Wifi Manager

Overview

Wi-Fi Manager (Wi-Fi) administers the wireless LAN settings and network profiles for a device, including the settings required for connecting to networks.

IMPORTANT: For Zebra Professional-series devices, the following Wi-Fi parameters and/or options might require purchase of a Mobility DNA Enterprise License:

• 2.4GHzChannels
• 5.0GHzChannels
• 802.11v
• Authentication (LEAP option)
• Authentication (EAP-FAST-GTC option)
• AutoTimeConfig
• BandPreference
• CallAdmissionControl
• CCKM_Config
• EnableRestrictedSettingsUI
• Gratuitous_ARP
• Hotspot
• Hotspot24GHz
• Hotspot5GHz
• PasswordClearPEAPGTC
• PasswordEncryptedPEAPGTC
• PasswordProtectEncryption
• SubNetRoam
• UseHotspotOptions
• WMM-PS (PowerSave Option 4)

About MDNA licensing

Main Functionality

• Enable/Disable:
  • 2g channel bonding
  • 802.11ac protocol
  • 802.11n protocol
  • All Wi-Fi communication
  • Aggregated MAC Protocol Data Unit (AMPDU)
  • An existing Wi-Fi network
  • Advanced Logging
  • AggregatedFT
  • Auto RF Band selection
  • Automatic Wi-Fi wake-up
  • Call admission control
  • Cisco Centralized Key Management (CCKM)
  • Coverage Hole Detection
  • Fast Transition (FT)
  • Fast Transition Resource Request (FTRIC)
  • Fine Timing Measurement (for indoor locationing)
  • FIPS Compliance
  • FTOverTheDS
  • Fusion Advanced Logging
  • Gratuitous ARP
  • Hotspot mode
  • Hyper Fast Secure Roam (HF SR)
  • MAC randomization
  • Management Frame Protection Mode (802.11w)
  • Neighbor Roaming (802.11k "Lite")
  • OKC (Opportunistic Key Caching)
  • OmniTrail Device-Location Services and Options (see device support notes)
  • Password Protect Encryption
  • PMKID Caching
  • PreAuth
  • Radio Resource Measurement (802.11k)
  • Restricted WLAN Settings UI
  • ScanAssist
  • Setting the Clock from an Access Point (AP)
  • Sub-Net Roam
  • Verbose Wi-Fi logging
  • WANCountry
• Set Hotspot:
  • AP Channel, Band, SSID and Options
  • Security Modes, Passphrase and Passphrase Encryption
• Set Wi-Fi to Sleep: Never, Always or Always When Plugged In
• Use/Do Not Use Network Notifications
• Select Country automatically or manually
• Set the RF Band
• Set WLAN Power Savings Mode to: Always Active, WMM-PS, Null Data or PS-POLL (DEPRECATED)
• Set the band preference
• Select FTM Standard or Enhanced Infrastructure settings
• Connect to/Disconnect from a Wi-Fi network
• Disable all existing Wi-Fi networks
• Remove all existing Wi-Fi networks
• Encrypt Passwords in transit
• Encrypt Passwords stored on the device
• Enforce/eliminate password requirement on PEAP GTC networks

Target OS

Used to enter the operating system of the target device.

Parm Name: TargetOS

Wi-Fi Enable/Disable

This is the On-Off switch for the Wi-Fi radio. Note: Wi-Fi must be enabled to change most of the Wi-Fi settings described in this document. Attempting to change such settings while the Wi-Fi radio is disabled will return an error in the Result XML. Zebra recommends beginning any profile created to change Wi-Fi settings with a command to Enable the Wi-Fi radio.

CAUTION: Some Wi-Fi parameters vary from conventions used by other CSPs:

• The "Enable" and "Disable" settings in the Wi-Fi CSP control whether a user or administrator can "turn on" and "turn off" a feature or capability, or to set its state as "active" or "inactive." Such terms in other CSPs refer to the feature's "Usage" setting, which can prevent access to the feature entirely.
• The value "0" is used in Wi-Fi parameters to "Disable" a feature, select its default setting or "make no change" or "do nothing" to a setting. In most other CSPs, the "0" value is used to select the "make no change" option.

Parm Name: WiFiAction

Wi-Fi Sleep Policy

Used to select the state of the Wi-Fi radio when the device enters sleep mode. When Wi-Fi remains enabled during sleep, existing Wi-Fi connections are maintained as during normal operations. While preferrable for some situations, this mode can significantly reduce battery life.

Android devices by default enter sleep mode after being idle for a specified period of time. While in this mode, apps run in a lower-power state.

Note: This parameter cannot be configured in devices running Android 8.x and higher; Oreo locks the Wi-Fi radio into the "AlwaysOn" setting.

Parm Name: WifiSleepPolicy

Networks 'Available' Notification

Controls whether to display user notifications when unknown, open networks such as those offered by public Wi-Fi come into range of the device. If enabled, the user is presented with the opportunity to connect with such networks. This might be desireable for personal or dual-use devices, but could introduce vulnerabilities when connecting to non-secure or otherwise unknown networks. Zebra recommends disabling Network Notification on devices intended for use only on corporate Wi-Fi networks.

Parm Name: NetworkNotification

Verbose Logging Enable/Disable

This is the On/Off switch for Wi-Fi Verbose logging, which records more detail than the standard logging mode. Verbose logging is sometimes helpful for troubleshooting. Caution: Can cause performance delays.

Parm Name: WifiVerbose

Wakeup Wi-Fi Enable/Disable

This is the On/Off switch for Wi-Fi automatic wake-up, which enables Wi-Fi to automatically connect when a previously connected network is detected. This feature can be used to help conserve battery power by enabling Wi-Fi only when known networks are in range.

Parm Name: WifiWakeup

Country Selection Auto/Manual (checkbox)

Control the country-selection preference for network usage and Wi-Fi regulatory setting by the device. Check the box to select the country manually from the drop-down menu; leave the box unchecked to allow the network router or Wi-Fi access point to select the country using the 802.11d protocol.

Parm Name: UseRegulatory

Country

Used to select country-specific Wi-Fi regulatory settings. Choosing "AUTO" enables selection through 802.11d, which configures the device to listen for a country-specific beacon. Using the AUTO setting, the device will not transmit unless it can successfully detect the country and use a frequency that is consistent with the country's Wi-Fi infrastructure. This setting is the least likely to violate country-specific regulations. Countries that do not support the 802.11d infrastructure must be selected manually.

Shown if: The "Configure Country (Auto/Manual)" box is unchecked

Parm Name: Country

RF Band Selection

Used to select which RF band(s) the device uses for 802.11 communications. This parameter is usually set automatically through negotiation with the Wi-Fi infrastructure. However, it might sometimes be desirable to limit Wi-Fi communications to certain bands, leaving other bands free for other purposes.

Parm Name: BandSelection

Set 2.4GHz Channels

Used to designate channels in the 2.4GHz band for use by the device. While channels used in this band are generally determined automatically through negotiation with the Wi-Fi infrastructure, channels or sets of channels also may be specified manually to avoid interference with other devices or to dedicate certain channels to specific purposes. Warning: Not all channels are available in all countries. See the List of WLAN Channels for more information.

Parm value input rules:

• String from 0–64 characters containing a set of valid channels
• Multiple values must be separated by commas (i.e. "1,6,11,14")
• Also accepts ranges when specified with a hyphen (-) (i.e. "1,7-10")

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The selected RF Band is "2.4GHz" or "Auto"

Parm Name: 2.4GHzChannels

Requires:

• MX: 4.2+

Set 5.0GHz Channels

Used to designate channels in the 5GHz band for use by the device. While channels used in this band are generally determined automatically through negotiation with the Wi-Fi infrastructure, channels or sets of channels also can be specified manually to avoid interference with other devices or to dedicate certain channels for specific purposes. Warning: Not all channels are available in all countries. See the List of WLAN Channels for more information.

Parm value input rules:

• String from 0–64 characters containing a set of valid channels
• Multiple values must be separated by commas (i.e. "36,40,48...")
• Also accepts ranges when specified with a hyphen (-) (i.e. "36-60")

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The selected RF Band is "5.0GHz" or "Auto"

Parm Name: 5.0GHzChannels

Requires:

• MX: 4.2+

Use Diagnostic Options (checkbox)

Controls whether Diagnostic Options is used on the device. Generally used only at the direction of Zebra support staff; impacts device performance and behavior. Used to collect additional information for troubleshooting. When checked, Fusion Advanced Logging can also be enabled.

