Autel Dragonfish Properties

Device Properties List

• pushMode：

  • 0：Device pushes data at regular intervals, device reports at 0.5HZ frequency (Topic:thing/product/{device_sn}/osd)
  • 1：Device pushes state data, device reports when state changes（Topic:thing/product/{device_sn}/state）

• accessMode：

  • r：Read-only property
  • rw：Read-write property (Topic:thing/product/{gateway_sn}/property/set)

Column	Name	Type	constraint	Description	accessMode	pushMode
payloads	Payload Status	array	{"size": -, "item_type": struct}		r	1
»payload_index	Payload Index	text		Payload index, format: {type-subtype-gimbalindex}	r	1
»sn	Payload Serial Number (SN)	text			r	1
mode_code	Aircraft Status	enum_int	{"0":"Standby","1":"Takeoff Preparation","2":"Takeoff Ready","3":"Manual Flight","4":"Auto Takeoff","5":"Waypoint Flight","6":"Panoramic Photography","7":"Intelligent Follow","8":"ADS-B Avoidance", "9":"Auto Return","10":"Auto Landing","11":"Forced Landing","12":"Three-Blade Landing","13":"Upgrading","14":"Disconnected","15":"APAS","16":"Virtual Joystick Mode", "17":"Rectangle","18":"Polygon","19":"Oblique Photography","20":"Reserved Field","21":"Precision Reshoot","22":"Time-lapse Photography","23":"Orbit","25":"Spiral","26":"Ultra HD", "27":"Intelligent Transmission Point Mode","28":"Infrared Tracking","29":"Intelligent Mission Strip Flight","30":"Intelligent Mission Polygon Terrain Following","31":"Intelligent Mission Single Object Orbit","32":"Panoramic Intelligent Detection","33":"Security Intelligent Detection", "34":"GPS Escape Mode","35":"Abnormal Mode Status, Currently Only Planner Process Crashed, Will Switch to This Mode","36":"Swarm Formation Mode","37":"Quick Mission", "38":"Modeling Loop Mode","39":"KML Route Mode","105":"Return First Step Brake","106":"Return Second Step Stable Hover","107":"Return Third Step Adjust Heading","108":"Return Fourth Step Adjust Return Altitude to Minimum Safe Altitude","109":"Start Return","110":"Return End","111":"Mission Flight ClimbRotate","112":"Mission Flight Acceleration","113":"Trajectory Following","114":"Fixed Wing Return","115":"Rotorcraft Return","116":"Mission Flight Built-in Return Complete","117":"Emergency Landing","121":"Altitude Recovery","122":"Alternate Landing","123":"Temporary Mission","125":"No GNSS Escape","126":"No GNSS Manual Control","127":"Visual Return","128":"No GNSS Tracking","129":"Visual Assisted Manual Control","130":"No GNSS Guidance","131":"Field Alternate Landing","132":"No GNSS Circling"}		r	0
distance_limit_status	Aircraft Distance Limit Status	struct			rw	0
»state	Distance Limit Enabled	enum_int	{"0":"Not Set","1":"Set"}			0
»distance_limit	Distance Limit	int	{"max":"8000","min":"15","step":"1","unit_name":"meters / m"}			0
»is_near_distance_limit	Near Distance Limit	enum_int	{"0":"Not Near Distance Limit","1":"Near Distance Limit"}		r	0
cameras	Aircraft Camera Information	array	{"size": -, "item_type": struct}		r	0
»[array_item]	Elements in array	struct
»»payload_index	Payload Index	text	68-0-0	Payload index, camera enumeration value. Non-standard device_mode_key, format: {type-subtype-gimbalindex}, refer to product support page	r	0
»»camera_mode	Camera Mode	enum_int	{"0":"Photo","1":"Video"}	Camera mode	r	0
»»zoom_factor	Zoom Factor	float	{"max":160,"min":1}		r	0
»»wide_factor	Wide Angle Zoom Factor	float	{"max":160,"min":1}		r	0
»»night_factor	Night Vision Zoom Factor	float	{"max":160,"min":1}		r	0
»»ir_zoom_factor	IR Zoom Factor	float	{"max":16,"min":1}		r
