Platform Manager - Beep Off Engineering

Universal Ignition Messages (Used by all platforms)

These CAN message IDs are used by the ESP32 to detect when ignition is ON. They apply to ALL vehicle platforms.

Universal Hazard Messages (Used by all platforms)

These CAN message IDs are used by the ESP32 to detect hazard conditions. They apply to ALL vehicle platforms.

Vehicle Platforms

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Platform Information

Platform Name *

Manufacturer

Model Year

Status

Description To create a UNECE variant, create a separate platform with " UNECE" suffix (e.g., "MQBevo UNECE")

CAN Bus Speeds

CAN Bus 1 Speed Label/Nickname (optional)

CAN Bus 2 Speed Label/Nickname (optional)

CAN Bus 3 Speed Label/Nickname (optional)

CAN FD speeds (2-8 Mbps) require V2 hardware with MCP2518FD controllers. V1 hardware supports Classic CAN speeds only.

Termination Resistors (V2 Hardware Only)

Bus 1 - 120Ω Termination

Bus 2 - 120Ω Termination

Bus 3 - 120Ω Termination

Enable termination when BeepOff is at the end of a CAN bus. Only one termination resistor should be active per bus segment.

Platform Features

Safety Systems

No safety features configured yet.

Comfort Systems

No comfort features configured yet.

Auto-Response Rules

Auto-Response Rules monitor the CAN bus for specific trigger messages and automatically send response messages. Example: Re-disable start/stop when the vehicle re-enables it. Rules respect Service Mode and rate limiting.

No auto-response rules configured yet.

CAN ID (Hex) *

Description

Detection Mode

Simple (ID Only) Advanced (With Logic)

Simple: Detect any message with this ID. Advanced: Check specific byte values.

Condition Logic

Condition Type *

Data Byte Index *

Bit Mask (Hex) * Example: 0x03 = bits 0-1, 0xFF = all bits

Expected Value * Decimal value (0-255)

Example: For "byte 4, bits 0-1 must equal 2":
Byte Index: 4, Mask: 0x03, Expected: 2

CAN ID (Hex) *

Description

Detection Mode

Simple (ID Only) Advanced (With Logic)

Simple: Detect any message with this ID. Advanced: Check specific byte values.

Condition Logic

Condition Type *

Data Byte Index *

Bit Mask (Hex) * Example: 0x03 = bits 0-1, 0xFF = all bits

Expected Value * Decimal value (0-255)

Example: For "byte 2, bit 7 must be 1 (fault active)":
Byte Index: 2, Mask: 0x80, Expected: 1

Universal Ignition Messages (Used by all platforms)

Universal Hazard Messages (Used by all platforms)

Vehicle Platforms

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Platform Information

CAN Bus Speeds

Termination Resistors (V2 Hardware Only)

Platform Features

Safety Systems

Comfort Systems

Auto-Response Rules

Add Feature

Add CAN Message

Checksum & Counter

Add Ignition Message

Condition Logic

Add Hazard Message

Condition Logic

Add Auto-Response Rule

Trigger Configuration

Rate Limiting

Response Configuration