Parm Name: UseDiagnosticOptions

Fusion Advanced Logging (checkbox)

Controls whether Fusion Advanced Logging is used on the device. Available only when Advanced Wi-Fi Options are enabled.

This option is generally used only at the direction of Zebra support staff.

Shown if: The "Use Diagnostic Options" box is checked

Parm Name: FusionAdvancedLogging

Use Advanced Options (checkbox)

Controls Wi-Fi Advanced Options, which should be used only under the guidance of Zebra Support. Do not use these features unless told to do so by qualified personnel; altering advanced options can result in undesirable device behavior.

Requirements

• PMKID must be turned on to enable PreAuth (PreAuth =1 and PMKID =1)
• FT must be turned on to enable FTRIC (FT=1 and FTRIC =1)
• OKC must be turned off (OKC =0 and PMKID =1) to use PMKID caching

IMPORTANT WARNINGS:
Wi-Fi Advanced Options should be used only under the guidance of Zebra Support. Do not use these features unless told to do so by qualified personnel; altering advanced settings can result in undesirable behavior.

Zebra recommends using Advanced Options only on devices with MX 8.3 or higher. Use with prior MX versions can result in unpredictable behavior.

Parm Name: UseAdvancedOptions

Auto Time (checkbox)

Used to enable/disable AutoTimeConfig feature, a Zebra-specific feature that updates the device timestamp based on Zebra IE in the 802.11 beacon. Not supported on TC70 QC GA1/GA2 running Android KitKat.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: AutoTimeConfig

Requires:

• MX: 4.2+

Auto-time Enable/Disable

This is the On/Off switch for AutoTimeConfig feature, a Zebra-specific feature that updates the device timestamp based on Zebra IE in the 802.11 beacon.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: AutoTimeConfiguration

HFSR (checkbox)

Used to enable/disable Hyper Fast Secure Roam (HFSR), Zebra's fast roam algorithm. Not supported on TC70 QC GA1/GA2, TC75 GA and TC55 GA devices running Android KitKat.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA and TC55 GA devices running Android KitKat.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: HFSR

Requires:

• MX: 4.2+

HFSR Enable/Disable

This is the On/Off switch for Hyper Fast Secure Roam (HFSR), Zebra's fast roam algorithm.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA and TC55 GA devices running Android KitKat.

Parm Name: HFSR_Config

CCKM

Used to enable/disable Cisco Centralized Key Management (CCKM), a form of fast roaming and a subset of the Cisco Compatible Extensions (CCX) spec.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: CCKM

Requires:

• MX: 4.2+

CCKM Config Enable/Disable

This is the On/Off switch for configuring Cisco Centralized Key Management (CCKM), a form of fast roaming and a subset of the Cisco Compatible Extensions (CCX) spec.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: CCKM_Config

Fast Transition (checkbox)

Controls the Fast Transition roam algorithm (802.11r), which improves on IEEE 802.11r Over-the-DS fast roaming. When used in conjunction with Zebra wireless LAN infrastructure, the device will achieve more reliable and consistent fast roaming. Enabled by default.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Not supported on TC70 QC GA1 devices running Android KitKat.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: FT

Requires:

• MX: 4.2+

Fast Transition Enable/Disable

This is the On/Off switch for the Fast Transition roam algorithm (802.11r), which improves on IEEE 802.11r Over-the-DS fast roaming.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Not supported on TC70 QC GA1 devices running Android KitKat.

Parm Name: FT_Config

FTRIC (checkbox)

Used to enables/disable the Fast Transition Resource Request (802.11r). Not supported on TC70 QC GA1/GA2, TC75 GA or TC55 GA devices running Android KitKat.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA or TC55 GA devices running Android KitKat.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: FTRIC

Requires:

• MX: 4.2+

FTRIC Enable/Disable

This is the On/Off switch for Fast Transition Resource Request (802.11r).

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: FTRIC_Config

OKC (checkbox)

Used to enable/disable Opportunistic Key Caching (OKC), which can be used along with Pairwise Master Keys (PMKs) to help reduce authentication time when roaming to multiple access points. See PMKID.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: OKC

Requires:

• MX: 4.2+

OKC Enable/Disable

This is the On/Off switch for Opportunistic Key Caching (OKC), which can be used to help reduce authentication time.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: OKC_Config

PMKID (checkbox)

Used to enable/disable Pairwise Master Key ID (PMKID) caching. A PMK is defined in the 802.11i specification as a key resulting from successful authentication between a wireless device and an access point.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: PMKID

Requires:

• MX: 4.2+

PMKID Enable/Disable

This is the On/Off switch for Pairwise Master Key ID (PMKID) caching.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: PMKID_Config

PreAuth (checkbox)

Used to enable/disable 802.1x Pre-Authentication.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Not supported on TC70 QC GA1/GA2 or TC75 GA devices running Android KitKat.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: PreAuth

Requires:

• MX: 4.2+

PreAuth Enable/Disable

This is the On/Off switch for pre-authentication on the device, which can be used to help enable faster roaming.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Not supported on TC70 QC GA1/GA2 or TC75 GA devices running Android KitKat.

Parm Name: PreAuth_Config

Power Save Mode

Used to configure the Power Save Mode from the settings table below. The default "Fast Power Save" value must be used for the "Power Save" parameter; the "Do not change" value will result in failure.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: PowerSave

WLAN Power Save Mode (DEPRECATED)

Used to select the Power Save Mode for the WLAN radio.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: DEPRECATED; this feature will be removed from a future release.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: WLANPowerSave

Advanced Logging (checkbox)

Used to start or stop advanced Wi-Fi logging.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: AdvancedLogging

Requires:

• MX: 4.2+

Advanced Logging Enable/Disable

This is the On/Off switch for logging WLAN module events, which is sometimes helpful for troubleshooting. Logs from all Wi-Fi modules are stored in the /fusionlogs folder on the device. Caution: Logging might cause performance delays.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: AdvancedLogging_Config

FIPS (checkbox)

Used to enable/disable Federal Information Processing Standards (FIPS), a cryptographic data security specification developed by the U.S. government for protecting data in motion across a wireless LAN. Zebra complies with FIPS 140-2, level 1.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Supported only on MPA3-platform devices.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: FIPS

Requires:

• MX: 4.2+

FIPS Enable/Disable

Used to enable/disable Federal Information Processing Standards (FIPS), a cryptographic data security specification developed by the U.S. government for protecting data in motion across a wireless LAN. Zebra complies with FIPS 140-2, level 1.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Supported only on MPA3-platform devices.

Parm Name: FIPS_Config

Enable Restricted Settings UI

Used to enable/disable read-only mode for Wi-Fi settings according to the values in the table below. Not supported on TC70 QC GA1/GA2 running Android KitKat.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: EnableRestrictedSettingsUI

802.11k Options (checkbox)

Used to enable/disable Radio Resource Management, which measures transmit power, data rates and other wireless characteristics in an effort to optimize communication efficiency. Not supported on TC70 QC GA1/GA2 running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: 802.11K

Requires:

• MX: 4.3+

802.11k Enable/Disable

This is the On/Off switch for Radio Resource Management, a feature of the 802.11k specification that analyzes access point traffic and estimates the optimal connection for maximizing wireless communication throughput. When disabled (option 0), the device generally connects to the AP with the strongest signal. When enabled using "802.11k Lite" (option 1), the Wi-Fi client can request Neighbor Reports, from which compatible APs return information about nearby APs that offer optimal connections for client attachment while roaming.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: 802.11K_Config

802.11w - Management Frame Protection Mode

Used to enter the Management Frame Protection mode from the values in the table below. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Early releases of Zebra Professional-series devices running Android 10 required purchase of a Mobility DNA Enterprise license to use this feature. The Oct. 2020 (or later) system update removes this requirement.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: 802.11w

Select Band Preference

Used to enter the preferred Wi-Fi band when the device attempts to connect with a Wi-Fi access point. Not supported on MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: BandPreference

FT Over DS (checkbox)

Used to enable/disable Fast Transition over the Distribution System (FTOverTheDS). Enabled by default. Also known as 802.11r Over-the-DS, this fast roam standard reduces the number frames exchanged when the device roams from one AP to another if the infrastructure supports it. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: FTOverTheDS

Requires:

• MX: 4.3+

FT Over DS Enable/Disable

This is the On/Off switch for Fast Transition over the Distribution System (FTOverTheDS).

