WebSocket API

O.MG Platform WebSocket API

API Version: v3.0-221025

Please note that this API will change as the firmware is updated. If you end up utilizing the API outside of the official frontend, please let us know so we can better coordinate any changes.

Below is a description of each websocket command for interfacing with the O.MG Firmware. By default, all of this is handled by the JavaScript frontend that is served up when you point your web browser at the IP address of the cable. The JavaScript is our frontend, and it speaks to the websocket that is operated by our backend. However, you can interface directly with the backend's websocket using a python script, another piece of hardware, or anything capable of operating on the same network as the O.MG device.

WebSocket Server Endpoint

ws://${hostname}/d/ws/issue

Features

O.MG Devices use a unified firmware, despite hardware differences between Tiers that offer unique capabilities. Because of this, some commands may not be present on some tiers. If called on an unsupported device, you will likely receive a message stating: " Unrecognized Command". To simplify error handling within your application, we have broken down these capabilities into Feature Flags and Groups to determine which commands exist for your device.

Global

'CFError': 'Filesystem Error',
'CFGet': 'Filesystem Get',
'CFList': 'Filesystem List',
'CI': 'Firmware Version',
'CNGet': 'USB Descriptors Get',
'CNSet': 'USB Descriptors Set',
'CR': 'Reboot',
'CTErase': 'Setting Erase',
'CTError': 'Setting Error',
'CTGet': 'Setting Get',
'CTList': 'Setting List',
'CTSet': 'Setting Set',
'CV': 'System Version',
'CW': 'WiFi Configure',
'CWInfo': 'WiFi Show Config',
'CWStatus': 'WiFi Show Status',
'FE': 'Flash Erase',
'FR': 'Flash Read',
'FW': 'Flash Write',
'FX': 'Flash Write as Hex',
'SVStatus': 'Service Status',

Payload

'CE': 'Payload Execute',
'CEError': 'Payload Error',
'CEStatus': 'Payload Status',
'CJ': 'Mouse Jiggler Enable/Disable',

Debug

'E': 'Echo',

Keylog

'CLDelete': 'Keylog Delete',
'CLRead': 'Keylog Read',
'CLStart': 'Keylog Start',
'CLStatus': 'Keylog Status',
'CLStop': 'Keylog Stop',

HIDX

'CH': 'HIDX Status',
'CHStart': 'HIDX Start',
'CHStop': 'HIDX Stop',
'CHStatus': 'HIDX Status',
'SFErase': 'Sequential File Erase',
'SFInfo': 'Sequential File Info',
'SFRead': 'Sequential File Read',

C2

'C2Config': 'C2 Config',
'C2Status': 'C2 Status',

Stealth

'CD': 'Self Destruct',
'CU': 'USB Enumeration Enable/Disable',

Feature Groups to Tier Mapping

Plug Basic: 	['global', 'syslog', 'debug', 'payload']
Plug Elite: 	['global', 'syslog', 'debug', 'payload', 'c2', 'hidx', 'stealth']
Cable & Adapter Basic: 	['global', 'syslog', 'debug', 'payload', 'stealth']
Cable & Adapter Plus: 	['global', 'syslog', 'debug', 'payload', 'keylog', 'stealth']
Cable & Adapter Elite: 	['global', 'syslog', 'debug', 'payload', 'keylog', 'c2', 'hidx', 'stealth']

Commands

CD: Self Destruct

Description: Perform a Self Destruct on the O.MG Backend.

Request

CD1: Self Destruct (Full)
Completely erase all data and disconnect data lines to make device behave
"broken". You will need to reflash the firmware to recover.

CD2: Self Destruct (Neuter)
Erase all data, but leave data lines connected, so it behaves like a
normal device. You will need to reflash the firmware to recover.

Response

WebSocket will not send a response indicating Self Destruct was completed.

CE: Payload Execute

Description: Execute a Payload on the O.MG Backend.

All commands within Payload Execute must contain the header: "CE200101",
and the footer: "300101" If a Payload must be split between multiple subsequent messages, each header and footer value should be incremented by 1. Example: "200102" & "300102" Messages may optionally use a CRC-16/AUG-CCITT checksum for the entire payload, wrapped within square brackets. Example: CE[D3C0]200101 ... 300101

IF_PRESENT

IF_PRESENT is a GeoFencing command that will check if a certain SSID or
BSSID is visible from the O.MG Device, and if an optional parameter SIGNAL
is sent, is at least a certain RSSi.

