OMNI OGB1 E-bike

battery
bicycle
ip67
lock
micromobility
solar

OMNI OGB1 E-bike OMNI is a smart sharing bicycle lock with GPS, GPRS, and Bluetooth support. The device features a 6000mAh/8000mAh battery, waterproof IP67-compliant casing, optional solar panel, and more.
Make your OMNI OGB1 E-bike devices a part of any infrastructure by connecting them via flespi telematics hub. Manage the device settings using flespi device management platform. Learn how to configure OMNI OGB1 E-bike with flespi.
Protocol: omni Manufacturer: Omni Change log: omni
Usage specifics
Parameters (60)
Settings (11)
Commands (1)
OMNI OGB1 E-bike
Flespi parses telemetry data from your OMNI OGB1 E-bike into a standardized JSON and lets you send commands to OMNI OGB1 E-bike via API.

Here’s the like of JSON you get

{
    "ident": "352625333222111",
    "position.altitude": 273.61,
    "position.hdop": 0.7,
    "position.latitude": 49.069782,
    "position.longitude": 28.632826,
    "position.satellites": 18,
    "server.timestamp": 1650636570.426424,
    "timestamp": 1650636570.426424,
    "device.type.id": "OMNI OGB1 E-bike",
    "channel.id": 1111,
    "protocol.id": "omni"
    "engine.ignition.status": true
    ...
}

How to consume this nice JSON

The easiest way is to make a REST API request like this
curl -X GET  --header 'Authorization: FlespiToken XXX' 'https://flespi.io/gw/devices/<device id>/messages'
Explore REST API Show more ways to consume dataHow to connect my OMNI OGB1 E-bike to flespi

How to send commands to OMNI OGB1 E-bike?

You can send a specific command. Show all commands
You can use pre-defined settings to send instructions more conveniently. Show all settings

You can also

Modify messages

Add or remove parameters, inject data from LBS and reverse-geocoding services, etc.
Learn what plugins can do

