logs: Configuring localized compliance reporting tailored to specific regulatory standards (e.g., FedRAMP High, HIPAA, NIST 800-171, or ITAR).

Summary: The 85/15 Split