IF_PRESENT requires either an SSID or BSSID parameter, but not both.
IF_PRESENT supports an optional SIGNAL parameter, where if used determines
a minimum RSSi Signal Strength to allow continued execution of the
payload. All values are encoded as HEX.

SSID mode uses a command prefix of "24"
BSSID mode uses a command prefix of "25"
IF_PRESENT uses a command header of "0106"
IF_PRESENT uses a command footer of "0307"

IF_PRESENT SSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}${cmdFooter}

IF_PRESENT SSID Example Payload:
IF_PRESENT SSID="someValue"

Output:
24010624736F6D6553534944240307

IF_PRESENT SSID + Signal Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}02${signal}${cmdPrefix}${cmdFooter}

IF_PRESENT SSID Example Payload:
IF_PRESENT SSID="someValue" SIGNAL="50"

Output:
24010624736F6D6553534944240250240307

IF_PRESENT BSSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}${cmdFooter}

IF_PRESENT BSSID Example Payload:
IF_PRESENT BSSID="AA:BB:CC:DD:EE:FF" SIGNAL="50"

Output:
2401062441413A42423A43433A44443A45453A4646240307

IF_PRESENT BSSID + Signal Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}02${signal}${cmdPrefix}${cmdFooter}

IF_PRESENT BSSID Example Payload:
IF_PRESENT BSSID="AA:BB:CC:DD:EE:FF"

Output:
2401062441413A42423A43433A44443A45453A4646240250240307

IF_NOTPRESENT

IF_NOTPRESENT is a GeoFencing command that will check if a certain SSID or
BSSID is not visible from the O.MG Device, and if an optional parameter
SIGNAL is sent, is at least a certain RSSi.

IF_NOTPRESENT requires either an SSID or BSSID parameter, but not both.
IF_NOTPRESENT supports an optional SIGNAL parameter, where if used
determines a minimum RSSi Signal Strength to allow continued execution of
the payload.
All values are encoded as HEX.

SSID mode uses a command prefix of "26"
BSSID mode uses a command prefix of "27"
IF_PRESENT uses a command header of "0106"
IF_PRESENT uses a command footer of "0307"

IF_NOTPRESENT SSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}${cmdFooter}

IF_NOTPRESENT SSID Example Payload:
IF_NOTPRESENT SSID="someValue"

Output:
26010626736F6D6553534944260307

IF_NOTPRESENT SSID + Signal Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}02${signal}${cmdPrefix}${cmdFooter}

IF_NOTPRESENT SSID Example Payload:
IF_NOTPRESENT SSID="someValue" SIGNAL="50"

Output:
26010626736F6D6553534944260250260307

IF_NOTPRESENT BSSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}${cmdFooter}

IF_NOTPRESENT BSSID Example Payload:
IF_NOTPRESENT BSSID="AA:BB:CC:DD:EE:FF"

Output:
260106 2641413A42423A43433A44443A45453A4646 260307

IF_NOTPRESENT BSSID + Signal Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}02${signal}${cmdPrefix}${cmdFooter}

IF_NOTPRESENT BSSID Example Payload:
IF_NOTPRESENT BSSID="AA:BB:CC:DD:EE:FF" SIGNAL="50"

Output:
2601062641413A42423A43433A44443A45453A4646260250260307

WAIT_FOR_PRESENT

WAIT_FOR_PRESENT is a GeoFencing command that will check if a certain SSID
or BSSID is visible from the O.MG Device, and if an optional parameters
MINUTES or INTERVAL is sent determines how long to wait in minutes, and
how often to retry in seconds.

WAIT_FOR_PRESENT requires either an SSID or BSSID parameter, but not both.
WAIT_FOR_PRESENT supports an optional MINUTES parameter, where if used
determines how long to look for the SSID or BSSID. If you wish to run
indefinitely, set value to "00".
WAIT_FOR_PRESENT supports an optional INTERVAL parameter, which if used
determines how often to look for the SSID or BSSID. If you wish to run
continuously, set value to "00".
All values are encoded as HEX.