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

Parm Name: FTOverTheDS_Config

AggregatedFT (checkbox)

Used to enable/disable the AggregatedFT feature. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: AggregatedFT

Requires:

• MX: 4.3+

Aggregated FT Config Enable/Disable

This is the On/Off switch for Fast Transition roam algorithm (802.11r), which improves on IEEE 802.11r Over-the-DS fast roaming.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: AggregatedFT_Config

ScanAssist

Used to enable/disable ScanAssist. This feature improves roaming on Zebra devices by allowing the device to monitor neighboring access points to retrieve roam-related information from the Zebra wireless LAN infrastructure without doing scans. Enabled by default.

Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: ScanAssist

Requires:

• MX: 4.3+

ScanAssist Enable/Disable

This is the On/Off switch for ScanAssist, which improves roaming on Zebra devices by allowing the device to monitor neighboring access points for roam-related information from the Zebra wireless LAN infrastructure without the need to perform additional scans.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: ScanAssist_Config

Coverage Hole Detection (checkbox)

Used to enable/disable Coverage Hole Detection, which reports gaps in signal coverage to the Zebra wireless LAN infrastructure. Enabled by default. Network administrators can detect and mitigate coverage gaps present in the network for greater reliability. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: CHD

Requires:

• MX: 4.3+

CHD Enable/Disable

This is the On/Off switch for Coverage Hole Detection, which reports gaps in signal coverage to the Zebra wireless LAN infrastructure.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: CHD_Config

Subnet Roam (checkbox)

Used to enable subnet roaming. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing. Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: SubNetRoam

Requires:

• MX: 4.4+

Subnet Roam Enable/Disable

This is the On/Off switch for of subnet roam, which allows the device to roam between subnets attached to different wireless controllers.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Not supported on TC70 QC GA1/GA2, TC75 GA, or TC55 GA devices running Android KitKat, or MPA3 RevB-based devices running Android Jelly Bean.

Parm Name: SubNetRoam_Config

WAN Country (checkbox)

Used to enable/disable WAN Country, which obtains country information from the WAN Interface (GSM/CDMA base station) and applies regulatory rules based on the Country Code received. Not supported on TC70 QC GA1/GA2 running Android KitKat, or MPA3 RevB- or RevC-based devices running Android Jelly Bean.

IMPORTANT: Wi-Fi Advanced Options should be used only at the direction of Zebra Support or other qualified personnel. Altering this setting can result in undesirable behavior.

Note: Supported on WAN-enabled devices only. Not supported on TC70 QC GA1/GA2 running Android KitKat, or MPA3 RevB- or RevC-based devices running Android Jelly Bean.

Shown if: The "Use Advanced Options" box is checked.

Parm Name: WANCountry

Requires:

• MX: 4.3+

WAN Country Enable/Disable

This is the On/Off switch for the WAN country on the device, which obtains country information from the WAN Interface (GSM/CDMA base station) and applies regulatory rules based on the Country Code received. Not supported on TC70 QC GA1/GA2 running Android KitKat, or MPA3 RevB- or RevC-based devices running Android Jelly Bean.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: Supported on WAN-enabled devices only. Not supported on TC70 QC GA1/GA2 running Android KitKat, or MPA3 RevB- or RevC-based devices running Android Jelly Bean.

Parm Name: WANCountry_Config

Password Protect Encryption

Controls whether Wi-Fi Passwords stored on the device (which are always encrypted) can be read by apps as clear text. Enable this parameter to prevent apps from reading stored Passwords as clear text.

Note: Enabling this feature prevents the Google Mobile Service (GMS) backup service from successfully restoring Wi-Fi settings to a device, and might effect the operation other device-backup systems.

The Password combines with an Identity to form an authentication credential for gaining access to a network. Authentication is required only when "Enterprise" is the selected Security Mode. All authentication types require a Password except EAP-TLS, which uses a client certificate.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: PasswordProtectEncryption

Captive Portal Detection

This is the On/Off switch for the detection of a Captive Portal, which requires user interaction to activate an open Wi-Fi connection. Captive portals are often used on public-access networks such as those at airports, hotels and coffee shops. Disabling captive portal detection (option 0) effectively blocks a device from connecting to such networks.

Parm Name: CaptivePortalDetection

802.11ac

This is the On/Off switch for 802.11ac wireless protocol on the device, which operates on the 5GHz band and provides faster transfer rates than 802.11n and other earlier protocols. Requires network infrastructure that explicitly supports the 802.11ac protocol.

Note: Enabling 802.11ac also enables the 802.11n protocol on the device.

Parm Name: 802.11ac

802.11n

This is the On/Off switch for 802.11n wireless protocol on the device, which operates on the 2.4GHz and 5GHz bands and provides faster transfer rates than 802.11ag.

Note: Disabling 802.11ac also disables the 802.11n protocol on the device.

Parm Name: 802.11n

802.11v

This is the On/Off switch for 802.11v wireless protocol on the device, which permits connected devices to obtain network load and other information from nearby access points to help make roaming decisions.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: 802.11v

MAC Randomization Enable/Disable

This is the On/Off switch for MAC randomization, which replaces the MAC address hard-coded in the device's wireless hardware with randomly generated values. Enabled by default. Use of this feature can sometimes prevent address-based device locationing. NOTE: It might be necessary to disable this feature while troubleshooting issues related to Wi-Fi connection and/or roaming.

Note: Supported on SDM660-platform devices only.

Parm Name: MACRandomization

Call Admission Control Enable/Disable

This is the On/Off switch for Call Admission Control, which can help prevent voice-traffic congestion and improve call quality. Enabled by default. When used on a network on which Call Admission Control is mandated, the Wi-Fi stack negotiates to reserve bandwidth using Traffic Specification (TSPEC), the IEEE 802.11e standard for Quality of Service-capable networks.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: CallAdmissionControl

AMPDU Enable/Disable

This is the On/Off switch for use of the Aggregated MAC Protocol Data Unit (AMPDU), which can improve performance and optimize data transmission by grouping multiple MPDU blocks together.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: EnableAmpdu

Gratuitous ARP Enable/Disable

This is the On/Off switch for Gratuitous ARP, an address resolution protocol that uses a modified request packet to help identify IP address conflicts and other issues.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: Gratuitous_ARP

2g Channel Bonding Enable/Disable

This is the On/Off switch for 2g Channel Bonding, which controls whether use of the 40MHz-wide channel in the 2.4GHz band is allowed. This can be useful for configuring devices to operate properly on networks that do not support this capability and to improve device performance on networks that do.

IMPORTANT: Attempts to use this parameter on a device that doesn't support it returns a value of "0" or "99" (depending on the MX version) in the relevant section of the Result XML file.

Parm Name: ChannelBondingMode2g

Network Action

Used to manage the Wi-Fi network profiles on the device, each of which contains the settings necessary to connect to an individual Wi-Fi network. Any number of profiles can be defined and stored on the device using the parameters relevant to "Add" below. Profiles can be used to control the networks to which a device is allowed to connect or to force connections to a particular network.

Parm Name: NetworkAction

SSID

Used to enter the SSID name of the network on which to perform a Network Action. The SSID is the primary mechanism used to identify a Wi-Fi network and the Wi-Fi network profile to be acted upon.

Parm value input rules:

• String from 1–32 characters

Shown if: The Network Action is NOT "Do Nothing" or "Disable All Existing Networks" or "Remove All Existing Networks"

Parm Name: SSID

Requires:

• MX: 4.2+

Security Mode

Used to set device security on networks that employ 802.1x Extensible Authentication Protocol (EAP) security. This protocol uses authentication to establish the entitlement of a device to join the network and then distribute necessary keys once this entitlement has been verified. Security information pertaining to the EAP type and authentication credentials to be used will need to be supplied to configure these networks.

Open network security is not generally advisable since no security credentials are needed to connect. If an open network is to be used, security can be added through VPNs, data encryption or other means.

Basic security generally implements a Pre-Shared Key (PSK) or Wired Equivalent Privacy (WEP) key known to the device and the Wi-Fi infrastructure to encrypt data. These networks are more secure than open networks, but can be compromised if the keys are not handled securely and/or changed periodically. Security information pertaining to the required key must be supplied to configure these networks.