»»photo_storage_settings	Photo Capabilities	String in array	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }
»»video_storage_settings	Video Capabilities	String in array	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }
»»video_encode_settings	Video Encoding Capabilities	int array	{0：H.264 , 1：H.265}
»»video_format_settings	Video Format Capabilities	int array	{0：MOV, 1：MP4, 2:TIFF}
»»zoom_fov_h	Zoom Horizontal FOV	float	Unit: degrees		r	0
»»zoom_fov_v	Zoom Vertical FOV	float	Unit: degrees		r	0
»»zoom_focal_length	Zoom Focal Length	float	Unit: mm		r	0
»»wide_fov_h	Wide Angle Horizontal FOV	float	Unit: degrees		r	0
»»wide_fov_v	Wide Angle Vertical FOV	float	Unit: degrees		r	0
»»wide_focal_length	Wide Angle Focal Length	float	Unit: mm		r	0
»»ir_fov_h	IR Horizontal FOV	float	Unit: degrees		r	0
»»ir_fov_v	IR Vertical FOV	float	Unit: degrees		r	0
»»ir_focal_length	IR Focal Length	float	Unit: mm		r	0
»»nightvision_fov_h	Night Vision Horizontal FOV	float	Unit: degrees		r	0
»»nightvision_fov_v	Night Vision Vertical FOV	float	Unit: degrees		r	0
»»nightvision_focal_length	Night Vision Focal Length	float	Unit: mm		r	0
horizontal_speed	Horizontal Speed	float	{"unit_name":"meters per second / m/s"}		r	0
vertical_speed	Vertical Speed	float	{"unit_name":"meters per second / m/s"}		r	0
ground_speed	Ground Speed	float	{"unit_name":"meters per second / m/s"}		r	0
air_speed	Air Speed	float	{"unit_name":"meters per second / m/s"}		r	0
longitude	Current Position Longitude	float			r	0
latitude	Current Position Latitude	float			r	0
height	Absolute Height	float		Height relative to Earth ellipsoid, calculated as: height relative to takeoff point + ellipsoid height of takeoff point	r	0
elevation	Height Relative to Takeoff Point	float			r	0
attitude_pitch	Pitch Angle	float			r	0
attitude_roll	Roll Angle	float			r	0
attitude_head	Yaw Angle	int		Yaw angle relative to true north (meridian), positive values from 0 to 6 o'clock direction, negative values from 6 to 12 o'clock direction	r	0
home_distance	Distance from Home Point	float			r	0
wind_speed	Wind Speed	float	{"unit_name":"0.1 meters per second / m/s"}	Wind speed estimation, derived from aircraft attitude, has certain errors, for reference only, cannot be used as meteorological data	r	0
wind_speed_valid	Wind Speed Validity	int	{0:Invalid, 1:Valid}		r	0
wind_direction	Current Wind Direction	enum_int	{"1":"North","2":"Northeast","3":"East","4":"Southeast","5":"South","6":"Southwest","7":"West","8":"Northwest"}		r	0
wind_direction_valid	Wind Direction Validity	int	{0:Invalid, 1:Valid}		r	0
battery	Aircraft Battery Information	struct			r	0
»capacity_percent	Total Battery Remaining Capacity	int	{"max":100,"min":0}		r	0
»remain_flight_time	Remaining Flight Time	int	Unit: seconds		r	0
»self_discharge_time	Self-Discharge Time	int	{"unit_name":"days / day"}	Unified self-discharge time setting for the whole battery pack	rw	0
»batteries	Multiple Battery List	array			r	0
»»sn	SN	text			r	0
»»capacity_percent	batteryPercentage	int	{"max":100,"min":0}		r	0
»»temperature	temperature	float	{"unit_name":"celsius / °C"}		r	0
»»voltage	voltage	float	{"unit_name":"millivolt / mV"}		r	0
»»loop_times	Battery Cycle Count	int	Battery discharge count		r	0
»»cell_vol	Cell Voltage	array_int	{"unit_name":"millivolt / mV"}	List of voltages for each cell in a single battery pack	r	0
»»version	Version	string			r	0
position_state	Satellite Search Status	struct			r	0
»coordinate_sys	RTK Coordinate System	Int	{0: WGS84, 1: RTK Mobile Station}		r	0