SSID mode uses a command prefix of "28"
BSSID mode uses a command prefix of "29"
IF_PRESENT uses a command header of "0106"
IF_PRESENT uses a command footer of "0407"

WAIT_FOR_PRESENT SSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}02${minutes}${cmdPrefix}03{interval}${cmdPrefix}${cmdFooter}

WAIT_FOR_PRESENT SSID Example Payload:
WAIT_FOR_PRESENT SSID="someValue"

Output:
28010628736F6D6553534944280200280300280407

WAIT_FOR_PRESENT BSSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}02${minutes}${cmdPrefix}03{interval}${cmdPrefix}${cmdFooter}

WAIT_FOR_PRESENT BSSID Example Payload:
WAIT_FOR_PRESENT BSSID="someValue"

Output:
2901062941413A42423A43433A44443A45453A4646290200290300290407

WAIT_FOR_NOTPRESENT

WAIT_FOR_NOTPRESENT is a GeoFencing command that will check if a certain
SSID or BSSID is not visible from the O.MG Device, and if an optional
parameters MINUTES or INTERVAL is sent determines how long to wait in
minutes, and how often to retry in seconds.

WAIT_FOR_NOTPRESENT requires either an SSID or BSSID parameter, but not
both.
WAIT_FOR_NOTPRESENT supports an optional MINUTES parameter, where if used
determines how long to look for the SSID or BSSID. If you wish to run
indefinitely, set value to "00".
WAIT_FOR_NOTPRESENT supports an optional INTERVAL parameter, which if used
determines how often to look for the SSID or BSSID. If you wish to run
continuously, set value to "00".
All values are encoded as HEX.

SSID mode uses a command prefix of "2A"
BSSID mode uses a command prefix of "2B"
IF_PRESENT uses a command header of "0106"
IF_PRESENT uses a command footer of "0407"

WAIT_FOR_NOTPRESENT SSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${ssid}${cmdPrefix}02${minutes}${cmdPrefix}03{interval}${cmdPrefix}${cmdFooter}

WAIT_FOR_NOTPRESENT SSID Example Payload:
WAIT_FOR_NOTPRESENT SSID="someValue"

Output:
2A010628736F6D65535349442A02002803002A0407

WAIT_FOR_NOTPRESENT BSSID Encoding:
${cmdPrefix}${cmdHeader}${cmdPrefix}${bssid}${cmdPrefix}02${minutes}${cmdPrefix}03{interval}${cmdPrefix}${cmdFooter}

WAIT_FOR_NOTPRESENT BSSID Example Payload:
WAIT_FOR_NOTPRESENT BSSID="someValue"

Output:
2B01062B41413A42423A43433A44443A45453A46462B02002B03002B0407

VID

VID is a USB Device ID Editing command, used to set the USB Device Vendor
ID used by the O.MG Device.

VID is a 4 digit Hex number.

VID Encoding:
0E${VID}

VID Example Payload:
VID 1234

Output:
0E1234

PID

PID is a USB Device ID Editing command, used to set the USB Device Product
ID used by the O.MG Device.

PID is a 4 digit Hex number.

PID Encoding:
0F${PID}

PID Example Payload:
PID 5678

Output:
0F5678

MAN

MAN is a USB Device ID Editing command, used to set the USB Device
Manufacturer Name used by the O.MG Device.

MAN is an ASCII String converted to Hex.

MAN Encoding:
15010615${MAN}150207

MAN Example Payload:
MAN O.MG

Output:
150106154F2E4D47150207

PRO

PRO is a USB Device ID Editing command, used to set the USB Device Product
Name used by the O.MG Device.

PRO is an ASCII String converted to Hex.

PRO Encoding:
16010616${MAN}160207

PRO Example Payload:
PRO Cable

Output:
160106164361626C65160207

SER

SER is a USB Device ID Editing command, used to set the USB Device Serial
Number used by the O.MG Device.

SER is an ASCII String converted to Hex.

SER Encoding:
17010617${SER}170207

SER Example Payload:
SER 123456789

Output:
17010617313233343536373839170207

REBOOT

REBOOT will tell the O.MG Device to perform a soft reboot.
REBOOT Encoding:
180000

REBOOT Example Payload:
REBOOT

Output:
180000

KEYLOGGER

KEYLOGGER will tell the O.MG Device to start the keylogger. It contains
one required parameter: MODE.

