SparkPlug
SparkPlug
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SparkPlug
FeaturesHow It WorksIndustries
Get Early Access
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From raw data tofailure predicted

The first IIoT platform that closes the loop. Predict equipment failures, automatically trigger procurement, and eliminate unplanned downtime—all in one place.

Acme Manufacturing

Plant Floor A • 1,247 sensors

Live
Overview
Sensors
Alerts
🛒Orders
🔮PREDICTIVE ALERT
Spindle Bearing Wear Detected
CNC Machine #7 • 94% confidence • Est. failure in 8-12 days
📈 Vibration: 4.5→5.0 mm/s trend✓ Bearing kit auto-ordered
Coolant temp spike resolved
2 hrs ago

CNC #3 returned to normal operating range

✓ Self-corrected
Pressure sensor calibration due
5 hrs ago

Hydraulic Press #2 - scheduled maintenance

✓ Work order created

Empower Your Operations

Real-time monitoring, intelligent automation, and actionable insights to streamline your maintenance workflow.

Compressor A vibration is trending high. When should I schedule maintenance?
Based on trends, I predict bearing failure in 12-18 days. Schedule maintenance for Tuesday—PO pre-staged.

Predictive Intelligence

Ask SparkPlug about equipment health. Get AI-powered insights on maintenance timing and parts ordering.

Live Feed
All sites
🔔

CNC #7 vibration threshold exceeded

2m ago
📦

PO-2024-4825 confirmed by McMaster

5m ago
📡

Compressor A temp normalized to 72°F

8m ago
🔧

WO-1847 completed by J. Martinez

12m ago

Live Activity Feed

Watch alerts, orders, and maintenance events stream in real-time across all your facilities.

Equipment Uptime (30d)99.2%
Week 1Week 4

Real-Time Analytics

Track uptime, MTTR, and equipment health scores. Transform sensor data into actionable insights.

WHENVibration > 4.5 mm/s for 2 hours
THENCreate work order + Alert maintenance
ANDAuto-order bearings from McMaster
Rule active • Triggered 3x this week

Smart Automation

Build powerful IF-THEN rules without code. Auto-trigger alerts, work orders, and purchase orders.

The numbers don't lie

Industrial maintenance is broken. Here's the proof.

💸
$0T

Lost to unplanned downtime annually

Siemens True Cost of Downtime 2024 ↗
🏭
$0K

Average hourly cost of manufacturing downtime

Aberdeen Research ↗
⚠️
0x

More downtime with reactive maintenance

Honeywell Research ↗
📈
0x

ROI within 12-18 months

U.S. Department of Energy ↗

The gap between detection and action

Your sensors work. Your alerts fire. But what happens next?

🚫
What you don't see

The Hidden Bottleneck

📡
Sensor detects anomaly
0 sec
🔔
Alert fires
+1 sec
😴
Alert sits in inbox
+2-8 hrs
🤔
Someone sees it
+4-24 hrs
📋
Work order created
+8-48 hrs
📞
Procurement called
+24-72 hrs
🛒
Parts ordered
+48-168 hrs
4-7 days
Alert-to-order time
$260K/hr
Downtime cost¹
⚡
What SparkPlug sees

Automated Response

📡
Sensor detects anomaly
0 sec
🧠
ML predicts failure
+50ms
⚙️
Rule engine evaluates
+100ms
✅
Threshold → triggered
+150ms
🛒
PO created automatically
+1 sec
📧
Approver notified
+2 sec
🚚
Parts arrive early
+1 day
< 2 seconds
Alert-to-order time
10-30x ROI
Documented²

¹ Siemens, "The True Cost of Downtime 2024" | ² U.S. Department of Energy; McKinsey & Company

Universal connectivity

Your Entire Operation, Connected

Connected Devices
Live
Vibration Sensor
2.4 mm/s
Modbus
Temperature Probe
72.3°F
MQTT
Pressure Gauge
147 PSI
OPC-UA
Flow Meter
23 GPM
HTTP
CNC Mill #4
Running
Fanuc
Compressor A
87% Load
Modbus
MQTTOPC-UAModbusHTTP/RESTSparkplug BBACnet

Build your predictive maintenance stack

Your Intelligent Maintenance Platform

📊

Real-Time Monitoring

Connect any industrial sensor and see live data streams instantly. From vibration to temperature to pressure—monitor everything that matters.

  • Support for 50+ industrial protocols (MQTT, OPC-UA, Modbus, HTTP)
  • Sub-second data ingestion with live streaming
  • Customizable dashboards and threshold alerts
  • Historical data with unlimited retention
Live Monitoring Dashboard
Live
📡
247
Sensors
🔔
3
Alerts
🛒
8
Orders
⚡
99.7%
Uptime
Sensor Readings (24h)
Pump #12
Vibration
4.2 mm/s
Compressor A
Temp
72°C
HVAC Unit 3
Pressure
4.1 bar
Motor B
Current
12.3 A

How it works

Four steps to automated maintenance

No six-month implementation. No consultants. Get up and running quickly.

