(3) It enables the setting up of a single background data connection, which is the most common
use case.
(4) It enables the setting up of 8 kbps, 16 kbps and 32 kbps streaming connections.
(5) HTTP runs over Transport Layer Security (TLS), i.e., HTTPS, providing communication security
over the Internet. The usage of TLS requires that the client must support an X.509 certificat
e t
o
communicate with the terminal web server. The web server uses the standard port number
assigned to TLS connection: 443.
– The terminal will use the default self-assigned HTTPS certificat
e s
tored in the terminal’s
non-volatile memory.
– The default certificat
e h
as a validity period of 10 years.
– The terminal will be configure
d w
ith a user account with an initial password (that can be
changed by the user) that is unique for each terminal.
– The initial username and password will be communicated by the label on the indoor unit.
– To restore the username and password to its initial values:
Log into the reset account and select the option in the WebUI or by sending the appropriate
RESTful message.
C.
PPPoE
• Connect using PPPoE with the following parameters:
– Username: void
– Password: <blank>
– Service Name - @Background.
D.
RESTful
(1) RESTful/JSON interface is the primary machine to machine command interface.
(2) The communication protocol for RESTful is HTTP/HTTPS.
(3) Websocket interface handles asynchronous messages from the terminal.
• There are 3 types of web sockets messages.
– Responses to network commands.
– Periodic information updates.
– Unsolicited/Alerts messages.
(4) Example python scripts for controlling the terminal via the RESTful interface are available
for download via the terminal's web page.
• The Key resources available via the RESTful interface are:
– Secid
– Connectionprofilei
d
– Location
– Temp
– GNSS
– Lowpower
– Signalstrength
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Feb 2021
© Honeywell International Inc. Do not copy without express permission of Honeywell.
SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL
SMALL SATCOM