»fix_sta	Fix Status	Int	{0: Not Fixed, 1: Fixed}
»is_fixed	Convergence Status	enum_int	{"0":"Not Started","1":"Converging","2":"Converged Successfully","3":"Convergence Failed"}		r	0
»quality	Satellite Quality Level	enum_int	{"1":"Level 1","2":"Level 2","3":"Level 3","4":"Level 4","5":"Level 5"}		r	0
»rtk_inpos	RTK Module Position Status	int	{0:Not in position, 1:In position}		r	0
»rtk_used	RTK Positioning Usage	Int	{0:Not in use, 1:In use}		r	0
»rtk_hgt	RTK Height	Double			r	0
»rtk_lat	RTK Latitude	Double			r	0
»rtk_lon	RTK Longitude	Double			r	0
»gps_number	GPS Satellite Count	int			r	0
»rtk_number	RTK Satellite Count	int			r	0
{type-subtype-gimbalindex}	Payload Index	struct		{{type-subtype-gimbalindex}_cBGPzxWKRQ}	r	0
»gimbal_pitch	Gimbal Pitch Angle	double	{"max":"180","min":"-180","step":0.1,"unit_name":"degrees / °"}		r	0
»gimbal_roll	Gimbal Roll Angle	double	{"max":"180","min":"-180","step":0.1,"unit_name":"degrees / °"}		r	0
»gimbal_yaw	Gimbal Yaw Angle	double	{"max":"180","min":"-180","step":0.1,"unit_name":"degrees / °"}		r	0
»payload_index	Payload index, format: {type-subtype-gimbalindex}	text			r	1
»zoom_factor	Zoom Factor	double			r	0
»thermal_current_palette_style	Thermal Palette Style	enum_int	{0:White hot, 1:Cold hot, 2:Rainbow, 3:Enhanced rainbow,4:Iron red,5:Lava,6:Aurora,7:Scorching, 8:Gradient,9:Thermal detection, (GaoDe IR)30:White hot,31:Black hot,32:Rainbow1,33:Rainbow2,34:Iron red,35:Lava,36:Arctic,38:Medical,39:Red tracing}	IR camera provides multiple color styles, users can choose different colors according to different scenarios for clearer target viewing	rw	0
»thermal_supported_palette_styles	Device Supported Palette Styles	array	{"item":{"specs":{0:White hot, 1:Cold hot, 2:Rainbow, 3:Enhanced rainbow,4:Iron red,5:Lava,6:Aurora,7:Scorching, 8:Gradient,9:Thermal detection, (GaoDe IR)30:White hot,31:Black hot,32:Rainbow1,33:Rainbow2,34:Iron red,35:Lava,36:Arctic,38:Medical,39:Red tracing},"type":"enum_int"}}	Different devices support different style capabilities	r	0
»object_distance_support_list	Device Supported MF Capabilities	array struct			r	0
»»lens_type	Lens Type	enum_int	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }		r	0
»»min_value	Minimum Value	int			r	0
»»max_value	Maximum Value	int			r	0
»»step	Step	int			r	0
»iso_support_list	Device Supported ISO Capabilities	array struct			r	0
»»lens_type	Lens Type	enum_int	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }		r	0
»»iso_values	Device Supported ISO Values	int_array			r	0
»shutter_speed_support_list	Device Supported Shutter Speed Capabilities	array struct			r	0
»»lens_type	Lens Type	enum_int	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }		r	0
»»shutter_speed_values	Speed Values	struct			r	0
»»»numerator	Numerator	int			r	0
»»»denominator	Denominator	int			r	0
»white_balance_support_list	Device Supported White Balance Capabilities	array struct			r	0
»»lens_type	Lens Type	enum_int	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }		r	0
»»min_value	Minimum Value	int			r	0
»»max_value	Maximum Value	int			r	0
»»step	Step	int			r	0
»thermal_image_setting	Image Settings	struct			r	0
»»thermal_image_enhance	Image Enhancement	struct			rw	0
»»»enable	Image Enhancement Switch	enum_int	0:Off 1:On		r	0
»»»value	Image Enhancement Value	int	{"max":"1","min":"10"}		r	0
»»thermal_image_mode	Image Mode	struct			rw	0
»»»mode	Image Mode	enum_int	0:Auto 1:Manual		r	0
