Plug any OBD-II dongle into your fleet — and iFactory turns raw diagnostic data into actionable intelligence. Real-time engine health, DTC fault alerts, fuel analytics, driver behavior scoring, and AI-powered failure prediction from 200+ OBD parameters. 5-minute plug-and-play setup per vehicle.
From first plug-in to full fleet intelligence in days — not months. Any OBD-II dongle, any vehicle make, any protocol. Your existing hardware works with iFactory out of the box.
Inventory all vehicles — makes, models, years, OBD protocols. Map existing hardware, GPS trackers, and telematics devices already installed.
Plug OBD-II dongles into each vehicle — 5 minutes per unit. Configure connectivity (Bluetooth, cellular, Wi-Fi). Auto-detect supported PIDs.
Configure DTC alert rules, maintenance triggers, fuel thresholds, driver scorecards, and predictive maintenance AI models for your fleet.
Fleet-wide rollout. Train drivers and managers. Enable AI predictions. Continuous optimization of alert thresholds based on real data.
OBD-II provides real-time access to 200+ standardized parameters — engine RPM, coolant temperature, fuel trim, oxygen sensors, misfire counts, and more. iFactory decodes every DTC across all four categories (powertrain, body, chassis, network), alerts your team instantly, and links fault codes directly to maintenance work orders.
RPM, coolant, oil pressure, throttle, MAF, intake — streaming in real time.
P, B, C, U codes decoded and pushed to managers within seconds.
Pattern analysis predicts failures 2–4 weeks before breakdown.
DTC triggers auto-create maintenance tasks with parts lookup.
OBD Parameter Stream — Live
OBD data reveals exactly where fuel is wasted — excessive idling, harsh acceleration, speeding, and inefficient routing. iFactory correlates real-time fuel rate data from the engine ECU with GPS and driver inputs to build scorecards that reduce fuel spend by 12–18% and improve safety fleet-wide.
MAF-derived consumption per vehicle — idle vs. driving vs. PTO.
Score on harsh braking, acceleration, speeding, idling — per trip.
OBD detects engine-on / zero-speed — track idle duration and fuel cost.
Speeding, over-revving, and harsh events trigger real-time alerts.
Top Driver Scores — This Week
Poor vehicle maintenance contributes to over 20% of road accidents. iFactory's AI engine continuously analyzes OBD parameter trends — coolant temperature curves, fuel trim drift, oxygen sensor degradation, battery voltage decline — to predict component failures 2–4 weeks before breakdown. Every prediction auto-generates a work order.
AI learns normal patterns per vehicle and flags anomalies early.
Prediction triggers WO with fault description, parts list, and schedule.
Trigger oil changes, filter swaps, and inspections from actual OBD mileage and hours.
Aggregate OBD health across all vehicles — red/yellow/green by unit.
Don't rip out your existing hardware. iFactory integrates with any OBD-II dongle, telematics gateway, or GPS tracker already in your fleet — plus supports J1939 for heavy-duty trucks, J1708 for legacy equipment, and CAN bus for industrial vehicles. One platform for your entire mixed fleet.
All light/medium-duty vehicles since 1996 — 16-pin connector.
Class 4–8 trucks, buses, heavy equipment — 9-pin diagnostic port.
Bluetooth, Wi-Fi, cellular (4G/5G), satellite — auto-detected.
REST API for custom integrations — ERP, TMS, dispatch, insurance.
Compatible Hardware Brands
Industry-specific DTC libraries, maintenance schedules, compliance rules, and fuel benchmarks — pre-configured for your vehicle types and operational requirements.
J1939, ELD compliance, fuel economy, DOT inspections, CSA scores
Pre-trip inspections, student safety, engine health, idle reduction
Van fleet diagnostics, route efficiency, driver scoring, fuel per stop
Heavy equipment CAN bus, engine hours, idle time, geofencing
Bucket trucks, service vehicles, PTO monitoring, outage response
Federal telematics mandates, fuel accountability, asset utilization
Vehicle condition monitoring, abuse detection, odometer verification
Ambulance, fire, police — mission-critical uptime, rapid diagnostics
"We connected 340 trucks in 3 days using our existing Geotab devices. Within the first month, OBD-based predictive maintenance caught 12 failures before they happened — saving us over $180K in tow bills and emergency repairs."
"OBD fuel analytics showed us 22% of fuel waste was from excessive idling. We set up automatic alerts and coaching triggers — fuel costs dropped 16% in 90 days across 180 delivery vans. The driver scorecards changed behavior overnight."
