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Industry

Agriculture

Equipment diagnostics, implement communication, and field data logging

CAN bus is the backbone of modern agricultural machinery — from tractors and combine harvesters to GPS guidance systems and precision sprayers. Helix gives agricultural engineers a portable, web-accessible platform for diagnosing equipment issues, verifying implement communication, and logging field data for analysis.

The Landscape

Agricultural machinery relies heavily on CAN bus communication for coordinating between tractors, implements, and control systems. Equipment operates in harsh field conditions where downtime during planting or harvest is costly. Engineers need rugged, portable diagnostic tools that work without a laptop setup — and the ability to log data across long work sessions for later review.

Key Figures

Vehicle bus protocol
J1939
Continuous field logging
24/7
Timestamp precision
μs
Simultaneous CAN channels
2

How It Works

Tractor
J1939 vehicle bus
Helix
Decode & log
Implement
CAN responses
Field Log
Timestamped data

Industry Challenges

What makes CAN bus work in agriculture uniquely demanding.

1

Field diagnostics

Equipment failures in the field need fast diagnosis. Intermittent faults on the CAN bus — loose connectors, EMI from hydraulics, signal degradation — are hard to catch without continuous monitoring and precise timestamps.

2

Implement compatibility

Tractors must communicate with implements from different manufacturers. Verifying that messages are correctly exchanged between vehicle and implement requires decoding vendor-specific CAN protocols alongside standard J1939.

3

Long-duration logging

Agricultural operations run for hours across large areas. Capturing a full day of CAN data — engine parameters, GPS coordinates, implement status — requires reliable, high-capacity logging without gaps.

How Helix Helps

Built-in capabilities that address agriculture requirements.

1

J1939 decoding

Decode J1939 messages out of the box — engine RPM, fuel consumption, PTO status, and diagnostic trouble codes displayed in real time.

2

Signal visualization

Chart decoded signals in real time to spot anomalies, compare implement performance, and verify sensor readings during field operation.

3

Portable web interface

Access Helix from any device with a browser — phone, tablet, or laptop — without installing software. Ideal for in-field diagnostics from the tractor cab.

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