»»»brightness	Brightness	int	{"max":"80","min":"170"}	Camera capability set value range	r	0
»»»contrast	Contrast	int	{"max":"5","min":"50"}		r	0
»thermal_photo_setting	Photo Settings	struct			rw	0
»»format	Format	enum_int	Optional values: 0:JPG		r	0
»»size	Size	string	Optional values: "640x512"	Camera capability set frame rate range	r	0
»thermal_video_setting	Video Settings	struct			rw	0
»»frame_rate	Frame Rate	int	Optional values: 25		r	0
»»resolution	Resolution	string	Optional values: "640x512"		r	0
»thermal_thermometry	Temperature Measurement Settings	struct			rw	0
»»emissivity	Emissivity %	int	Percentage value 2%->2 ,{"max":"1","min":"100"}		r	0
»»thermal_isotherm	Isotherm Settings	struct			r	0
»»»type	Isotherm Type	enum_int	0:Off 1:Search person 2:Search fire 3:Custom		r	0
»»»high	High Temperature Value	int	{"max":"0","min":"400"}		r	0
»»»low	Low Temperature Value	int	{"max":"0","min":"400"}		r	0
activation_time	Aircraft Activation Time (Unix Timestamp)	int	{"unit_name":"seconds / s"}		r	0
night_lights_state	Aircraft Night Light Status	enum_int	{"0":"Off","1":"On"}		rw	0
height_limit	Aircraft Height Limit	int	{"max":"1500","min":"20","step":"1","unit_name":"meters / m"}		rw	0
is_near_height_limit	Near Height Limit	enum_int	{"0":"Not reached set height limit","1":"Approaching set height limit"}		r	0
is_near_area_limit	Near No-Fly Zone	enum_int	{"0":"Not reached no-fly zone","1":"Approaching no-fly zone"}		r	0
obstacle_avoidance	Aircraft Obstacle Avoidance Status	struct			rw	0
»horizon	Horizontal Obstacle Avoidance Status	enum_int	{"0":"Off","1":"On"}	Note: Currently UAVs have unified obstacle avoidance, no distinction		0
»upside	Upward Obstacle Avoidance Status	enum_int	{"0":"Off","1":"On"}	Note: Currently UAVs have unified obstacle avoidance, no distinction		0
»downside	Downward Obstacle Avoidance Status	enum_int	{"0":"Off","1":"On"}	Note: Currently UAVs have unified obstacle avoidance, no distinction		0
obstacle_info	Current Obstacle Information	struct		Fixed-wing obstacle avoidance information	r
»timestamp	Timestamp	long	Unit: microseconds
»distance_list	Distance to Obstacles	array_int	Unit: decimeters. Respectively corresponding to directions: 1:Forward; 2:Downward
»source_list	Obstacle Information Source	array_int	Respectively corresponding to obstacle distances. 1:Radar; 2:Terrain data; 3:Vision
»maneuver	Avoidance Maneuver	enum_int	0:No avoidance action; 1:Climb avoidance; 2:Decelerate climb; 3:Emergency spiral climb; 4:Decelerate avoidance
total_flight_time	Total Flight Time	Int	Unit: seconds		r	0
submodule_time_used	Submodule Flight Time	array			r	0
»submodule	Submodule Name	enum_int	{ 1:Left wing 2:Right wing 3:Tail wing}		r	0
»time_used	Time Used	Int	Unit: seconds		r	0
total_armed_time	Current Armed Total Flight Time	Int	Unit: seconds		r	0
total_armed_distance	Current Armed Total Flight Distance	Int	Unit: m		r	0
fly_turns	Flight Sorties	Int			r	0
fly_state	Flight Status	int	0:Aircraft on ground 1:Aircraft in air		r	0
alarm_status	Alarm Status	Int	{0:No alarm 1:Has alarm}			0
pos_type	RTK Status	Int	{0:No solution, 1:Position specified by FIX POSITION command, 2:Not supported 8:Doppler information export,16:Single point positioning 17:Pseudorange differential solution 18:SBAS positioning 32:L1 float solution 33:Ionosphere-free float solution 34:Narrow lane float solution 48:L1 fixed solution 49:Wide lane fixed solution 50:Narrow lane fixed solution 52:Pure inertial navigation positioning solution 53:Inertial navigation and single point combination solution 54:Inertial navigation and pseudorange differential positioning combination solution 55:Inertial navigation and carrier phase differential float solution combination solution 56:Inertial navigation and carrier phase differential fixed solution combination solution}			0