"We run a mixed fleet — Class 8 trucks on J1939 and vans on OBD-II. iFactory is the only platform that handles both in one dashboard. DTC alerts go straight to our technicians' phones, and work orders create themselves. Game changer."
iFactory integrates with any OBD-II dongle, telematics gateway, or diagnostic device that outputs standard OBD-II PID data — including devices from Geotab, CalAmp, Danlaw, Zubie, Mojio, Xirgo Technologies, Suntech, and generic ELM327-based Bluetooth adapters. We support Bluetooth, Wi-Fi, cellular (4G/5G), and USB connectivity. For heavy-duty vehicles over 14,000 lbs, SAE J1939 and legacy J1708/J1587 protocols are also fully supported through compatible 9-pin diagnostic port adapters.
iFactory reads 200+ standard OBD-II PIDs (Parameter IDs) defined by SAE J1979, including engine RPM, vehicle speed, coolant temperature, fuel level, throttle position, intake manifold pressure, mass air flow, oxygen sensor voltage, engine load, fuel consumption rate, fuel trim (short and long term), battery voltage, and catalyst temperature. We decode all Diagnostic Trouble Codes across P (powertrain), B (body), C (chassis), and U (network) categories — plus freeze frame data captured at the moment of each fault. Manufacturer-specific extended PIDs are supported where available.
Physical OBD-II dongle installation takes under 5 minutes per vehicle — plug into the standard 16-pin OBD-II port located under the dashboard and pair with iFactory via Bluetooth or cellular. Fleet-wide software configuration including DTC alert rules, maintenance triggers, fuel thresholds, and driver scorecard parameters completes in 1–2 days. Full integration with your existing fleet management workflows, dispatch systems, and ERP deploys in 1–2 weeks. Most fleets are streaming live OBD data within 24 hours of project start.
Yes. iFactory supports OBD-II for all light-duty vehicles under 8,500 lbs (mandatory since 1996 in the US), medium-duty vehicles between 8,500–14,000 lbs (mandatory since 2005), and heavy-duty vehicles over 14,000 lbs (mandatory since 2010). For Class 4–8 trucks, buses, and heavy construction equipment, we support SAE J1939 CAN bus protocol via the standard 9-pin diagnostic connector, providing access to engine data, transmission parameters, ABS diagnostics, body controller information, and more. Legacy heavy-duty equipment using J1708/J1587 serial protocols is also supported.
Yes. iFactory's AI engine continuously analyzes OBD parameter trends — coolant temperature curves, fuel trim drift, oxygen sensor degradation, misfire count patterns, battery voltage decline, and catalytic converter efficiency — to predict component failures 2–4 weeks before they cause a breakdown. When a prediction triggers, iFactory automatically creates a preventive work order with fault description, recommended parts, and optimal scheduling to minimize fleet downtime. Prediction accuracy improves over time as the AI learns each vehicle's specific baseline behavior patterns.
OBD-II provides real-time fuel consumption data via MAF (Mass Air Flow) sensor calculations and fuel rate PIDs. iFactory correlates this data with GPS location, driver behavior metrics (harsh acceleration, excessive idling, speeding above efficiency thresholds), route efficiency, vehicle health conditions, and tire pressure to identify exactly where fuel is wasted. Driver-specific scorecards gamify fuel efficiency. Fleets typically see 12–18% fuel savings within the first 90 days by acting on OBD-derived fuel intelligence and automated driver coaching alerts.
OBD-II is the diagnostic standard mandated for light and medium-duty vehicles (under 14,000 lbs) using a standardized 16-pin connector, primarily focused on emissions diagnostics with approximately 200 standardized PIDs defined by SAE J1979. J1939 is the heavy-duty vehicle standard (over 14,000 lbs) using a 9-pin round diagnostic connector, providing significantly broader vehicle data including engine, transmission, ABS, instrument cluster, and body controller parameters with thousands of Suspect Parameter Numbers (SPNs). iFactory supports both protocols natively, providing unified dashboard coverage for mixed fleets operating both light-duty vans and heavy-duty trucks.
iFactory encrypts all OBD data in transit using TLS 1.3 and at rest using AES-256 encryption. Role-based access controls ensure only authorized fleet managers and technicians can view vehicle diagnostics, driver behavior data, and location information. Data is stored in SOC 2 Type II compliant infrastructure with full audit logging. For fleets with data residency requirements or union-negotiated privacy agreements, on-premise and private cloud deployment options are available. All data collection complies with applicable federal and state privacy regulations.
The OBD telematics market is growing at 14.1% CAGR because fleets that use diagnostic data outperform those that don't. Get a free OBD integration assessment — we'll map your fleet, identify compatible hardware, and show you what your vehicles are already trying to tell you.