MODE allows the user to set HID vs KEY modes, or stop the Keylogger, and
is done by setting the Hex value as follows:
OFF = 00
HID = 01
KEY = 02

KEYLOGGER ON Encoding:
19${mode}00

KEYLOGGER HID ON Example Payload:
KEYLOGGER HID ON

Output:
190100

KEYLOGGER OFF Encoding:
1A${mode}00

KEYLOGGER OFF Example Payload:
KEYLOGGER OFF

Output:
1A0000

USB

USB will tell the O.MG Device to start the USB Interface. It contains one
required parameter: STATUS.

STATUS allows the user to start or stop the USB Interface, and is done by
setting the Hex value as follows:
OFF = 00
ON = 01

USB ON Encoding:
1000${status}

USB ON Example Payload:
USB ON

Output:
100001

USB OFF Encoding:
1000${mode}

USB OFF Example Payload:
USB OFF

Output:
100000

JIGGLER

JIGGLER will tell the O.MG Device to start the Mouse Jiggler. It contains
one required parameter: STATUS.

STATUS allows the user to start or stop the Mouse Jiggler, and is done by
setting the Hex value as follows:
OFF = 00
ON = 01

JIGGLER ON Encoding:
1100${status}

JIGGLER ON Example Payload:
JIGGLER ON

Output:
110001

JIGGLER OFF Encoding:
1100${mode}

JIGGLER OFF Example Payload:
JIGGLER OFF

Output:
110000

STRING

STRING will tell the O.MG Device to type a USB HID Usage ID Encoded
String.

STRING values must be encoded as USB HID Usage IDs, in type Hex.
The character format is 3 HEX Bytes long.
The first byte indicates which device to use. By default, Device ID 01 =
Keyboard.
The second byte indicates if a modifier is used on a key press (CTRL, ALT,
SHIFT, GUI, etc.).
The third byte is the USB HID Usage ID indicating the key position.

Example using EN-US Locale:
010004 = a (keyboard + no modifier + key position 04)
010204 = A (keyboard + left-shift modifier + key position 04)

STRING Encoding:
200101${string}300101

STRING Example Payload:
STRING This is a test.

Output:
01021701000B01000C01001601002C01000C01001601002C01000401002C010017010008010016010017010037

SELF_DESTRUCT

SELF_DESTRUCT will tell the O.MG Device to Self Destruct, erasing all data
and depending on mode either leaving Data Pins connected - allowing for
use as a passive cable - or disconnected - preventing use as a passive
cable. It contains one required parameter: MODE.

MODE determines if Self Destruct should perform a FULL or PARTIAL Self
Destruct.
FULL = 13
PARTIAL = 14

SELF_DESTRUCT FULL Encoding:
130000

SELF_DESTRUCT FULL Example Payload:
SELF_DESTRUCT FULL

Output:
130000

SELF_DESTRUCT PARTIAL Encoding:
140000

SELF_DESTRUCT PARTIAL Example Payload:
SELF_DESTRUCT PARTIAL

Output:
140000

USB_RESET

USB_RESET will tell the O.MG Device to perform a soft reset on the USB
Interface.

USB_RESET Encoding:
1B2700

USB_RESET Example Payload:
USB_RESET

Output:
1B2700

DELAY

DELAY will tell the O.MG Device to pause execution for a certain number of
deciseconds. It contains one required parameter: TIME, and is a HEX value.

DELAY Encoding:
1D${time}

DELAY Example Payload:
DELAY 2000

Output:
1D07D0

MOUSE

MOUSE will tell the O.MG Device to create a Mouse device, which can
Relative MOVE or CLICK. It contains two required parameters: X and Y and
are positive or negative HEX values, within -FF and +FF. It contains one
optional parameter: CLICK, which accepts a Button ID between 1 and 16 in
HEX.

If X or Y are a positive number, cmdPrefix is: 03
If X or Y are a negative number, cmdPrefix is: 04

MOUSE MOVE Encoding:
${cmdPrefix}${x}${y}

CNSet: USB Device IDs Set

Description: Set the USB Device IDs that will be used when USB is on.