wireless_link	Link Status	struct			r	0
»fourth_generation_uavQuality	4G Signal Strength	Int			r	0
payload_Index	Gimbal Payload	struct			r	0
»gimbal_pitch	Gimbal Pitch Angle	double				0
»gimbal_roll	Gimbal Roll Angle	double				0
»gimbal_yaw	Gimbal Yaw Angle	double				0
»payload_index	Payload ID	text				0
»zoom_factor	Zoom Factor	Int				0
lte_card_is_detected	SIM Card Detected	int	{0:No card inserted, 1:Card inserted}
lte_signal	4G Signal	int	{0,100}
lte_status	4G Card Status	int	{0:LTE module not supported,1:Off state 2:Not connected state 3:Connected, but network unreachable, 4:Connected}
remote_id_status	Remote ID Working Status	int	{0:Off 1:On 2:Self-check abnormal}
control_source	Current Control Source	text
commander_mode_lost_action	Point Flight Lost Control Action	enum_int	{"0":"Continue executing point flight task","1":"Exit point flight task, execute normal lost control behavior"}
camera_settings	General Camera Settings	struct			rw	0
»camera_lens_type	Camera Lens Type	String in array	{“zoom”:Zoom, “wide”:Wide Angle, “ir”:Infrared,“NightVision”: Night Vision }		rw	0
»video_encode_type	Video Encoding Type	enum_int	0:H.264 , 1:H.265		rw	0
»video_format_type	Video Format Type	enum_int	0:mov , 1:mp4, 2:TIFF		rw	0
»vedio_subtitle_enable	Video Subtitle Switch	int	{0:Off,1:On}		rw	0
defog_enable	Defog Switch	enum_int	{0:Off , 1:Weak level on , 2:Medium level on , 3:Strong level on}		rw	0
camera_exposure	Camera Brightness Percentage	int	Value range 0~100		rw	0
camera_ultra_pixel_enable	Ultra Light Sensitivity Switch	int	{0:Off,1:On}		rw	0
camera_focus_mode	AF/MF Mode	int	{1:Auto,2:Manual}		rw	0
camera_object_distance	Current Object Distance	int		Can use capability set corresponding lens value range settings in MF mode	rw	0
camera_iso_mode	ISO Mode	int	{0:Auto,1:Manual}		rw	0
camera_image_iso	Current ISO Value	int		Can use capability set corresponding lens value range settings in manual mode	rw	0
camera_shutter_mode	Shutter Mode	int	{0:Auto,1:Manual}		rw	0
camera_shutter_speed	Shutter Speed	struct	Value consists of numerator and denominator, individual setting is invalid	Can use capability set corresponding lens value range settings in manual mode	rw	0
»numerator	Numerator	int		Numerator component of shutter speed fraction	rw	0
»denominator	Denominator	int		Denominator component of shutter speed fraction	rw	0
camera_white_balance	White Balance Mode	int	{0:Auto,1:Daylight,2:Cloudy,3:Incandescent,4:Fluorescent,5:Custom}		rw	0
camera_white_balance_color_temp	White Balance Color Temperature	int		When mode is custom, can use capability set corresponding lens value range settings.	rw	0
sdcard_storage	TF Card Storage	struct
»storage_type	Storage Type	int	0:SD card,1:Flash memory
»used	Storage Capacity	struct		kb	r	0
»total	Total Capacity	int			r	0
»current_used	Current Storage Location	int	0: No 1: Yes		r	0
storage	Onboard Storage	struct			r	0
»storage_type	Storage Type	int	0:SD card,1:Flash memory		r	0
»used	Storage Capacity	struct		kb	r	0
»total	Total Capacity	int			r	0
»current_used	Current Storage Location	int	0: No 1: Yes		r	0
track_type	Tracking Type	int	1: Simple tracking, 2: Synchronous tracking, 3: Circular tracking, 4: Figure-8 tracking		r	0
