IndustrialIQ — AI That Knows Your Equipment

Where It Deploys

Built for industry.
Proven in practice.

Any high-consequence industrial operation where documentation, safety hierarchy, and expert knowledge sit at the centre of the work. IndustrialIQ adapts to your facility — never generic, always purpose-built.

Multi-Vertical Platform

Industrial Operations

Manufacturing plants, foundries, power generation facilities, and process operations where complex machinery, regulatory compliance, and expert documentation sit at the centre of safe operations.

IndustrialIQ adapts its language, safety hierarchy, authority chain, and regulatory references to match your industry and installation. Every deployment is purpose-built — never generic.

Equipment manuals, maintenance records, inspection history

Alarm triage and fault prioritization support

Regulatory cross-referencing (OSHA, NFPA, ISO, API standards)

Operational context-aware reasoning (normal / alarm / shutdown)

Full audit trail on every advisory interaction

Manufacturing

Manufacturing & Process

Conveyors, presses, CNC machines, production lines, and process equipment. Expert guidance grounded in your OEM manuals and maintenance history.

OEM manuals + work orders + defect logs

Production procedure cross-reference

Energy

Power Generation

Gas turbines, steam plant, switchgear. Safety-critical environments where NERC, OSHA, and plant-specific procedures demand precision.

OEM manuals + plant procedures

NERC / OSHA regulatory corpus

Heavy Industry

Foundry & Metal Processing

Furnaces, casting equipment, heat treatment lines. Documentation-grounded guidance through every phase of the melt cycle.

Equipment manuals + heat treatment specs

Process safety documentation

Upstream / Downstream

Oil & Gas

Refineries, pipelines, offshore platforms. Air-gapped operation ready — no network dependency required on-site.

Fully offline capable

API 510, API 570 regulatory corpus

IndustrialIQ Advisory Terminal · Hiller Industries

› Hydraulic press HPR-04 showing high oil temperature alarm. Unit is in production cycle. What should we check? Likely causes in priority order: 1. Hydraulic fluid level low — check reservoir sight glass ↳ Hiller HPR-04 Maintenance Manual, §4.3.2, p.112 2. Oil cooler fouled or fan failure ↳ Preventive Maintenance Schedule PM-2025-089 3. Relief valve bypass — internal seal degradation ↳ Service Bulletin SB-HPR-2024-07 ⚠ If temp exceeds 180°F: stop cycle and allow cooldown. Do not override thermal cutout. Continue with step-by-step diagnostic procedure? ›

The Platform

Your documentation.
Your answers.

IndustrialIQ reads every manual, maintenance record, and inspection document in your library. When your engineers ask questions, it answers from your sources — with citations.

Document-Grounded Answers

Every response cites its source — document name, section, page number. No unsourced assertions. Engineers know exactly where guidance comes from.

Cross-Reference Intelligence

Connects maintenance records to inspection logs to service bulletins. Surfaces relevant context across your entire library, not just the one document you'd have looked up.

Safety-First Reasoning

Workarounds are explicitly marked temporary. Risk statements are mandatory. The system advises — your engineers decide. This is hard-wired, not optional.

Ingests Your Library

PDF manuals, Word documents, CMMS exports, maintenance logs. Parsed, chunked, embedded, and indexed into a per-installation vector store. Add documents at any time — re-index locally.

Apollo AI · Enforced Behavior

Not a chatbot.
An engineering advisor.

Ten principles are baked into the Apollo AI API at the system level — enforced behavior, not surface-level prompting. Every response from every installation, always. The difference between a search engine and a responsible industrial advisor.

⚠

Safety Hierarchy Awareness

Conservative by default. Will not recommend risk-taking. Conflicts escalated explicitly.

⚙

Operational Context Sensitivity

Mode-aware reasoning. Priorities adapt to operational state — normal, alarm, shutdown, maintenance.

◈

Systems Thinking

Cascade awareness. Root cause vs. symptom. Models what fails next when one component fails.

◎

Operational Authority

AI advises. Engineer decides. Operations commands. Chain of authority enforced, not suggested.

≡

Document Fidelity

Source attribution on every response. Manuals treated as authoritative. No unsourced assertions.

↓

Graceful Degradation

Workarounds clearly marked temporary. Explicit risk statements. Permanent resolution always stated.