Shown if: The Network Action is "Add"

Parm Name: SecurityMode

WPA Mode

Used to select the Wi-Fi security mode in use on the selected WLAN. When the selected Security Mode is "Personal" or "Enterprise," the WPA Mode must be specified to determine the key type to use. WPA performs encryption using the Temporal Key Integrity Protocol, and a TKIP-compatible key must be specified. WPA2 supports encryption using TKIP (and is therefore backward-compatibile with WPA) and the more secure Advanced Encryption Standard (AES) algorithm. For key selection for this mode, enter either TKIP, AES or auto-select.

Shown if: The Network Action is "Add" and the Security Mode is "Personal" or "Enterprise"

Parm Name: WPAMode

WPA Mode Personal

Used to select the Wi-Fi security mode in use on the selected WLAN. When the selected Security Mode is "Personal" or "Enterprise," the WPA Mode must be specified to determine the key type to use. WPA performs encryption using the Temporal Key Integrity Protocol. A TKIP-compatible key must be specified. WPA2 supports encryption using TKIP (and is therefore backward-compatibile with WPA) and the more secure Advanced Encryption Standard (AES) algorithm. For key selection for this mode, enter either TKIP, AES or auto-select.

Shown if: The Network Action is "Add" and the Security Mode is "Personal" or "Enterprise"

Parm Name: WPAModePersonal

WPA Encryption Type

Used to enter the Wi-Fi Protected Access (WPA) encryption type to enforce on the network for Wi-Fi log-ins. The values that can be selected for Encryption Type will vary based on the selections made for Security Mode and WPA Mode. A selection must always be made for Encryption Type whenever Security Mode is not "Open" (no encryption).

Shown if: The Network Action is "Add" and the Security Mode is "Personal" or "Enterprise" and the WPA Mode is WPA

Parm Name: EncryptionWPA

WPA2 Encryption Type

Used to enter the Wi-Fi Protected Access II (WPA2) encryption type to enforce on the network for Wi-Fi log-ins.

Shown if: The Network Action is "Add" and the Security Mode is "Personal" or "Enterprise" and the WPA Mode is WPA2 or WPA/WPA2

Parm Name: EncryptionWPA2

WEP Encryption Type

Used to enter the Wired Equialent Privacy (WEP) encryption type to enforce on the network for Wi-Fi log-ins.

Shown if: The Network Action is "Add" and the Security Mode is "Personal" or "Enterprise" and the WPA Mode is WEP

Parm Name: EncryptionWEP

Key Type

Used to enter the type of encryption key to be used by the network. A key is specified only when the Security Mode is "Personal" since the "Open" Security Mode does not use encryption and the "Enterprise" Security Mode distributes keys automatically after Authentication.

An encryption key can be specified using either of these methods:

• A hexadecimal value (the key itself)
• A passphrase used to generate a key using a pre-defined algorithm

The selected method usually depends on the configuration of the Wi-Fi network because the key must be shared between the Wi-Fi infrastructure and the client. Therefore, they must use a common method to enter the key.

Shown if: The Network Action is "Add" and the Security Mode is "Personal"

Parm Name: KeyType

Protect Key

Enables encryption of the Key. The Key (or the Passphrase used to generate a Key) is generally considered sensitive information since having the Key for a network grants access to that network. Since the Key or Passphrase must be embedded within the XML, it is often desirable to encrypt the Key or Passphrase so it cannot be extracted and exploited if the XML is intercepted. The specified WPA Mode and the Key Type determine what type of Key or Passphrase must used. The value selected for the ProtectKey parameter deterimes whether the Key or Passphrase is specified as clear or encrypted text.

Shown if: The Network Action is "Add" and the Security Mode is "Personal"

Parm Name: ProtectKey

Requires:

• MX: 4.2+

Passphrase

Controls whether the Key is encrypted. When the Key Type is Passphrase, then the specified Passphrase is used to generate the Key. The required Passphrase will vary depending on the WPA Mode specified (WEP or WPA Passphrase).

Note: Currently, the parm value encryption process is not documented and the key that is needed to encrypt is not published. Therefore, an MDM cannot currently use encrypted Keys or Passphrases since there is no way to store an encrypted, server-supplied password in XML file.

If WEP is selected and Protect Key is false:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Passphrase" and the WPA Mode is "WEP" and Protect Key is false
• Parm name: PassphraseWEPClear
• Parm value input rules:
  • String from 4–32 characters

If WEP is selected and Protect Key is true:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Passphrase" and the WPA Mode is "WEP" and Protect Key is true
• Parm name: PassphraseWEPEncrypted
• Parm value input rules:
  • String from 4–32 characters
• Currently, this parm cannot be used effectively by an MDM.

If WEP is not selected and Protect Key is false:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Passphrase" and the WPA Mode is not "WEP" and Protect Key is false
• Parm name: PassphraseWPAClear
• Parm value input rules:
  • String from 8–63 characters

If WEP is not selected and Protect Key is true:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Passphrase" and the WPA Mode is not "WEP" and Protect Key is true
• Parm name: PassphraseWPAEncrypted
• Parm value input rules:
  • String from 8–63 characters
• Currently, this parm cannot be used effectively by an MDM.

Parm Name: PassphraseWEPClear, PassphraseWEPEncrypted, PassphraseWPAClear, PassphraseWPAEncrypted

Requires:

• MX: 4.2+

WPA Mode Enterprise

Used to select the Wi-Fi security mode in use on the selected WLAN. When the selected Security Mode is "Personal" or "Enterprise," the WPA Mode must be selected to determine the key type to use. WPA performs encryption using the Temporal Key Integrity Protocol. A TKIP-compatible key must be specified. WPA2 supports encryption using TKIP (and is therefore backward-compatibile with WPA) and the more secure Advanced Encryption Standard (AES) algorithm. For key selection for this mode, enter either TKIP, AES or auto-select.

Shown if: The Network Action is "Add" and the Security Mode is "Enrerprise" or "Enterprise"

Parm Name: WPAModeEnterprise

Identity

Used to enter the Identity, which can be a user name, email address, ID number or other unique identifier. The Identity combines with a Password to form an authentication credential for gaining access to a network. Authentication is required only when "Enterprise" is the selected Security Mode. Once a credential is accepted by the Authentication Server, the Identity is replaced by an encryption key and has no further significance.

Entering an empty (length of zero) value (or the absence of this parm from the XML) will fail to set an Identity.

Shown if: The Network Action is "Add" and the Authentication is "PEAP-NONE"

Parm Name: Identity

Requires:

• MX: 4.2+

Anonymous Identity

Used to enter an Anonymous Identity for systems that support separate authentication outside of a secure tunnel.

When using an EAP type that has a secure tunnel over which authentication credentials can be delivered, it is sometimes necessary to enter an Identity outside the protections of the tunnel. In these cases, an Anonymous Identity can be sent so as not to disclose the actual Identity, password or other verifying credentials. A separate Anonymous Identity can be used only if the Authentication Server is set up to support it.

If no Anonymous Identity is specified, then the actual Identity is sent outside the tunnel, if required. This may still be secure since the password and/or other verifying credentials are always sent inside the tunnel (in modes that use a tunnel for secure credential delivery). Using the actual Identity outside the tunnel would therefore risk disclosure of only part of the information needed to authenticate.

Parm value input rules:

• String from 0–64 characters

Note: Entering an empty (length of zero) value (or the absence of this parm from the XML) will fail to set an Anonymous Identity.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is NOT "EAP-TLS" or "LEAP"

Parm Name: AnonymousIdentity

Requires:

• MX: 4.2+

Protect Password (checkbox)

Controls whether passwords are stored as encrypted or clear text while in transit to the device. Passwords specified in Profile Manager are embedded within an XML file and sent to the device for consumption as part of a configuration. Encrypting a Password might be desirable as a security measure to prevent extraction and exploitation in case the XML is intercepted while in transit.

A Password combines with an Identity to form an authentication credential for gaining access to a network. Authentication is required only when "Enterprise" is the selected Security Mode. All authentication types require a Password except EAP-TLS, which uses a client certificate.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is NOT "EAP-TLS"

Parm Name: ProtectPassword

Password

Used to enter a Password to be used to connect to a network. This parameter name will change according to the value of ProtectPassword:

If ProtectPassword is false:

• Parm name: PasswordClear
• Settable if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is NOT "EAP-TLS"

If Protect Password is true:

• Parm name: PasswordEncrypted
• Settable if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is NOT "EAP-TLS"

Parm value input rules:

• String from 0–64 characters

NOTE: The encryption process for this parameter value is currently undocumented, and the key required to encrypt is unpublished. Since there is currently no way to store an encrypted, server-supplied password within an XML file, mobile device management (MDM) systems cannot use an encrypted password.