track_radius	Tracking Radius	int		Unit: meters	rw	0
surround_orientation	Surround Direction	int	0: Auto, -1: Clockwise, 1: Counterclockwise		rw	0
reference_point_distance	Reference Point Distance	int		Unit: meters	rw	0
track_angle_type	Angle Type	int	1: Absolute angle, 2: Relative angle		rw	0
reference_point_angle	Reference Point Absolute Angle	int	min:-180 max:180		rw	0
temp_poi_enable	POI Task Status	int	0:Not Executed,1:Executing		r	0
flight_state	Wing State	enum_int	-1:unknow,0:groud,1:rotor_state,2:rotor_to_fixd_state,3:fixd_to_rotor_state,4:fixd_wing_state	4 is fixed-wing state, others are non-fixed-wing	r	0
min_radius	Minimum Turn Radius	int	{"unit_name":"meters / m"}	Minimum turn radius during fixed-wing flight	rw	0
security_height	Safety Height	int		Unit: meters	rw	1
serious_low_battery_warning_threshold	Serious Low Battery Warning	int		User-set battery serious low battery warning percentage	rw	1
low_battery_warning_threshold	Low Battery Setting	int		User-set battery low battery return percentage	rw	1
low_battery_warning_enable	Smart Low Battery Return Switch	int	0:Off 1:On	User setting for enabling smart low battery return	rw	1
adsb_report	ADS-B Report Data	struct			r	0
»icao_address	ICAO Address	int			r	0
»callsign	Callsign	String			r	0
»latitude	Latitude	Double			r	0
»longitude	Longitude	Double			r	0
»altitude	Altitude	Double			r	0
»heading	Heading	Double			r	0
»hor_velocity	Horizontal Velocity	Double			r	0
»ver_velocity	Vertical Velocity	Double			r	0
»altitude_type	Altitude Type	enum_int	0:Barometric source reported altitude 1:Geometric altitude		r	0
»emitter_type	Emitter Type	enum_int	0:No information,1:Light aircraft,2:Small aircraft,3:Large aircraft,4:High vortex large aircraft,5:Heavy aircraft,6:Highly maneuverable aircraft,7:Rotorcraft,8:Unassigned,9:Glider,10:Light airship,11:Parachute,12:Ultralight aircraft,13:Unassigned,14:UAV,15:Spacecraft,16:Unassigned,17:Emergency surface vehicle,18:Service surface vehicle,19:Point obstacle		r	0
»tslc					r	0
»flags	Flags	enum_int	0:Invalid,1:Valid coordinates,2:Valid altitude,4:Valid heading,8:Valid velocity,16:Valid callsign,32:Valid transponder code,64:Simulated data,128:Valid vertical velocity,256:Barometric altitude valid,32768:Source is UAT		r	0
»flags_value	Flags (Fixed-wing)	enum_int	& 0x03 < 3:Bitwise AND with hexadecimal 0x03, keep the lowest 2 bits, then check if the result is less than 3, less than 3 is invalid, otherwise valid		r	0
»squawk					r	0
takeoff_landing_status	Dragon Fish Takeoff/Landing Status	enum_string	{"taking_off":"Taking Off","landing":"Landing","other":"Other",}		r	0
lidar_project_status	LiDAR Project Status	enum_int	{"0":"Off","1":"On"}	LiDAR-specific field	r	0

Payload Report

Topic: thing/product/{device_sn}/state

Direction: up

Direction: Upstream (Device -> Cloud)

Data:

Column	Name	Type	Remarks
payload_list	Payload List	array
»payload_id	Payload ID	int
»payload_type	Payload Type	int
»is_online	Online Status	int
»last_active_time	Last Active Time	Long
»payload_position	Payload Position	int
»psdklib_version	PSDK Version	String
»payload_version	Payload Version	String

Example:

{
	"bid": "6b3665e1-be0f-4c7c-86ee-e387edd668e7",
	"data":{
		"payloads": [{
			"last_active_time": 315535819380,
			"payload_id": 10001,
			"payload_index": "10306-0-0",
			"payload_position": 2,
			"payload_version": "",
			"psdklib_version": "",
			"is_online": 1
		}]
	},
	"gateway": "TH7923350808",
	"tid": "c441054b-88f7-4d88-ae66-2732f803310c",
	"timestamp": 1724054078099
}