🔌
1

Connect

Install our lightweight gateway or push data directly via API. Any protocol—MQTT, HTTP, WebSocket, OPC-UA.

5-minute gateway setupNo code requiredAuto device discovery
⚙️
2

Configure

Use our visual builder to set thresholds, map sensors to parts, and define automation rules.

50+ industry templatesDrag-and-drop builderTest before deploy
🔗
3

Integrate

Connect your B2B commerce platform and configure approval workflows. Map parts to supplier SKUs.

One-click OAuthAuto SKU matchingApproval routing
✅
4

Automate

Activate your rules and let SparkPlug handle the rest. Parts get ordered automatically when thresholds trigger.

Real-time monitoringInstant alertsAuto-procurement

Works with any industry

One platform. Infinite applications.

SparkPlug adapts to your domain—any sensor protocol, any supplier, any workflow. See how it looks for your industry.

CNC, Conveyors, Compressors

Monitor vibration, temperature, and current across your production floor. Auto-order bearings, belts, and filters before failures stop the line.

SparkPlug — Production Floor Monitor
Live
CNC Machines
12
Conveyors
8
Compressors
4
Pumps
16
Spindle Vibration (mm/s)24h trend
24h agoThreshold: 4.5Now
Active Alerts
CNC Mill #3

Spindle vibration elevated

~12 days to threshold

Conveyor B

Belt tension dropping

Scheduled replacement

Auto-Orders
⚡
Threshold Triggered
Spindle Bearing Kit
Supplier: mcmaster.com
PO: PO-4821
Shipped
Drive Belt 48"
grainger.com
Delivered
Connected Suppliers
mcmaster.comgrainger.commotion.com
Sensors
VibrationTemperatureCurrentAcoustic

Don't see your industry?

SparkPlug connects to any sensor, any protocol, any supplier. If you can measure it, we can automate it.

Use Cases

See SparkPlug in action

Real scenarios showing how the prediction-to-procurement pipeline prevents failures and saves money.

⚙️

Predictive Bearing Replacement

Manufacturing
Saved $180K

Scenario

A CNC machine vibration sensor detects increasing amplitude at 47Hz—a signature of inner race bearing wear.

SparkPlug Workflow

  1. 1Vibration pattern triggers ML anomaly detection
  2. 2SparkPlug identifies specific bearing SKU needed
  3. 3Purchase order auto-created via mcmaster.com
  4. 4Maintenance scheduled for next planned downtime
  5. 5Parts arrive 2 days before predicted failure

Outcome

Prevented $180,000 emergency repair and 12 hours of unplanned downtime.

❄️

Cold Chain Compressor Failure Prevention

Cold Chain
Saved $45K

Scenario

Refrigeration unit compressor current draw increases 15% over baseline while cooling efficiency drops.

SparkPlug Workflow

  1. 1Current and temperature sensors detect trend
  2. 2Rules engine correlates efficiency decline
  3. 3Alert sent to facility manager via Slack
  4. 4Compressor motor and capacitor auto-ordered
  5. 5Tech dispatched with parts already on-site

Outcome

Saved $45,000 in spoiled inventory and maintained 100% uptime.

🌡️

HVAC Filter Optimization

HVAC
Saved $8K/mo

Scenario

Building management system shows static pressure rising across air handler filter bank.

SparkPlug Workflow

  1. 1Pressure differential exceeds 80% threshold
  2. 2SparkPlug maps AHU to specific filter sizes
  3. 3Bulk filter order placed with approved supplier
  4. 4Delivery scheduled before pressure limit reached
  5. 5Energy savings from optimized airflow maintained

Outcome

Reduced energy costs 12% and eliminated emergency filter runs.

💧

Pump Station Compliance Protection

Water Treatment
Saved $37K

Scenario

Lift station pump shows increasing run time and decreasing flow rate—signs of impeller wear.

SparkPlug Workflow

  1. 1Flow/runtime ratio triggers degradation alert
  2. 2Compliance documentation auto-generated
  3. 3Replacement impeller kit ordered automatically
  4. 4Work order created in CMMS with parts ETA
  5. 5Spare pump staged for quick changeover

Outcome

Maintained EPA compliance and avoided $37,000 penalty risk.

FAQs

Frequently Asked Questions

SparkPlug connects to virtually any industrial sensor through standard protocols including MQTT, HTTP/REST, WebSocket, Sparkplug B, OPC-UA, and Modbus. If your sensor can output data, we can ingest it—temperature, pressure, vibration, humidity, current, flow rate, and more.

Early Access Program

Be among the first

Join our early access program and help shape the future of industrial maintenance.

Share your specific scenario and we'll show you exactly how SparkPlug can automate it.

We'll reach out within 24 hours to schedule a personalized demo.

Automate.
Predict. Thrive.

Transform your maintenance operations from reactive firefighting to proactive excellence.

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SparkPlug

IIoT platform designed to streamline your industrial maintenance workflows and automate parts procurement.

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