▲

Alarm Prioritization

Hierarchical alarm reasoning. Triage support. Primary causes distinguished from downstream effects.

✦

Communication Precision

Technical terminology calibrated to your industry. Documentation drafting — operator logs, inspection submissions.

◻

Bounded Confidence

Explicit uncertainty. Flags knowledge gaps clearly. Epistemic honesty treated as a safety feature.

↻

Regulatory Currency

Annual regulatory model updates. Transparent knowledge limits. Verification actively encouraged.

Data Sovereignty

Your data stays
in your facility.

Sensitive technical documentation doesn't belong in third-party cloud infrastructure. IndustrialIQ is built on this premise.

Your manuals, maintenance records, and operational history run on your hardware, in your facility. Day-to-day operation requires zero external connectivity. Even license renewal has an airgap pathway — USB key transfer with no network required on-site.

Hardware-Bound License

Signed JWT · tamper-evident

Encrypted Model Weights

AES-256-GCM · key never stored

Airgap Renewal

USB key package · no network on-site

Local RAG Updates

Re-index locally · no central server

Hardware Tiers

Standard
On-Prem CPU
16GB RAM · CPU-only

              Apollo q4_K_MApollo q4_K_MQuantized Apollo model optimized for CPU inference. Smaller memory footprint with minimal quality loss — ideal for low-traffic, space-constrained installations.
              Full RAG libraryFull RAG LibraryYour complete technical library — manuals, maintenance records, inspection logs, service bulletins — indexed into a local vector store with source attribution on every response.
              Offline capableOffline CapableDay-to-day operation requires zero external connectivity. All inference and retrieval happens on your hardware. License renewal via airgap USB pathway.
              Domain packDomain PackIndustry-specific configuration: system prompt, regulatory corpus, terminology glossary, and query expansion maps. Manufacturing, foundry, power generation, and oil & gas packs available.
            

Pro
On-Prem GPU
8GB+ VRAM · consumer GPU

              Apollo q5/q8Apollo q5/q8Higher-fidelity quantized model leveraging GPU acceleration. Better reasoning on complex technical queries, cross-reference accuracy, and nuanced fault analysis.
              Faster inferenceFaster InferenceGPU-accelerated model execution delivers sub-second response times. Engineers get answers at conversational speed, even for deep cross-reference queries.
              Higher qualityHigher Quality ResponsesThe q5/q8 model retains more of Apollo's fine-tuned reasoning capability. More accurate fault diagnosis, better system-level thinking, and stronger source attribution.
              Apollo Equip. Mon.Apollo Equipment Monitoring (Optional)Connect to Apollo Equipment Monitoring for live asset context — sensor data, vibration trends, and operational state feed directly into IndustrialIQ's advisory reasoning.
            

Enterprise
On-Prem Server GPU
24GB+ VRAM · server grade

              Full precisionFull Precision ModelUnquantized or q8 Apollo model running at maximum fidelity. No compromise on reasoning capability — the same model quality used during development and evaluation.
              High concurrencyHigh ConcurrencyServer-grade GPU supports multiple simultaneous advisory sessions. Suitable for operations with multiple engineers querying IndustrialIQ at the same time across shifts.
              Asset correlationAsset Correlation EngineCross-references fault patterns, maintenance outcomes, and operational data across multiple assets and sites. Surfaces facility-wide trends that individual equipment analysis would miss.
              Vibration analysisVibration Analysis PipelineRaw waveform FFT analysis with fault frequency matching against known bearing, gear, and motor signatures. Detects developing faults before they reach alarm thresholds.
            

EcoEye-Hosted Available

Any tier, managed on EcoEye infrastructure · for clients who prioritize simplicity and reduced initial startup time

Discuss

AI that knows your equipment.

Built for industry.
Proven in practice.

Your documentation.
Your answers.

Not a chatbot.
An engineering advisor.

Your data stays
in your facility.

Ready to put expert
knowledge to work?

AI that knows your equipment.

Built for industry.Proven in practice.

Your documentation.Your answers.

Not a chatbot.An engineering advisor.

Your data staysin your facility.

Ready to put expert knowledge to work?

Built for industry.
Proven in practice.

Your documentation.
Your answers.

Not a chatbot.
An engineering advisor.

Your data stays
in your facility.

Ready to put expert
knowledge to work?