Request

CNSet\td3c0\td34d\tO.MG\tO.MG\t999

Response

USB HID Usage Translation Table

en-US Mappings

USB HID Usage ID	Base Layer (No Shift)	Shift Layer
04	a	A
05	b	B
06	c	C
07	d	D
08	e	E
09	f	F
0a	g	G
0b	h	H
0c	i	I
0d	j	J
0e	k	K
0f	l	L
10	m	M
11	n	N
12	o	O
13	p	P
14	q	Q
15	r	R
16	s	S
17	t	T
18	u	U
19	v	V
1a	w	W
1b	x	X
1c	y	Y
1d	z	Z
1e	1	!
1f	2	@
20	3	#
21	4	$
22	5	%
23	6	^
24	7	&
25	8	*
26	9	(
27	0	)
2d	-	_
2e	=	+
2f	[	{
30	]	}
31	\	\|
33	;	:
34	'	"
35	`	~
36	,	<
37	.	>
38	/	?

Modifiers

USB HID Usage ID	Modifier
01	CONTROL
01	CTRL
10	RCONTROL
10	RCTRL
02	SHIFT
20	RSHIFT
04	ALT
04	OPTION
40	RALT
40	ALTGR
40	ROPTION
08	GUI
08	WINDOWS
08	COMMAND
80	RGUI
80	RWINDOWS
80	RCOMMAND

Global Mappings

USB HID Usage ID	Key Name
00	NOKEY
28	ENTER
29	ESC
2a	BACKSPACE
2b	TAB
2c	SPACE
39	CAPSLOCK
3a	F1
3b	F2
3c	F3
3d	F4
3e	F5
3f	F6
40	F7
41	F8
42	F9
43	F10
44	F11
45	F12
46	PRINTSCREEN
47	SCROLLLOCK
48	PAUSE
49	INSERT
4a	HOME
4b	PAGEUP
4c	DELETE
4d	END
4e	PAGEDOWN
4f	RIGHTARROW
50	LEFTARROW
51	DOWNARROW
52	UPARROW
53	NUMLOCK
54	KPAD_SLASH
55	KPAD_ASTERISK
56	KPAD_MINUS
57	KPAD_PLUS
58	KPAD_ENTER
59	KPAD_1
5a	KPAD_2
5b	KPAD_3
5c	KPAD_4
5d	KPAD_5
5e	KPAD_6
5f	KPAD_7
60	KPAD_8
61	KPAD_9
62	KPAD_0
63	KPAD_DOT
64	102ND
65	COMPOSE
66	POWER
67	KPEQUAL
68	F13
69	F14
6a	F15
6b	F16
6c	F17
6d	F18
6e	F19
6f	F20
70	F21
71	F22
72	F23
73	F24
74	OPEN
75	HELP
76	PROPS
77	FRONT
78	STOP
79	AGAIN
7a	UNDO
7b	CUT
7c	COPY
7d	PASTE
7e	FIND
7f	MUTE
80	VOLUMEUP
81	VOLUMEDOWN
82	LOCKING_CAPSLOCK
83	LOCKING_NUMLOCK
84	LOCKING_SCROLLLOCK
85	KPAD_COMMA
86	KPAD_EQUAL
87	RO
88	KATAKANAHIRAGANA
89	YEN
8a	HENKAN
8b	MUHENKAN
8c	KPJPCOMMA
8d	INT7
8e	INT8
8f	INT9
90	HANGEUL
91	HANJA
92	KATAKANA
93	HIRAGANA
94	ZENKAKUHANKAKU
95	LANG6
96	LANG7
97	LANG8
98	LANG9
99	ALTERASE
9a	SYSREQ
9b	CANCEL
9c	CLEAR
9d	PRIOR
9e	RETURN
9f	SEPARATOR
a0	OUT
a1	OPER
a2	CLEAR
a3	CRSEL
a4	EXSEL
b0	KPAD_00
b1	KPAD_000
b2	KPAD_THOUSANDSSEPARATOR
b3	KPAD_DECIMALSEPARATOR
b4	KPAD_CURRENCYUNIT
b5	KPAD_CURRENCYSUBUNIT
b6	KPAD_LEFTPAREN
b7	KPAD_RIGHTPAREN
b8	KPAD_{
b9	KPAD_}
ba	KPAD_Tab
bb	KPAD_Backspace
bc	KPAD_A
bd	KPAD_B
be	KPAD_C
bf	KPAD_D
c0	KPAD_E
c1	KPAD_F
c2	KPAD_XOR
c3	KPAD_^
c4	KPAD_%
c5	KPAD_<
c6	KPAD_>
c7	KPAD_&
c8	KPAD_&&
c9	KPAD_\|
ca	KPAD_\|\|
cb	KPAD_:
cc	KPAD_#
cd	KPAD_Space
ce	KPAD_@
cf	KPAD_!
d0	KPAD_MEMSTORE
d1	KPAD_MEMRECALL
d2	KPAD_MEMCLEAR
d3	KPAD_MEMADD
d4	KPAD_MEMSUB
d5	KPAD_MEMMULT
d6	KPAD_MEMDIV
d7	KPAD_PLUSMINUS
d8	KPAD_CLEAR
d9	KPAD_CLEARENTRY
da	KPAD_BINARY
db	KPAD_OCTAL
dc	KPAD_DECIMAL
dd	KPAD_HEXADECIMAL
e0	LEFTCTRL
e1	LEFTSHIFT
e2	LEFTALT
e3	LEFTMETA
e4	RIGHTCTRL
e5	RIGHTSHIFT
e6	RIGHTALT
e7	RIGHTMETA
e8	MEDIA_PLAYPAUSE
e9	MEDIA_STOPCD
ea	MEDIA_PREVIOUSSONG
eb	MEDIA_NEXTSONG
ec	MEDIA_EJECTCD
ed	MEDIA_VOLUMEUP
ee	MEDIA_VOLUMEDOWN
ef	MEDIA_MUTE
f0	MEDIA_WWW
f1	MEDIA_BACK
f2	MEDIA_FORWARD
f3	MEDIA_STOP
f4	MEDIA_FIND
f5	MEDIA_SCROLLUP
f6	MEDIA_SCROLLDOWN
f7	MEDIA_EDIT
f8	MEDIA_SLEEP
f9	MEDIA_COFFEE
fa	MEDIA_REFRESH
fb	MEDIA_CALC

