Manufacturing

Artificial Intelligence for Factories and Production Lines

Predict failures before they occur, detect defects with cameras, optimize production with real-time data, and keep your technicians connected with voice assistants that know every machine.

THE PAIN POINTS

The Problems Paralyzing Your Production

  • 80% of industrial maintenance in Ecuador is reactive: repaired when already broken. Each unplanned stop costs on average $15,000 to $50,000 per hour in medium production lines, not counting lost customers and penalties for missed deliveries.
  • Manual quality control depends on human fatigue. An operator inspecting parts for 8 hours has a defect detection rate of 75-80% in the first hour, dropping to 55-60% after the fifth hour. Defects that pass mean returns, claims, and brand damage.
  • Production planning is done with Excel and supervisor experience. Real cycle times, historical failures, raw material availability, and customer demand are not considered. The result: overproduction (dead inventory) or underproduction (delayed orders and dissatisfied customers).
  • Technical knowledge is in the heads of 2-3 key people who have been with the company for 20 years. When they retire, they take decades of know-how. There is no documented knowledge base, no updated procedures, no structured knowledge transfer.
  • OEE (Overall Equipment Effectiveness) analysis is done monthly with data collected by hand from production sheets. By the time a machine with 45% efficiency is detected, 3 weeks of accumulated losses have already passed. It's like driving a car without a speedometer or dashboard.
  • Field technicians lose hours in transit for diagnostics that could be done remotely. A call about a broken machine at a plant 200 km away requires a technician to travel 4 hours, diagnose for 30 minutes, and repair for 1 hour. 80% of time is lost in transit.

In manufacturing, downtime is enemy number one. Every minute a line is stopped is money that doesn't come back. Every defect that passes is a customer who may not return. Every technician in transit is a technician not repairing. Precise production and preventive maintenance are not options: they are competitive survival.

THE SOLUTION

A Factory That Maintains Itself, Produces More, and Forgets Less

01

Predictive Maintenance with Sensors and AI

Voyant connects vibration, temperature, and electrical current sensors to your machines. Detects anomalies in real time, predicts failures 2-4 weeks before they occur, and alerts with enough time to schedule maintenance without stopping the line.

02

Quality Control by Artificial Vision

Industrial cameras with SomaTech AI inspect each part in real time: detect cracks, deformations, incorrect size, defective finish. They don't get tired, don't have bad days, don't vary their criteria. 100% inspection, 0% fatigue.

03

Technical Assistant with Memory of the Entire Factory

SomaAgent01 knows every machine, every manual, every historical failure, every procedure. A field technician asks by voice how to calibrate CNC lathe #3 and receives step-by-step instructions with references to the technical manual. Knowledge never retires.

KEY CAPABILITIES

Technical Capabilities of Your Smart Factory

Predictive Maintenance with ML on IoT Sensors

Voyant connects vibration sensors (FFT analysis to detect unbalance, misalignment, damaged bearings), temperature sensors (overheating alerts from excessive friction), and electrical consumption sensors (detection of anomalous peaks indicating growing mechanical resistance). Data is analyzed every 5 minutes with machine learning models that learn the normal behavior of each machine. When a deviation exceeds the 95% confidence threshold, the system alerts 14-21 days in advance, identifying the likely failed component and suggesting spare parts and repair procedures. Reduces unplanned stops by 70%.

Voyant SomaBrain

Quality Control by Computer Vision

Industrial vision system with high-resolution cameras mounted at critical points on the production line. Each part is photographed from multiple angles and analyzed by convolutional neural networks specifically trained to detect: surface and subsurface cracks, dimensional deformations (±0.05mm tolerance), inconsistent surface finish, contamination or residues, and incorrect assembly. Inspection takes 0.3 seconds per part. Defect detection rate of 99.2%, with false positive rate of 0.8%. Quality data is stored traceably for audits and ISO certifications.

SomaAgent01 SomaBrain

Real-Time OEE Analysis with Automatic Alerts

Voyant calculates OEE (Overall Equipment Effectiveness) in real time: Availability = actual production time / planned time; Performance = actual speed / nominal speed; Quality = good parts / total parts. The dashboard shows current OEE by machine, by line, and by plant, with alerts when it falls below configurable thresholds. Identifies the top 3 causes of efficiency loss per shift. Enables operational decisions in minutes, not weeks.

Voyant

Field Technical Assistant with Voice and Vision

SomaAgent01 + AgentVoiceVox acts as a field technical assistant: the technician asks by voice how to repair failure F-234 on the Atlas Copco compressor and receives step-by-step instructions with references to the service manual. Can send a photo of a damaged part and the system identifies the component, searches for the equivalent spare part in the catalog, and confirms warehouse availability. Reduces diagnostic time by 60% and eliminates unnecessary trips by having remote diagnosis before departure.

SomaAgent01 AgentVoiceVox

Production Optimization with Intelligent Scheduling

Voyant analyzes real cycle times, setup times, historical failures, raw material availability, and customer orders to generate optimized production scheduling. Minimizes changeover times by grouping similar batches, considers predictive maintenance windows in scheduling, and adjusts line speed based on workload. Reduces work-in-process inventory by 30% and improves delivery punctuality by 45%.