Parm Name: PasswordClear, PasswordEncrypted

Requires:

• MX: 4.2+

Optional Server CA Cert Name

Optional parameter used to enter the name of a certificate alias to be used to verify a server.

Parm value input rules:

• String from 0–64 characters

NOTES:

• Applicability of this Enterprise Authentication option might depend on the version of Android running in the device. See Authentication parameter for verify applicability.

• When Security Mode is "Enterprise," the device must authenticate to an Authentication Server using the defined Authentication type. This involves sending potentially sensitive authentication credentials to the Authentication Server. Zebra recommends against this unless the authenticity of the Authentication Server can be verified, for example to ensure that it is not attempting to carry out a "man in the middle" attack.

• The device contacts and challenges the Authentication Server to assert and prove its Identity through the use of a server certificate. The device must be able to establish the validity of that certificate and must trust the chain of authority of the issuer of that certificate. This would all occur whether or not a Server Certificate Name is specified.

• By default, a certificate asserted by an Authentication Server is trusted if it can be verified to have been issued by any trusted certificate authority. If a Server Certificate Name is supplied, the certificate asserted by an Authentication Server is trusted only if it is verified to have been issued by that specific trusted certificate authority. This increases the security by preventing the use of certificates issued by authorities that are not trusted to issue certificates to authentication servers.

• Entering an empty (length of zero) value (or the absence of this parm from the XML) will fail to set the Optional Server Certificate.

• In the special case involving a server using a self-signed certificate, the server’s own certificate is also the Root CA Cert that stands behind the server’s certificate.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is "EAP-TLS" or "PEAP-MSCHAPV2" or "EAP-TTLS-MSCHAP" or "EAP-FAST-MSCHAPV2" or "EAP-TTLS-PAP" or "PEAP-GTC" or "EAP-FAST-MSCHAPV2" or "EAP-FAST-GTC" or "PEAP-NONE"

Parm Name: OptionalServerCertificate

Requires:

• MX: 4.2+

Optional Client Certificate Name

Optional parameter that allows the name of a client certificate alias to be used to join a network. When Authenticating with EAP types other than EAP-TLS (which would not require a client certificate), a client is still allowed. In this case, the client certificate is used to authenticate the device to the authentication server as part of the establishment of the secure tunnel over which further authentication credentials is delivered. The client certificate does not need to be unique, even if the authentication credentials are. The use of a client certificate can introduce an additional level of protection by requiring a device to have a valid client certificate as well as valid authentication credentials. The client certificate serves as a first-pass filter.

Parm value input rules:

• String from 0–64 characters

NOTES:

• Applicability of this Enterprise Authentication option might depend on the version of Android running in the device. See Authentication parameter for verify applicability.
• Entering an empty (length of zero) value (or the absence of this parm from the XML) will fail to set an Optional Server Certificate.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" the Authentication is "PEAP-MSCHAPV2" or "EAP-TTLS-MSCHAP" or "EAP-TTLS-MSCHAPV2" or "EAP-TTLS-PAP" or "PEAP-GTC" or "EAP-FAST-MSCHAPV2" or "EAP-FAST-GTC" or "PEAP-NONE"

Parm Name: OptionalClientCertificate

Requires:

• MX: 4.2+

Mandatory Server CA Cert Name

Used to enter the name of a mandatory certificate alias to be used to verify a server.

Parm value input rules:

• String from 0–64 characters

NOTES:

• Applicability of this Enterprise Authentication option might depend on the version of Android running in the device. See Authentication parameter for verify applicability.

• When Security Mode is "Enterprise," the device must authenticate to an Authentication Server using the defined Authentication type. This involves sending potentially sensitive authentication credentials to the Authentication Server. Zebra recommends against this unless the authenticity of the Authentication Server can be verified, for example to ensure that it is not attempting to carry out a "man in the middle" attack.

• The device contacts and challenges the Authentication Server to assert and prove its Identity through the use of a server certificate. The device must be able to establish the validity of that certificate and must trust the chain of authority of the issuer of that certificate. This would all occur whether or not a Server Certificate Name is specified.

• By default, a certificate asserted by an Authentication Server is trusted if it can be verified to have been issued by any trusted certificate authority. If a Server Certificate Name is supplied, the certificate asserted by an Authentication Server is trusted only if it is verified to have been issued by that specific trusted certificate authority. This increases the security by preventing the use of certificates issued by authorities that are not trusted to issue certificates to authentication servers.

• Entering an empty (length of zero) value (or the absence of this parm from the XML) will fail to set the Mandatory Server Certificate.

• In the special case involving a server using a self-signed certificate, the server’s own certificate is also the Root CA Cert that stands behind the server’s certificate.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is "EAP-TLS" or "PEAP-MSCHAPV2" or "EAP-TTLS-MSCHAP" or "EAP-FAST-MSCHAPV2" or "EAP-TTLS-PAP" or "PEAP-GTC" or "EAP-FAST-MSCHAPV2" or "EAP-FAST-GTC" or "PEAP-NONE"

Parm Name: MandatoryServerCertificate

Requires:

• MX: 4.2+

Mandatory Client Certificate Name

Used to enter the name of the certificate alias to be used to join the network (Mandatory). When Authenticating using EAP-TLS, a client certificate is used instead of a Password. When the Authentication type is EAP-TLS, a client certificate must be specified and a Password will not be accepted.

Parm value input rules:

• String from 0–64 characters

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise" and the Authentication is "EAP-TLS"

Parm Name: MandatoryClientCertificate

Requires:

• MX: 4.2+

Use DHCP (checkbox)

Controls whether the device obtains its IP settings automatically using DHCP or manually by an administrator. When disabled (value=0), an individual IP address must be specified for the device as well as those for the default gateway, subnet mask and at least one DNS server using the relevant parameters below.

Shown if: The Network Action is "Add"

Parm Name: UseDHCP

Set IP Address

Used to enter a static IP address for the device. Must be an address that is unique to the network on which the device will operate.

Parm value input rules:

• String containing a valid IPv4 address. For example: "192.168.0.100"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpAddress

Requires:

• MX: 4.2+

Set Primary Default Gateway

Used to enter the IP address of the default gateway for the device, through which packets to and from outside networks are routed. This parameter is required only if the device must have access to (or from) networks beyond its local subnet.

Parm value input rules:

• String containing a valid IPv4 address. For example: "192.168.0.1"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpGateway1

Requires:

• MX: 4.2+

Set Secondary Default Gateway

Used to enter the IP address of an optional second default gateway for the device, through which packets to and from outside networks are routed. This parameter is required only if the device must have access to (or from) networks through a second network adapter.

Parm value input rules:

• String containing a valid IPv4 address. For example: "192.168.0.1"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpGateway2

Requires:

• MX: 4.2+

Set Subnet Mask

Used to enter a subnet mask for the device, which defines the network subdivision on which the device will operate.

Parm value input rules:

• String containing a valid IPv4 address. For example: "255.255.255.0"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpMask

Requires:

• MX: 4.2+

Set Primary DNS

Used to enter the primary domain name server for the device. This parameter is required only if DNS name resolution is required for the device.

Parm value input rules:

• String containing a valid IPv4 address. For example: "8.8.8.8"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpDns1

Requires:

• MX: 4.2+

Set Secondary DNS

Used to enter a secondary domain name server for the device. This parameter is required only if an alternate DNS is required for the device.

Parm value input rules:

• String containing a valid IPv4 address. For example: "8.8.4.4"

Shown if: The Network Action is "Add" and "Use DHCP" box is unchecked

Parm Name: IpDns2

Requires:

• MX: 4.2+

Use Proxy

Controls use of a proxy, an intermediary service that routes HTTP traffic between clients on a device and another network (typically the internet or an intranet). When used, proxy settings can be configured manually or can be contained in a PAC file for automatic configuration. When there is a proxy between the Wi-Fi network and some outer network, HTTP-based applications might need to negotiate with the proxy to access the services of the outer network.

In MX 5.0 and later, the data type for this parameter changed from a boolean (1=true; 0=false) to a value selected from the UseProxy list below.

