Engine Data Analysis

Know the operation and convert corrective into preventive maintenance

Didcom EPC is a monitoring and reading solution for multi-brand automotive protocol that converts proprietary CAN protocols of various speeds to the J1939 standard protocol, obtaining parameters and fault codes, also functioning as a bypass filter that allows the reading of various parameters under programming.

Integrated IOX-Didcom technology for direct connection to telematics equipment (Geotab® GO9) without the need for additional accessories.

The information obtained through the EPC solution is sent, via the telematics device, to the cellular network and received by the platform to generate a wide variety of reports that streamline their visualization and analysis, supporting intelligent decision-making.

Features

  • Non-intrusive CANbus and J1708 connection
  • Compatible with J1708/J1939 protocol
  • Compatible with proprietary CAN protocols
  • Compatible with K-line
  • RS-232 serial interface
  • Auxiliary CANbus output
  • IOX protocol Out-of-the-box design
  • Fully integrated with MyGeotab

Parameter Implementation

How does it work?

Didcom EPC allows you to add and edit filter parameters through the ADD communication port, which is interconnected to the telematics device via two-way communication.
The correct use of the information received through the EPC solution allows you to schedule maintenance based on the odometer record, reduce fuel consumption due to mechanical damage, mitigate incidents due to road trips, extend engine life, and evaluate driving metrics.
The Didcom development team can support the creation of automated reports for efficient interpretation of the collected data.

Safety parameters

Increase the safety of your drivers and cargo

Vehicle performance parameters

Monitor your vehicle's usage and reduce maintenance costs

Trip parameters

Analyze driver-aware driving behavior and reduce fuel costs

Wide Operational Visibility Through Engine Data

The information received is divided into two essential parts: Engine Data and Fault Codes. Each processed data item can be referenced with a value and date, creating historical tables of each record to streamline analysis and identify behavioral trends.
  • Based on wheel speed
  • Odometer
  • Active Cruise Control
  • Cruise Control Activated
  • High-speed cruise limiter
  • Diagnostics
  • Current gear
  • Transmission oil level
  • Transmission oil temperature
  • RPM
  • Engine hours
  • Coolant temperature
  • Coolant level
  • Engine oil temperature
  • Engine oil level
  • Engine oil pressure
  • Idle hours
  • Check engine light
  • Brake Pedal Position
  • Parking Brake
  • Driver's seat belt
  • Accident event
  • Airbag warning light
  • Tire warning light
  • ABS warning light
  • Access doors
  • Hybrid detection
  • Windshield fluid level
  • Tire temperature
  • Vehicle lean angle
  • Vehicle active
  • Fuel injection pressure
  • PTO active

Wide Compatibility with Manufacturers and Technologies

Didcom EPC can be used on compatible multi-brand buses to read and interpret engine data and fault codes, whether standard data or proprietary manufacturing data.
The EPC solution provides broad and robust compatibility with vehicles from multi-brand manufacturers and diverse mobility technologies at the forefront of the transportation industry, streamlining their standardization and integration into fleet operations.

Driving the Standardization and Integration of New Technologies

Asian
European
Electric
Natural Gas

The solution and its integration

Didcom Engine Protocol Converter - V4.0 ®

Didcom EPC offers a plug-and-play design with IOX Protocol integration. The device can be integrated into telemetry equipment that supports SAE J1939 CANBus connection via the OBDII connector on terminals 6 (CANHigh) and 14 (CANLow).
The EPC device integrates four visible LED indicators for the user to view data transmission and perform any troubleshooting.
DIAGRAM

Engine Data Analysis

Understand the operation and convert reactive and corrective maintenance into preventive and predictive maintenance to ensure its optimal condition and performance

REACTIVE

CORRECTIVE

PREVENTIVE

PREDICTIVE

Success Stories

Driving global change through technology development and integration

Our success in technology development and integration is driven by providing specialized telematics solutions, reflecting our focus on specialized engineering and high-value creation. We are committed to innovation and strategic excellence, developing solutions that improve fleet productivity, efficiency, safety, and satisfaction.

Ensure Safe and Optimal Vehicle
Condition on the Road!

Didcom EPC is an innovative telematics solution that streamlines monitoring of the engine status and performance of fleet vehicles through technology and data digitization.
Our solution helps fleet management manage maintenance in a standardized manner to ensure the best condition and performance of vehicles on the road, strengthening safety and operational efficiency for the benefit of its customers.
Multi-brand engine data
visibility and analysis
Engine fault code
reading and translation
Proactive maintenance scheduling
Protection of engine
integrity and performance
Savings against excessive costs due to mechanical failures and related malfunctions
Extension of engine, battery
and electrical system lifespan
Reduced downtime due
to inspection and repairs
Prevention of incidents
due to trip failures
Reduction in fuel consumption due to mechanical breakdowns or failures
Increased safety through
evaluation of driving metrics
Standardization of information and integration with third-party systems owned by the client
Digital transformation of tasks and processes and streamlining of timelines

We help you optimize your vehicle fleets

Tell us what you need and we will provide you with the most appropriate solution.
Request a demo