Voyant SomaBrain

Tribal Technical Knowledge Digitalization

SomaBrain ingests all technical manuals, maintenance procedures, historical failure records, training videos, and notes from experienced technicians. Builds a vector knowledge base in 8,192 dimensions where every technical query finds the most relevant information in milliseconds. When a new technician asks how to adjust line 3's PLC, the system finds the exact procedure, the last time it was done, who did it, and what problems arose. 20 years of knowledge is not lost when a technician retires.

SomaBrain
PRODUCT STACK

Technical Architecture of Your Connected Factory

From the sensor on the machine to the supervisor's decision, every layer is optimized for continuous production.

VY

Voyant

The factory brain: IoT sensors, real-time OEE, predictive maintenance, and production optimization.

SA

SomaAgent01

The technical assistant: knows every machine, manual, and historical failure. Answers by voice with precise instructions.

SB

SomaBrain

The technical memory: every manual, procedure, and 20 years of experience, accessible in seconds.

VX

AgentVoiceVox

The technical support line: remote voice diagnosis with access to machine history and spare parts.

SF

SomaFractalMemory

The long-term memory: remembers optimal configurations for each product, batch, and season.

HOW IT WORKS

Technical Implementation in 4 Weeks

1

Audit and Sensors

We install vibration, temperature, and current sensors on your critical machines. Configure vision cameras at key inspection points. Connect existing PLC and SCADA for production data extraction. All without stopping your lines.

2

Knowledge Digitalization

We ingest all your technical manuals, procedures, failure records, and technician notes. SomaBrain builds the complete technical knowledge base of your factory, indexed and semantically searchable.

3

System Training

Voyant learns the normal behavior of each machine over 2-4 weeks, establishing baselines for vibration, temperature, electrical consumption, and cycle times. Vision networks are trained with samples of good and defective parts.

4

Autonomous Production

The system monitors 24/7, predicts failures weeks in advance, inspects every part in real time, and assists field technicians with voice and vision. You produce more, stop less, and maintain consistent quality.

MEASURABLE BENEFITS

Measurable Results for Your Factory

-70%

Fewer unplanned stops

99.2%

AI vision defect detection rate

+45%

Improvement in delivery punctuality

-60%

Less technical diagnostic time

-30%

Less work-in-process inventory

24/7

Continuous monitoring of critical lines

COMPLIANCE & TRUST

Technical and Quality Compliance

ISO Certifications

Complete quality traceability by part, with photographic records and automatic inspection data. Preparation for ISO 9001 audits and customer quality certifications.

Industrial Safety

Monitoring of safety conditions: anomalous temperatures, dangerous vibrations, electrical conditions out of range. Automatic alerts before incidents.

Environmental Regulations

Energy consumption and emission control. Process optimization to reduce waste and carbon footprint. Compliance with Ecuadorian environmental regulations.

Open Source Transparency

Auditable code for customer audits and certifications. No vendor lock-in dependencies that compromise operational continuity.

REAL-WORLD SCENARIOS

How It Works in Manufacturing Practice

The Failure That Never Happened

The main motor's vibration sensor detects an anomalous pattern: the FFT spectrum shows frequencies at 58 Hz and 116 Hz, indicative of a bearing with damaged race on the opposite side. Voyant alerts 18 days before failure: SKF-6214 bearing on drive shaft, failure probability 94%. Spare available in warehouse. Maintenance scheduled for Saturday without stopping the line. On Saturday the bearing is changed in 2 hours. The line never stopped unexpectedly. $35,000 in production loss was saved.

The Defect That Didn't Pass

On the plastic injection line, the vision camera detects a 0.08mm deformation on part #45,892 of Toyota's batch. The system automatically rejects the part, alerts the operator, and adjusts the mold temperature parameters. The complete batch is inspected with increased sampling. No defective part reaches the customer. Toyota never knows they almost received out-of-tolerance parts. The quality reputation remains intact.

The Technician Who Didn't Have to Travel

The Ambato plant reports that hydraulic press PH-7 doesn't close correctly. Instead of sending a technician on a 3-hour trip, the supervisor calls AgentVoiceVox. The system accesses PH-7's history, identifies that the last similar failure was 8 months ago due to residue buildup in the check valve. Guides the local operator step by step through cleaning and recalibration. The machine operates in 45 minutes. Saved 6 hours of travel, $120 in fuel, and a lost production day.

WHY OPEN SOURCE

Why Open Source for Your Factory

Vendor Independence

Doesn't depend on a single vendor that could raise prices, discontinue products, or stop support. You control your technology and can modify it as your processes evolve.

Integration with Any Equipment

Connects with any PLC, SCADA, ERP, or industrial sensor. Not limited to proprietary protocols. Your existing equipment investment is protected.

Customizable for Your Process

Each factory is different. You can train specific models for your products, adjust alert thresholds according to your tolerances, and customize dashboards for your KPIs.

Local Support with Industrial Experience

Team in Ecuador that understands the local industrial reality: suppliers, spare parts, regulations, and the urgency of a stopped line.

DEPLOYMENT MODEL

Deploy at Industrial Scale

Open Source

Self-hosted

Download the code from GitHub. Deploy on your industrial server or edge device. No license costs per machine or per sensor. Ideal for plants with their own technical staff.

Download from GitHub

Enterprise

Managed

Complete implementation with sensor installation, vision camera calibration, PLC/SCADA/ERP integration, technician training, and 24/7 support with SLA response time. Price on request.

Contact Sales

Let's Talk About Your Factory

Book a 2-hour technical visit. We evaluate your critical lines and present a predictive maintenance and AI quality control plan, no commitment.