Parm Name: UseProxy

Proxy Host Name

Provide the Host Name or IP Address of the computer on which the proxy is running. Host Name can be used only if the network provides suitable name resolution. Otherwise, an IP Address would need to be provided.

Since different Wi-Fi networks may have different proxies connecting them to different outer networks, proxy information, if needed, must be configured for each network.

Parm value input rules:

• String from 1–64 characters

Shown if: The Network Action is "Add" and "Use Proxy" is set to manual.

Parm Name: ProxyHostName

Requires:

• MX: 4.2+

Proxy PAC File URL

Provide the Host Name or IP Address of the location of where the proxy PAC file is located. This can be used only if the network provides suitable name resolution. Otherwise, an IP Address would need to be provided.

Since different Wi-Fi networks may have different proxies connecting them to different outer networks, proxy information, if needed, must be configured for each network.

Parm value input rules:

• String from 1–64 characters

Shown if: The Network Action is "Add" and "Use Proxy" is set to Proxy Auto-Config.

Parm Name: ProxyPAC

Requires:

• MX: 5.0+

Proxy Port

Used to enter the Port number for reaching a Proxy Server to access the Internet.

Shown if: The Network Action is "Add" and "Use Proxy" is set to manual.

Parm Name: ProxyPort

Requires:

• MX: 4.2+

Bypass Proxy

Used to enter the host name(s) and/or IP address(es) for direct access by a device, bypassing the Proxy server specified in the Proxy Host Name parameter. Multiple names and/or IP addresses can be specified in any combination, separated by commas. Generally used for entering internal servers and/or as a means to prevent traffic overload on the specified Proxy server. Traffic bound for any host not specifically excluded using this parameter is routed through the specified Proxy server.

Zebra recommends testing bypass-proxy settings on a working device before general deployment.

Input rules:

• String from 1–256 characters containing one or more host names and/or IP addresses separated by commas.
  Example: "www.MyBypassProxy.com,192.168.1.100,our.internalServer"
• IP addresses CANNOT begin with a wildcard (*) character

Shown if: The Network Action is "Add" and "Use Proxy" is set to manual.

Parm Name: BypassProxy

Requires:

• MX: 4.2+

Authentication

Used to enter the Authentication Mode used by the network. When a Security Mode of "Enterprise" is selected, an Authentication Mode must be specified to determine how authentication is performed as part of the 802.1x EAP type used by the network.

Shown if: The Network Action is "Add" and the Security Mode is "Enterprise"

Parm Name: Authentication

Hex Key

When Key Type is Hex Key, then a Key, which is expressed as a sequence of hexadecimal characters, needs to be specified. The type of Key required will vary based on the WPA Mode and Encryption Type specified, since it will need to be either a WEP 40 bit Key, a WEP 104 bit Key, or a 256 bit TKIP/AES-CCMP Key.

NOTE: Currently, the parm value encryption process is not documented and the key that is needed to encrypt is not published. Therefore, an MDM cannot currently use encrypted Keys or Passphrases since there is no way to store an encrypted, server-supplied password in an XML.

If WEP is not selected and Protect Key is false:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is not "WEP" and Protect Key is false
• Parm name: HexKeyClear
• Description: Provide the hex key (64 hex chars) used by network
• Parm value input rules:
  • String with exactly 64 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 256 bit binary key value that can be used for either TKIP or AES-CCMP encryption.

If WEP is not selected and Protect Key is true:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is not "WEP" and Protect Key is true
• Parm name: HexKeyEncrypted
• Description: Provide the hex key (64 hex chars) used by network
• Parm value input rules:
  • String with exactly 64 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 256 bit binary key value that can be used for either TKIP or AES-CCMP encryption.
• Currently, this parm cannot be used effectively by an MDM.

If WEP is selected, the encryption type is WEP-40, and Protect Key is false:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is "WEP" and the Encryption Type is "WEP-40" and Protect Key is false
• Parm name: HexKeyWep40Clear
• Description: Provide the shared secret WEP-40 key (10 hex chars) used by the network
• Parm value input rules:
  • String with exactly 10 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 40 bit binary key value that can be used for either WEP encryption.

If WEP is selected, the encryption type is WEP-40, and Protect Key is true:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is "WEP" and the Encryption Type is "WEP-40" and Protect Key is true
• Parm name: HexKeyWep40Encrypted
• Description: Provide the shared secret WEP-40 key (10 hex chars) used by the network
• Parm value input rules:
  • String with exactly 10 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 40 bit binary key value that can be used for either WEP encryption.
• Currently, this parm cannot be used effectively by an MDM.

If WEP is selected, the encryption type is WEP-104, and Protect Key is false:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is "WEP" and the Encryption Type is "WEP-104" and Protect Key is false
• Parm name: HexKeyWep104Clear
• Description: Provide the shared secret WEP-104 key (26 hex chars) used by the network
• Parm value input rules:
  • String with exactly 26 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 104 bit binary key value that can be used for either WEP encryption.

If WEP is selected, the encryption type is WEP-104, and Protect Key is true:

• Settable if: The Network Action is "Add" and the Security Mode is "Personal" and the Key Type is "Hex Key" and the WPA Mode is "WEP" and the Encryption Type is "WEP-104" and Protect Key is true
• Parm name: HexKeyWep104Encrypted
• Description: Provide the shared secret WEP-104 key (26 hex chars) used by the network
• Parm value input rules:
  • String with exactly 26 valid hexadecimal characters (e.g. 0-9, A-F) that collectively enter a 104 bit binary key value that can be used for either WEP encryption.
• Currently, this parm cannot be used effectively by an MDM.

Parm Name: HexKeyWEPClear, HexKeyWEPEncrypted, HexKeyWPAClear, HexKeyWPAEncrypted

Requires:

• MX: 4.2+

WEP Key Index

Some Wi-Fi infrastructure that implements a network using WEP encryption may support multiple WEP keys and a WEP index to indicate which key to use at any given time.

NOTE: Android does not currently support multiple WEP keys per network. Therefore, only the first WEP key (wep[0]) is supported.

Shown if: The Network Action is "Add" and the Security Mode is "Personal" and the WPA Mode is "WEP"

Parm Name: WepKeyIndex

PEAP-GTC Password Clear

Used to enter an unencrypted password for PEAP GTC Authentication. Leave blank if no password is required. This parameter supports Static and Dynamic PEAP-GTC Profiles. Static profiles require a pre-defined password specified when configuring the network. Dynamic profiles do not require a pre-defined password to be specified when configured; the password field can be left blank, thereby allowing the user to log in with no password when prompted.

Parm value input rules:

• String from 0–64 characters containing a set of valid characters

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License on devices using a dynamic profile. See techdocs.zebra.com/licensing.

Shown if: The selected Authentication Code is "PEAP GTC" and Protect Password box is "Unchecked"

Parm Name: PasswordClearPEAPGTC

Requires:

• MX: 9.1+

PEAP-GTC Password Encrypted

Used to enter an encrypted password for PEAP GTC Authentication. Leave blank if no password is required. This parameter supports Static and Dynamic PEAP-GTC Profiles. Static profiles require a pre-defined password specified when configuring the network. Dynamic profiles do not require a pre-defined password to be specified when configured; the password field can be left blank, thereby allowing the user to log in with no password when prompted.

Parm value input rules:

• String from 0–64 characters containing a set of valid characters

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License on devices using a dynamic profile. See techdocs.zebra.com/licensing.

Shown if: The selected Authentication Code is "PEAP GTC" and Protect Password box is "Checked"

Parm Name: PasswordEncryptedPEAPGTC

Requires:

• MX: 9.1+

Use Hotspot Options (checkbox)

Controls whether Wi-Fi hotspot settings can be configured on the device.

Device Support

Hotspot functionality is supported only on the following Zebra devices running Android 6.x Marshmallow or later:

• EC55
• ET55
• ET56
• L10
• MC2700*
• TC26*
• TC56
• TC57
• TC57X
• TC75x
• TC77

*MDNA Enterprise license required

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Parm Name: UseHotspotOptions

Hotspot SSID

Used to enter the Wi-Fi hotspot Service Set Identifier (SSID), the name visible to devices attempting to select the hotspot as an internet access point.

