RDF Industries
Private AI Workforce

QOR (pronounced “Core”)

A private AI workforce for engineering, process, and compliance operations.

QOR is a multi-agent AI system designed to operate entirely within your organization’s own infrastructure—applying AI directly to proprietary processes, technical data, and internal workflows without exposing information to external AI providers.

Currently deployed

In production with a chemical manufacturing defense contractor — built to satisfy NIST 800-171, CMMC L2, and ITAR controls.

The Problem

AI is increasingly useful for engineering analysis, process development, documentation, and regulatory work. But most AI systems require sending data to external services—creating unacceptable risk for proprietary formulations and methods, controlled or sensitive technical data, and internal operational processes.

The result: many organizations either avoid AI entirely on the work that matters most, or use it in limited, disconnected ways that never touch their core operations.

What QOR Does

QOR deploys a coordinated AI workforce inside your environment. Rather than relying on a single model, it uses specialized agents that decompose complex technical problems, work across internal data and integrated operational systems, generate structured outputs, and subject every proposal to independent adversarial review before it reaches you.

All activity occurs within a controlled operational interface where users can watch the deliberation in real time, intervene at any point, interact via voice or text, and review and approve results before finalization. Every decision becomes observable, challengeable, and auditable—never a black box.

Agent Architecture

QOR runs a coordinated workforce of nine core agents across three layers, with additional domain-specialist agents built for your environment. Each layer has a distinct responsibility and a controlled interface to the next.

Strategic Layer1 agent

Strategic Orchestrator

Mission planning · Resource allocation · Risk assessment · Final approval

Tactical Layer1 agent

Tactical Coordinator

Task decomposition · Agent assignment · Interview mode · Execution monitoring · Result synthesis

Execution Layer7 agents

Specialist workforce

Research · Execution · Reporting · Intelligence (fact-checking & QA) · Data · Security · AI Systems Coordination

Domain specialists

Every deployment adds domain-specialist agents tuned to your environment—examples include Formulation, Literature, Test Plan, Statistics, Instrument, Compliance, and Reporting agents, plus custom agents you develop. These extend the core platform without modifying it.

Two checks on every output

Before execution, the Tactical Coordinator enters interview mode when a plan needs refinement—you shape requirements, scope, and intended outcomes before any work begins. After execution, every agent self-evaluates, identifies issues, self-corrects iteratively, and emits a confidence score on each output. Nothing runs unsupervised; nothing reaches you unreviewed.

How a mission runs

  1. 01
    Mission received You submit a goal — a question, a task, a directive.
  2. 02
    Strategic planning The Strategic Orchestrator creates a high-level plan with phases and risk assessment.
  3. 03
    Tactical planning The Tactical Coordinator decomposes phases into atomic tasks. Interview mode engages if requirements need refinement.
  4. 04
    Task execution Execution-layer specialists carry out assigned work — parallel where possible, sequential where required.
  5. 05
    Result synthesis The Tactical Coordinator aggregates outputs, runs reflection, and assembles the final result.
  6. 06
    Mission completion The Strategic Orchestrator reviews and signs off. Result returned with full reasoning trail.

Key Characteristics

Runs in Your Environment

On-premises by design. Built-in observability and tracing — no third-party telemetry, no outbound calls. Supports air-gapped and restricted-network deployments.

Coordinated Specialists

A multi-agent workforce that decomposes complex problems into specialist work, rather than relying on a single general-purpose model.

Adversarial Review

Every proposal is independently challenged before it reaches you, surfacing weaknesses and trade-offs proactively.

Observable Deliberation

Watch the reasoning unfold in real time. Intervene at any point via voice or text. The system never runs out of view.

Fully Auditable

Every decision carries a complete reasoning trail. Outputs are reviewable, traceable, and challengeable end to end.

Improves with Use

QOR is tuned to your terminology and processes, and grows more effective the more it engages with your internal workflows.

Governance Foundation

Beneath the operational interface, QOR is built on a governed execution model. Authority is treated as a first-class primitive, and every agent action is authorized, bounded, and recorded—so autonomy never outruns accountability.

Continuous Authorization

Authority is verified at every execution step, not just at initial delegation.

Mid-Execution Revocation

Authority can be revoked during execution, and agents respond immediately and predictably.

Refusal as System State

When an agent refuses an action, it is a governed, logged, and expected system behavior.

Execution-Path Governance

The system enforces which actions agents can take, in what order, and under what constraints.

Per-User Agent Isolation

Each user has their own dedicated agent instance. No cross-contamination of data, context, or results between users or departments. Authority and operational context are scoped at the user level.

Compliance & Standards

QOR is built to the strictest compliance bar so it satisfies everything below it by construction. Architecture, controls, and audit artifacts are designed to support:

NIST 800-171

Controlled Unclassified Information protection.

