Rupert Emails You
Before Equipment Fails

Self-learning system that gets smarter with every interaction. Rupert emails warnings when issues develop, or you can email Rupert to investigate anything unusual. Safe read-only monitoring via TAPs or Modbus.

A Learning System, Not Just AI

Rupert emails you with predictions, or you email Rupert to investigate - learning from every interaction

Two-Way Communication That Gets Smarter Over Time

1
Rupert Monitors 24/7
Continuously analyzes patterns via safe TAP connections, comparing against learned failure modes
What Rupert Learns:
Normal patterns for YOUR equipment
Early warning signs unique to site
Adapts to seasonal variations
2
Proactive Warnings
Rupert emails you when patterns match developing failures - hours or days early
Email from Rupert:
"Pump #3 cavitation developing
Confidence: 87% (was 60% last month)
Check NPSH - pattern learned from Unit 2"
3
You Can Ask Rupert
Email Rupert anytime to investigate unusual readings or check equipment health
Your Email to Rupert:
"Rupert, compressor sounds different
Check vibration patterns last 48hr
Compare to last startup"
4
Continuous Learning
Every outcome teaches Rupert. Accuracy improves from 60% to 94% as it learns YOUR equipment
Learning Progress:
Month 1: 60% accuracy
Month 3: 78% accuracy
Month 6: 94% accuracy

🧠 Self-Learning System - Not Just AI

Learns YOUR Equipment: Rupert isn't a generic AI - it's a learning system that adapts specifically to your equipment's unique behaviors and failure modes

Progressive Learning: Starts with general industrial knowledge, then learns your specific patterns. Month 1: 60% accuracy → Month 6: 94% accuracy for YOUR equipment

Human-Like Memory: Remembers critical patterns forever (that bearing that failed last year), forgets routine noise (yesterday's normal startup). This is how experienced engineers think

Outcome-Based Learning: When you confirm Rupert's prediction was correct, it strengthens that pattern. When wrong, it adjusts. Every interaction makes Rupert smarter

📧 Two-Way Email Communication

Rupert → You (Proactive): "Compressor surge likely in 12 hours. Observed similar pattern 3 times before. Reduce load to 80% to prevent." Sent automatically when patterns detected

You → Rupert (Investigative): "Rupert, pump sounds different today. Check bearings and alignment." Rupert analyzes historical data and responds with findings

Continuous Dialogue: Email threads maintain context. Rupert remembers what you discussed yesterday and builds on that knowledge

Team Access: Multiple operators can email Rupert. It learns from everyone's observations, building collective knowledge

Patent Pending • GB2513302.6 • The Email Rupert Method™

Technical Architecture

How Email Rupert processes industrial data at scale

🔧 System Architecture

Safe Data Collection: Read-only TAP connections, Modbus polling, OPC-UA, or any method your site prefers. Always isolated from control functions - monitoring only, never controlling

Flexible Connectivity: 4G cellular for air-gapped security, or secure site network if preferred. Whatever meets your security requirements

Pattern Recognition Engine: Multi-layer neural network trained on 10M+ industrial failure patterns. Uses Bayesian inference for confidence scoring (60-95% confidence range)

Progressive Memory System: Three-tier architecture: Recent (7 days full resolution), Working (30 days compressed 10:1), Permanent (patterns only, 1000:1 compression)

Diagnostic Code Generation: Autonomous Python script generation for root cause analysis. Scripts sandboxed in Docker containers with resource limits

📊 Data Processing Specifications

Data Collection Methods: TAP connections (100% safe, read-only), Modbus RTU/TCP, OPC-UA, or any site-approved method. We adapt to YOUR infrastructure

Input Formats: CSV, JSON, XML, plain text with regex parsing. Handles time-series data at 1Hz-1kHz sampling rates

Processing Latency: Email receipt to response: 15-45 seconds typical, 2 minutes maximum for complex multi-variate analysis

Concurrent Processing: 10,000+ simultaneous monitoring points. Scales horizontally as needed

Data Compression: Local edge processing reduces bandwidth needs by 70%. Only patterns and anomalies transmitted, not raw data

🧠 Machine Learning Pipeline

Training Data: 200+ facilities, 50,000+ equipment units, 10M+ failure events across 6 industries

Algorithm Stack: Random Forest for anomaly detection → LSTM for time-series prediction → Bayesian networks for root cause analysis

Learning Rate: Online learning with hourly model updates. Accuracy improves from 60% (cold start) to 94% (6 months) average

Confidence Scoring: Multi-factor confidence based on: pattern match strength, data quality, historical accuracy, time since similar event

Feedback Loop: Outcome correlation via email confirmation. Reinforcement learning adjusts weights based on operator feedback

🔐 Security & Safe Operation

Read-Only Monitoring: TAP connections are 100% safe - physically incapable of writing to control systems. Modbus configured for read-only polling. Zero risk to operations

Flexible Network Options: Use 4G cellular for complete air-gap, or secure site network with proper DMZ configuration. We adapt to YOUR security requirements

Data Encryption: TLS 1.3 for all transmissions, AES-256 for data at rest. End-to-end encryption from collection point to analysis

Compliance: ISA-95 Level 3.5 compatible, NERC CIP compliant (no critical system control), FDA 21 CFR Part 11 audit trail

Authentication: SPF, DKIM, DMARC validation for emails. Whitelist-based sender verification. No control capability - monitoring only

See Real Emails Between Equipment and Rupert

Two-way communication: Rupert alerts you, and you can ask Rupert

Universal Application - Learns Any Equipment

Rupert adapts to YOUR specific equipment patterns, regardless of industry

Works with ANY Industrial Equipment

Rotating Equipment: Pumps, turbines, compressors, fans, motors, generators - Rupert detects bearing wear, imbalance, and misalignment weeks before failure

Heat Transfer: Boilers, heat exchangers, furnaces, reactors - Rupert identifies fouling, tube degradation, and efficiency losses as they develop

Process Control: Valves, instruments, control loops - Rupert spots drift, stiction, and calibration issues before they impact production

Any Sensor Data: Temperature, pressure, flow, vibration, current, level, composition - Rupert finds patterns humans miss

Your Industry: Chemical, refining, power, pulp & paper, pharmaceutical, manufacturing, water treatment, mining, food & beverage - Rupert adapts to your specific processes

The Difference That Matters

Traditional monitoring alerts you when something is already wrong.
Rupert emails you days before something will go wrong.

Request Technical Evaluation

Connect with our engineering team for site-specific implementation

Deploy a Learning System That Gets Smarter Every Day

Rupert learns YOUR equipment's unique patterns. Two-way email communication: Rupert alerts you to developing issues, you can ask Rupert to investigate anything. Starting at 60% accuracy, reaching 94% as it learns from every interaction.

Start Rupert Learning Your Equipment