Parm value input rules:

• String from 1–32 characters containing the desired SSID (case sensitive)

Note: WWAN-enabled devices only

Shown if: The "Specify Hotspot Options" checkbox is checked and "Hotspot" is set to "Enable"

Parm Name: HotspotSSID

Requires:

• MX: 6.3+

Hotspot AP Band

Used to enter which RF band(s) the device will use for 802.11 communications when configured as a Wi-Fi access point (AP). This parameter is usually set automatically through negotiation with the Wi-Fi infrastructure. However, it might sometimes be desirable to limit Wi-Fi communications to certain bands, leaving other bands free for other purposes.

Shown if: The "Specify Hotspot Options" checkbox is checked and "Hotspot" is set to "Enable"

Parm Name: HotspotBand

Set Hotspot 2.4GHz AP Channel

Used to set the Wi-Fi communication channel to be used by devices connecting to the device as a Wi-Fi access point (AP) on the 2.4GHz band.

Note: For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Specify Hotspot Options" checkbox is checked and "Hotspot Band" is "2.4GHz"

Parm Name: Hotspot24GHz

Set Hotspot 5GHz AP Channel

Used to set the Wi-Fi communication channel to be used by devices connecting to the device as a Wi-Fi access point (AP) on the 5GHz band.

Note: The 5GHz band is not supported on the Zebra ET56. For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Specify Hotspot Options" checkbox is checked and "Hotspot Band" is "5GHz"

Parm Name: Hotspot5GHz

Hotspot Security Mode

Controls whether user credentials is required on a device before allowing it to connect to the Wi-Fi hotspot.

Note: WWAN-enabled devices only

Shown if: The "Specify Hotspot Options" checkbox is checked and "Hotspot" is set to "Enable"

Parm Name: HotspotSecurityMode

Protect Hotspot Passphrases (checkbox)

Determines whether the hotspot password stored on the device is encrypted, thereby preventing access to the password by an application or malicious exploit.

Shown if: Hotspot is set to "Enable" and Hotspot Security mode is not "Open"

Parm Name: ProtectHotspotPassphrases

Toggle Hotspot Enable/Disable

Controls whether the device user is permitted to change the state (active/inactive) of the hotspot on the device. When Enabled, the device user can "toggle" the hotspot on and off, controlling its use as an internet access point for nearby devices by sharing its cellular connection. When Disabled, the device user can view the hotspot state but cannot change it.

Note: WWAN-enabled devices only

Shown if: The "Use Hotspot Options" checkbox is checked

Parm Name: ToggleHotspot

Hotspot Passphrase Clear

Used to provide a password for accessing the hotspot and to store it as clear text.

Parm value input rules:

• String from 8–32 characters containing the hotspot password

Note: WWAN-enabled devices only

Shown if: The "Specify Hotspot Options" is checked, the "Protect Hotspot Passphrase" checkbox is unchecked and "Hotspot" is set to "Enable"

Parm Name: HotspotPassphraseClear

Requires:

• MX: 6.3+

Hotspot Passphrase Encrypted

Used to provide a password for accessing the hotspot and to store it in encrypted form.

Parm value input rules:

• String from 8–32 characters containing the hotspot password

Note: WWAN-enabled devices only

Shown if: The "Specify Hotspot Options" and "Protect Hotspot Passphrase" checkboxes are checked, "Hotspot" is set to "Enable" and "Hotspot Security Mode" is "WPA2/PSK"

Parm Name: HotspotPassphraseEncrypted

Requires:

• MX: 6.3+

Hotspot Enable/Disable

This is the On/Off switch for the Wi-Fi Hotspot feature on the device (if supported). When enabled, the device acts as an internet access point for nearby devices, sharing its cellular connection according to the settings configured using the hotspot parameters in the sections that follow.

Note: Applies to specific WWAN-enabled devices only. For Zebra Professional-series devices, this feature requires purchase of a Mobility DNA Enterprise License. See techdocs.zebra.com/licensing.

Shown if: The "Use Hotspot Options" checkbox is checked

Parm Name: Hotspot

Use OmniTrail Options (checkbox)

Determines whether OmniTrail device location services are used and their options configurable. OmniTrail comprises a set of services available in some Zebra devices that enable highly accurate, secure and power-efficient device locationing. OmniTrail can locate a device to within about five (5) feet (1.5 meters).

Device Support

OmniTrail is supported on the following Zebra devices with MX 6.3 or later:

• ET50 Android 6.x Marshmallow
• ET55 Android 6.x Marshmallow
• MC3300 Android 7.x Nougat or 8.x Oreo
• TC51 Android 6.x Marshmallow (or later)
• TC56 Android 6.x Marshmallow (or later)
• TC70x Android 6.x Marshmallow (or later)
• TC75x Android 6.x Marshmallow (or later)
• VC80x Android 7.x Nougat or 8.x Oreo
• WT6000 Android 7.x Nougat

Note: Support for OmniTrail services has been removed from QC8956-platform devices running Android 8.x (Oreo) and later.

Parm Name: UseOmniTrailOptions

OmniTrail Enable/Disable

This is the On/Off switch for OmniTrail location services and options on the device.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailEnable

OmniTrail Type

Specifies the type of OmniTrail services to be used according to the access points in use at the facility.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailType

OmniTrail Interval

Used to enter the interval (in ms) at which to emit a locational beacon. More frequent beacon emmissions are generally more effective at determining location of devices that are indoors or within other tightly bounded spaces.

Parm value input rules:

• Integer from 200–5000 containing the desired interval (in ms) at which to emit a locational beacon

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailInterval

Requires:

• MX: 6.3+

OmniTrail Subtype

Used to select the OmniTrail Subtype, which can help differentiate between regular and special OmniTrail beacons on the Cisco or Extreme Networks access point selected in OmniTrailType parameter.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailSubtype

OmniTrail Priority

Used to assign a Priority level from 0–3 (lowest to highest) for the OmniTrail beacon frame on Extreme Networks access points.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailPriority

OmniTrail Flag

Used to set a Flag for the OmniTrail beacon frame on Extreme Networks access points.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailFlag

OmniTrail Data-Rate Options

Controls the Wi-Fi operating mode to be used by OmniTrail device location services.

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailDataRateOptions

OmniTrail "abg" Data Rates

Sets the data rate used when OmniTrail device location services operate in 802.11abg mode.

Shown if: The "Specify OmniTrail Options" checkbox is checked and "OmniTrail DataRate Options" is set to "abg"

Parm Name: OmnitrailDataRates_abg

OmniTrail "11ac" Data Rates

Sets the data rate used when OmniTrail device location services operate in 802.11ac mode.

Shown if: The "Specify OmniTrail Options" checkbox is checked and "OmniTrail DataRate Options" is set to "11ac"

Parm Name: OmnitrailDataRates_11ac

OmniTrail "11n" Data Rates

Sets the data rate used when OmniTrail device location services operate in 802.11n mode.

Shown if: The "Specify OmniTrail Options" checkbox is checked and "OmniTrail DataRate Options" is set to "11n"

Parm Name: OmnitrailDataRates_11n

OmniTrail Channel

Used to enter as many as four (4) OmniTrail Channels from the 2.4GHz and/or 5GHz bands to which to apply OmniTrail device-location services.

Parm value input rules:

• String containing a comma-separated list of 1–4 channels from 2.4GHz and/or 5GHz bands

Shown if: The "Specify OmniTrail Options" checkbox is checked

Parm Name: OmniTrailChannel

Requires:

• MX: 6.3+

Use FTM Options (checkbox)

Controls the use of Wi-Fi Fine Timing Measurement options, which can be used to determine the indoor location of a device using the "round-trip time" of neighboring access points. Accuracy is around 1–2 meters.

Note: Not supported on TC21, TC26, MC22x or MC27x devices.

Parm Name: UseFTMOptions

FTM Enable/Disable

This is the On/Off switch for the Zebra Location Service, which uses Fine Timing Measurement (FTM) to track and report device location.

Note: Not supported on TC21, TC26, MC22x or MC27x devices.

Parm Name: FTMEnable

FTM Deployment Mode

Used to select whether the Wi-Fi access point to be used by the device includes built-in support for 802.11mc (option 0) or whether it was added as an enhancement.

Note: Not supported on TC21, TC26, MC22x or MC27x devices.

Shown if: The FTM Enable parameter is set to "Enable"

Parm Name: FTMDeployment_Mode

FTM AP Source Location

Used to enter the Fine Timing Measurement (FTM) AP Location Source for the Zebra Location Service. Option 1 selects the Location Configuration Information (LCI) and/or Location Civic Report (LCR) supplied by the AP. With option 0, an XML file must be created in advance, deployed to the device and referenced using the FTM Deployment File parameter.