Aggregate data

Determine trips and stops, catch events, detect geofence ins/outs, and more.
Learn about flespi analytics capabilities
Name
Type
Unit
Description
Sources
battery.charging.status
boolean
Battery charging status
Instruction type H0,
Instruction type S6
battery.level
number
percentage
Internal battery level
Instruction type H0,
Instruction type Q0,
Instruction type S5,
Instruction type S6
battery.lock.status
boolean
Battery lock locked/unlocked status
Instruction type L6
battery.low.alarm
boolean
Battery low alarm event
Instruction type W0
battery.serial
string
Scooter battery serial number
Instruction type L6
battery.voltage
number
volts
Internal battery voltage
Instruction type H0,
Instruction type Q0,
Instruction type S5,
Instruction type S6
ble.beacons
array
Standard parameter names used: *id* - beacon identification string. Usually it is beacon's UUID or MAC-address *local_name* - Beacons's Local Name *rssi* - BLE signal level. Units = dBm *battery.voltage* - Beacon's battery voltage. Units = volts *battery.level* - Beacon's battery level. Units = percentage *temperature* - Beacon's temperature. Units = celsius
Instruction type B0
bms.serial.number
string
BMS (Battery Management System) serial number
Instruction type M1
channel.id
number
ID of channel that received a message
device.id
number
ID of device that received a message
device.name
string
Name of device that received a message
device.serial.number
string
Device serial number
Instruction type M1
device.type.id
number
ID of device type of device that received a message
disassemble.alarm.status
boolean
Illegal disassembling alarm event status
Instruction type W0
ecu.error.code
string
ECU error code
Instruction type E0,
Instruction type E1
error.type
number
Protocol-specific error identification number
Instruction type H0,
Instruction type S5,
Instruction type S6
error.type.description
string
Protocol-specific error error description string
Error type 1,
Error type 10,
Error type 11,
Error type 13,
Error type 3,
Error type 4,
Error type 6
event.enum
number
Protocol-specific event code
Instruction type S1,
Instruction type W0,
Instruction type W1
external.equipment.state
number
External equipment state
Instruction type L5
external.equipment.type
number
External equipment type
Instruction type L5
fall.alarm.status
boolean
Fall alarm status
Instruction type W0
gsm.cellid
number
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) base station ID
Instruction type S6
gsm.lac
number
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) location area code
Instruction type S6
gsm.mcc
number
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) country code
Instruction type Q0,
Instruction type S6
gsm.mnc
number
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) code
Instruction type Q0,
Instruction type S6
gsm.operator.code
string
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) operator code, which is MCC joined with MNC
Instruction type Q0
gsm.signal.level
number
percentage
Mobile network (GSM, 3G, 4G, LTE, 5G, ...) signal strength level
Instruction type H0,
Instruction type Q0,
Instruction type S5,
Instruction type S6
ident
string
Device unique identifier like serial number, IMEI, etc
illegal.movement.alarm
boolean
Illegal movement alarm event
Instruction type W0
indication.mode
string
Position indication mode A - autonomous, D - differential, E - estimate, N - invalid data
Instruction type D0,
Instruction type D1
lock.status
boolean
Lock status
Instruction type H0,
Instruction type L0,
Instruction type L1,
Instruction type S5,
Instruction type S6
message.type
string
Message type
movement.event
boolean
Movement detected
Instruction type W0
payload.text
string
Text Payload received from device
Instruction type K0,
Instruction type U0,
Instruction type U1,
Instruction type U2,
Instruction type U3,
Instruction type Z0
peer
string
IP:port from which device connecting to the channel
position.altitude
number
meters
Altitude value for position
Instruction type D0,
Instruction type D1
position.hdop
number
Horizontal dilution of precision
Instruction type D0,
Instruction type D1
position.latitude
number
degrees
Latitude coordinate value
Instruction type D0,
Instruction type D1
position.longitude
number
degrees
Longitude coordinate value
Instruction type D0,
Instruction type D1
position.satellites
number
Quantity of satellites used to calculate coordinates for given position information
Instruction type D0,
Instruction type D1,
Instruction type S5
position.speed
number
km/h
Instant speed at position detection moment
Instruction type S6
position.valid
boolean
Is position information accurate and valid for given timestamp
Instruction type D0,
Instruction type D1
protocol.id
number
ID of protocol
reboot.event
boolean
Device reboot event
Instruction type Q38
remaining.range
number
km
Current remaining range
Instruction type S6
report.reason
number
Transmission reason code
Instruction type C0
rfid.card.type
string
RFID card type
Instruction type C0
rfid.code
string
Hexadecimal code of connected RFID
Instruction type C0
server.timestamp
number
seconds
Timestamp when server received a message
software.version
string
Software version string
Instruction type Q0,
Instruction type U0
speed.mode
number
Current mode of scooter 1:low speed 2:medium speed 3:high speed
Instruction type S6
timestamp
number
seconds
Message timestamp
Instruction type B0,
Instruction type D0,
Instruction type D1,
Instruction type L0,
Instruction type L1,
Instruction type Q38
total.mileage
number
km
Total mileage
Instruction type S6
trip.duration
number
seconds
Trip duration
Instruction type L1
trip.mileage
number
km
Distance driven since engine start
Instruction type S6
unlock.timestamp
number
seconds
Bike unlock instruction received timestamp
Instruction type L1
vehicle.state
string
Vehicle state, such as moving, idling, parked etc
Instruction type S6
vendor.code
string
Vendor identification string code
wifi.mac.address
string
WiFi MAC address
Instruction type D2
wifi.signal.strength
number
WiFi signal strength, RSSI
Instruction type D2
Title
Name
Description
Properties
D1 Positioning tracking commands
d1_ogb1
upload_interval: Upload positioning interval
K0 BLE communication key
k0_ogb1
value: BLE Key
L0 Unlock instruction
l0
user_id: User ID
reset_riding_time: Reset riding time
L3 Electric vehicle switch control
l3
power: Power
L6 Obtain battery info
l6
S1 Restart
s1_ogb1
S4 Electric vehicle setting instructions
s4_ogb1
lock_motor: Lock motor
speed_mode: Speed mode setting
start_mode: Start mode setting
cruise_control: Cruise control setting
low_speed_limit: Low speed mode speed limit value
headlight_switch: Headlight switch
high_speed_limit: High speed mode speed limit value
throttle_response: Throttle response
medium_speed_limit: Medium speed mode speed limit value
S5 Access to Lock Information
s5_ogb1
S6 Obtain electric bike information
s6_ogb1
S7 Lock Function Settings
s7_ogb1
upload_s6: Status for upload scooter info (S6)
sound_alarm: Number of detected movements for sound alarm
command_alarm: Number of detected movements for command alarm
bluetooth_unlock: Bluetooth unlock function
heartbeat_interval: Heartbeat upload interval
s6_upload_interval: E-bike information (S6) upload interval
active_upload_positioning_interval: Active upload positioning interval
S8 bike search instructions
s8
ring_times: Ring times
Title
Name
Description
Properties
Custom command
custom
Send custom command to device. Format for R0 and L0 commands : 0xFFFF*SCOS,OM,{ident},{instruction_type},{payload},# Format for other commands with payload: 0xFFFF*SCOS,OM,{ident},{instruction_type},{payload}# Format for commands with no payload: 0xFFFF*SCOS,OM,{ident},{instruction_type}# Note: The following settings are saved after power down.
payload: Comma separated list of parameters to send as payload
instruction_type: 2 letter instruction type
D0 - Get position instruction
{"instruction_type":"D0"}
I0 - Get the SIM card ICCID number
{"instruction_type":"I0"}
S6 - Obtain scooter information command
{"instruction_type":"S6"}
D1 Upload positioning interval 60 seconds
{"payload":"60","instruction_type":"D1"}
R0 Unlocking/Lock operation request command
{"payload":"0,20,1234","instruction_type":"R0"}
V0 Beep playback commands: 2: Find a scooter alert
{"payload":"2","instruction_type":"V0"}
L0 Unlocking command, e.g. 255 value received as key in R0 command
{"payload":"255,1234","instruction_type":"L0"}
S7 Scooter setting instruction 1 command: headlight switch ON, mode high speed, throttle ignore, taillights flashing shut down
{"payload":"1,3,0,1","instruction_type":"S7"}

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