USB HID Usage ID	Base Layer (No Shift)	Shift Layer
04	a	A
05	b	B
06	c	C
07	d	D
08	e	E
09	f	F
0a	g	G
0b	h	H
0c	i	I
0d	j	J
0e	k	K
0f	l	L
10	m	M
11	n	N
12	o	O
13	p	P
14	q	Q
15	r	R
16	s	S
17	t	T
18	u	U
19	v	V
1a	w	W
1b	x	X
1c	y	Y
1d	z	Z
1e	1	!
1f	2	@
20	3	#
21	4	$
22	5	%
23	6	^
24	7	&
25	8	*
26	9	(
27	0	)
2d	-	_
2e	=	+
2f	[	{
30	]	}
31	\	\|
33	;	:
34	'	"
35	`	~
36	,	<
37	.	>
38	/	?

USB HID Usage ID	Base Layer (No Shift)	Shift Layer
04	a	A
05	b	B
06	c	C
07	d	D
08	e	E
09	f	F
0a	g	G
0b	h	H
0c	i	I
0d	j	J
0e	k	K
0f	l	L
10	m	M
11	n	N
12	o	O
13	p	P
14	q	Q
15	r	R
16	s	S
17	t	T
18	u	U
19	v	V
1a	w	W
1b	x	X
1c	y	Y
1d	z	Z
1e	1	!
1f	2	@
20	3	#
21	4	$
22	5	%
23	6	^
24	7	&
25	8	*
26	9	(
27	0	)
2d	-	_
2e	=	+
2f	[	{
30	]	}
31	\	\|
33	;	:
34	'	"
35	`	~
36	,	<
37	.	>
38	/	?

USB HID Usage ID	Base Layer (No Shift)	Shift Layer
04	a	A
05	b	B
06	c	C
07	d	D
08	e	E
09	f	F
0a	g	G
0b	h	H
0c	i	I
0d	j	J
0e	k	K
0f	l	L
10	m	M
11	n	N
12	o	O
13	p	P
14	q	Q
15	r	R
16	s	S
17	t	T
18	u	U
19	v	V
1a	w	W
1b	x	X
1c	y	Y
1d	z	Z
1e	1	!
1f	2	@
20	3	#
21	4	$
22	5	%
23	6	^
24	7	&
25	8	*
26	9	(
27	0	)
2d	-	_
2e	=	+
2f	[	{
30	]	}
31	\	\|
33	;	:
34	'	"
35	`	~
36	,	<
37	.	>
38	/	?