LCI - Location Configuration Information includes latitude, longitude, and altitude of the AP providing the report.

LCR - Location Civic Report includes location reference, shape, map image sub-elements and other civic information of the AP providing the report.

For more information, please refer to IEEE.org.

Note: Not supported on TC21, TC26, MC22x or MC27x devices.

Shown if: The FTM Enable parameter is set to "Enable"

Parm Name: FTMAP_Location

FTM Deployment File

Used to enter the Fine Timing Measurement (FTM) AP Location Source for the Zebra Location Service. This option is for an LCI/LCR supplied by the AP in an XML file deployed to the device.

Parm value input rules:

• String from 0–255 characters

Note: Not supported on TC21, TC26, MC22x or MC27x devices.

Shown if: The FTM Enable parameter is set to "Enable" and the FTM AP Location is "0"

Parm Name: FTMDeployment_File

Requires:

• MX: 10.2+
• Android API: 29+

Examples

Managing Certificates Related to Wi-Fi Networks

Initialize the Android KeyStore

NOTE: Must be done for any new device before installing certificates.

Without a password:

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="4"/>
    </characteristic>
</wap-provisioningdoc>

With a password:

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="4"/>
        <characteristic type="keystore-details">
            <parm name="KeystorePassword" value="password"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Remove a Certificate:

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="2"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName1"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Install a CA certificate (.PEM file):

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="1"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName2"/>
            <parm name="CertType" value="5"/>
            <parm name="CertMethod" value="2"/>
            <parm name="CertFileCA" value="/path/to/cert.pem"/>
            <parm name="CertAdjustClock" value="false"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Install a client certificate (.PEM file):

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="1"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName2"/>
            <parm name="CertType" value="6"/>
            <parm name="CertMethod" value="2"/>
            <parm name="CertFileClient" value="/path/to/cert.pem"/>
            <parm name="CertAdjustClock" value="false"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Install a client certificate and private key (.PFX file):

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="1"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName2"/>
            <parm name="CertType" value="8"/>
            <parm name="CertMethod" value="2"/>
            <parm name="CertFileClient" value="/path/to/cert.pem"/>
            <parm name="CertAdjustClock" value="false"/>
            <parm name="PrivateKeyPassword" value="pass"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Install a client certificate and private key (.P12 file):

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="1"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName2"/>
            <parm name="CertType" value="9"/>
            <parm name="CertMethod" value="2"/>
            <parm name="CertFileClient" value="/path/to/cert.pem"/>
            <parm name="CertAdjustClock" value="false"/>
            <parm name="PrivateKeyPassword" value="pass"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Install a client certificate and private key (.PKCS12 file):

<wap-provisioningdoc>
    <characteristic type="CertMgr" version="4.2" >
        <parm name="CertAction" value="1"/>
        <characteristic type="cert-details">
            <parm name="CertAlias" value="certName2"/>
            <parm name="CertType" value="9"/>
            <parm name="CertMethod" value="10"/>
            <parm name="CertFileClient" value="/path/to/cert.pem"/>
            <parm name="CertAdjustClock" value="false"/>
            <parm name="PrivateKeyPassword" value="pass"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Country Selection

Selecting a Country:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="1"/>
        <characteristic type="Regulatory">
            <parm name="Country" value="US"/>
        </characteristic>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
    </characteristic>
</wap-provisioningdoc>

Using the Auto Option:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="1"/>
        <characteristic type="Regulatory">
            <parm name="Country" value="AUTO"/>
        </characteristic>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
    </characteristic>
</wap-provisioningdoc>

Band Selection

Set 2.4GHz:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <characteristic type="Radio">
            <parm name="BandSelection" value="2.4GHz"/>
            <characteristic type="ChannelSelection">
                <parm name="2.4GHzChannels" value="1"/>
            </characteristic>
        </characteristic>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
    </characteristic>
</wap-provisioningdoc>

Set 5.0GHz:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <characteristic type="Radio">
            <parm name="BandSelection" value="5.0GHz"/>
            <characteristic type="ChannelSelection">
                <parm name="5.0GHzChannels" value="36"/>
            </characteristic>
        </characteristic>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
    </characteristic>
</wap-provisioningdoc>

Set Auto (both 2.4 and 5.0GHz):

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <characteristic type="Radio">
            <parm name="BandSelection" value="Auto"/>
            <characteristic type="ChannelSelection">
                <parm name="2.4GHzChannels" value="1"/>
                <parm name="5.0GHzChannels" value="36"/>
            </characteristic>
        </characteristic>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
    </characteristic>
</wap-provisioningdoc>

Add Wi-Fi Network

Adding an Open Network:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="0"/>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding a Personal Network with WPA:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="1"/>
            <parm name="WPAMode" value="1"/>
            <characteristic type="key-details">
                <parm name="KeyType" value="Passphrase"/>
                <parm name="ProtectKey" value="0"/>
                <parm name="PassphraseWPAClear" value="KsdU6X3u"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding a Personal Network with WPA and TKIP:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="1"/>
            <parm name="WPAMode" value="1"/>
            <characteristic type="auth-details">
                <characteristic type="encryption-details">
                    <parm name="EncryptionWPA" value="1"/>
                </characteristic>
            </characteristic>
            <characteristic type="key-details">
                <parm name="KeyType" value="Passphrase"/>
                <parm name="ProtectKey" value="0"/>
                <parm name="PassphraseWPAClear" value="KsdU6X3u"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding a Personal Network with WPA2:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="1"/>
            <parm name="WPAMode" value="2"/>
            <characteristic type="key-details">
                <parm name="KeyType" value="Passphrase"/>
                <parm name="ProtectKey" value="0"/>
                <parm name="PassphraseWPAClear" value="KsdU6X3u"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding a Personal Network with WPA/WPA2:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="1"/>
            <parm name="WPAMode" value="3"/>
            <characteristic type="key-details">
                <parm name="KeyType" value="Passphrase"/>
                <parm name="ProtectKey" value="0"/>
                <parm name="PassphraseWPAClear" value="KsdU6X3u"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding a Personal Network with WEP:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="1"/>
            <parm name="WPAMode" value="4"/>
            <characteristic type="auth-details">
                <characteristic type="encryption-details">
                    <parm name="EncryptionWEP" value="1"/>
                </characteristic>
            </characteristic>
            <characteristic type="key-details">
                <parm name="KeyType" value="Passphrase"/>
                <parm name="ProtectKey" value="0"/>
                <parm name="PassphraseWEPClear" value="KsdU6X3u"/>
                <parm name="WepKeyIndex" value="1"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding an Enterprise Network with WPA:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="2"/>
            <parm name="WPAMode" value="1"/>
            <parm name="Authentication" value="1"/>
            <characteristic type="auth-details">
                <parm name="OptionalServerCertificate" value="serverCertName"/>
                <parm name="MandatoryClientCertificate" value="clientCertName"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding an Enterprise Network with WPA2:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="2"/>
            <parm name="WPAMode" value="2"/>
            <parm name="Authentication" value="1"/>
            <characteristic type="auth-details">
                <parm name="OptionalServerCertificate" value="serverCertName"/>
                <parm name="MandatoryClientCertificate" value="clientCertName"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>

Adding an Enterprise Network with WPA/WPA2:

<wap-provisioningdoc>
    <characteristic type="Wi-Fi" version="4.4" >
        <parm name="UseRegulatory" value="0"/>
        <parm name="UseDiagnosticOptions" value="0"/>
        <parm name="UseAdvancedOptions" value="0"/>
        <parm name="NetworkAction" value="Add"/>
        <characteristic type="network-profile">
            <parm name="SSID" value="Zebra"/>
            <parm name="SecurityMode" value="2"/>
            <parm name="WPAMode" value="3"/>
            <parm name="Authentication" value="1"/>
            <characteristic type="auth-details">
                <parm name="OptionalServerCertificate" value="serverCertName"/>
                <parm name="MandatoryClientCertificate" value="clientCertName"/>
            </characteristic>
            <parm name="UseDHCP" value="1"/>
            <parm name="UseProxy" value="0"/>
        </characteristic>
    </characteristic>
</wap-provisioningdoc>