CMMC 2.0 Level 2

DoD contractor cybersecurity maturity.

ITAR / DFARS 252.204-7012

Technical-data handling and supply-chain flow-downs.

FIPS 140-3

Validated cryptographic modules available.

HIPAA-compatible

For healthcare and clinical-research deployments.

SOC 2-aligned controls

For financial and enterprise environments.

SLSA-3 build target

Reproducible builds, signed releases, supply-chain integrity.

Air-gapped operation

Supported by default; no internet path required.

Compliance artifacts (SBOM, append-only audit logs, RBAC reports, signed approvals, training-data lineage) are produced as part of deployment, not bolted on later.

Built For

QOR is built for environments where governance, data security, and IP protection are non-negotiable—regulated industries, defense supply chains, and any organization whose most valuable work cannot be sent to a third-party AI provider.

Defense & aerospace
Chemical manufacturing
Biopharma & pharmaceuticals
Healthcare & clinical research
Financial services
Regulated manufacturing
Sensitive-IP machine shops

Vertical specialization happens through custom LLM training and additional domain-specialist agents—not by rebuilding the platform.

Primary Use Cases

QOR is particularly well-suited to work where AI can deliver immediate value but is often underutilized due to data exposure concerns:

Process engineering and optimization
Technical documentation and SOP generation
Regulatory and audit preparation
Change impact analysis and trade-off evaluation
Knowledge synthesis across internal and external sources
Research synthesis and prior-art analysis with source-credibility scoring
Test plan and specification analysis
Forward-looking risk assessment with adversarial review
Decision support with full reasoning trail

Integrations

QOR connects to the systems your work actually lives in. Integration credentials live in the on-premises secret store and are scoped per agent. New systems are added through QOR’s API Integration Foundation without rebuilding the platform.

LIMS / ELN

LabWare · STARLIMS · Benchling · LabArchives

Bidirectional connectors with provenance preserved.

PLM / ERP / Document Stores

Windchill · Teamcenter · SAP · SharePoint · on-prem file shares

REST, SOAP, and file-watcher integration patterns.

Lab Instruments

LabVIEW · OPC-UA · SiLA-2 native bridges

Custom instrument drivers built per program.

Custom APIs

OpenAPI-driven auto-generation

New integration clients spun up from your existing specs.

Deployment Model

QOR is delivered as a contained, on-premises system. A typical deployment includes:

Dedicated Hardware

Multi-GPU workstation or small cluster, sized to your workload. Supports air-gapped and restricted-network environments.

Core Platform

Multi-agent orchestration, local model serving, and built-in governance, audit, and control systems.

Operational Interface

Real-time interaction environment with voice (TTS/STT), text, and file-based inputs and outputs.

Integration Layer

Connections to internal documents, systems, and APIs. Aligned to your existing workflows.

Domain Adaptation

Tuned to organization-specific terminology and processes. Improves over time based on usage.

Delivery Capability

QOR is not a standalone software product—it is delivered as an integrated system. Each engagement covers hardware specification and architecture design, system deployment and configuration, integration with internal systems and data, and ongoing refinement and capability development.

The result: organizations move directly to a production-ready capability, rather than spending time in a pilot or experimental phase.

Engagement

Engagements move from a first conversation to a production-ready capability in a defined sequence. Each stage produces a concrete artifact and a go/no-go decision before the next.

  1. 01

    Discovery call

    A focused conversation to understand your operational context, data-sensitivity constraints, and the workflows where AI could carry real load. No cost, no obligation.

    30–45 min
  2. 02

    Scoping engagement

    A fixed-fee engagement to define target use cases, model selection, hardware sizing, integration requirements, and governance boundaries. Covers discovery work, on-site time, and travel; fees are credited toward a deployment contract if the engagement converts. Produces a deployment plan and investment estimate.

    2–3 weeks
  3. 03

    System build & configuration

    Hardware procurement to spec. Multi-agent platform configured. Models deployed and adapted to your organization’s terminology and processes.

    4–6 weeks (dependent on hardware availability)
  4. 04

    Deployment & integration

    Installation on-site or in your private environment. Integration with internal data sources and systems. Operator training. Validation against real workflows.

    2–4 weeks
  5. 05

    Ongoing development

    Continued refinement as your use of QOR expands — new agents, new integrations, new workflows. Periodic governance and capability reviews.

    Ongoing

Investment scales with hardware specification, integration depth, and engagement scope. Scoping engagements are quoted on a fixed-fee basis and credited toward a deployment contract if the engagement converts; full deployments are scoped after discovery.

The Bottom Line

QOR enables organizations to safely apply AI to their most valuable internal work—engineering, process development, compliance, and documentation—all within their own control boundary.

To scope a QOR deployment for your environment, get in touch.

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