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1E 8.1 (on-premises)

Communication Ports

Diagrams and tables with all the external Tachyon communication ports. Useful, if needed, for network and device firewalls.

Please refer to Tachyon Architecture for architecture diagrams.

Connections diagram

The diagram shows connections for Tachyon and its applications. It includes connections from clients and administration workstations, and outgoing connections to inventory sources, and to Microsoft Endpoint Configuration Manager that is optionally used by some applications.

It does not show connections for WakeUp, NightWatchman Enterprise, or Shopping, which have their own back-end servers. Their connection diagrams can be found in their documentation.

Tachyon 8.1 Connections

Firewall requirements for a Single-Server

The following table lists firewall requirements for a single-server where Tachyon Master Stack and Response Stack are installed on the same server. The table assumes a remote SQL Server hosting TachyonMaster and TachyonResponses databases. Each Tachyon component described in the table has at least one output and/or input. For each Tachyon component with output, there is a matching input.

Firewalls normally protect against incoming traffic from remote devices, however, the table below also includes outgoing connections. The table does not include internal communications within the Server.

In addition to but not included in the table are various ports that Tachyon uses to communicate with Microsoft services, including Certificate Services and Active Directory. The Coordinator Workflow service queries AD for email details; the Consumer API queries AD for security details.

Port requirements are not provided here for Nomad, Shopping and WakeUp modules of the 1E Client. Only the ports used by the client feature of the 1E Client are listed.

If Nomad is being used by the client on Windows computers, it has additional port requirements of its own, which are not changed by Tachyon.

Additional ports may be required if Tachyon instructions need to connect to non-Tachyon content sources.

There may be additional requirements if the environment has had default security settings changed.

Tachyon Servers

Device

Port

Protocol

Direction

Usage

Configurable

Tachyon Server (Master Stack)

TCP 443

HTTPS

Incoming

  • Console browser connections to Tachyon Portal UI

  • Console browser connections to SLA Platform UI

  • Console browser connections to 1E Catalog UI

  • Consumer connections toCatalog API

  • Consumer connections to Consumer API

  • Consumer connections to SLA Operations Provider API

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See HTTPSIISPORT.

Setup installs other components using the same settings as Tachyon Server.

Tachyon Server (Master Stack)

TCP 80

HTTP

Incoming

  • Console browser connections to SLA Platform UI

  • Console browser connections to 1E Catalog UI

  • Consumer connections toCatalog API

  • Consumer connections to SLA Operations Provider API

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See HTTPSIISPORT.

Tachyon Setup installs other components using the same settings as Tachyon Server.

Tachyon Server (Response Stack)

TCP 443

HTTPS

Incoming

  • Client retrieving content from the Background Channel.

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See HTTPSIISPORT.

Tachyon Server (Master Stack)

TCP 443

HTTPS

Outgoing

  • Tachyon Coordinator service contacting the 1E Cloud License Service via an Internet connection.

  • 1E Catalog Update service contacting the 1E Cloud Catalog Service via an Internet connection.

The port used to connect to the 1E Cloud Services is not configurable.

Tachyon Server (Master Stack)

TCP 6002

WebSocket (ws)

Incoming Outgoing

  • Integrate Agent service connecting to the Integrate Manager Web API to get connector jobs

Yes, configurable after installation.

Note

Integrate Agent component is not shown on the diagram, and installation on remote systems is not supported.

Tachyon Server (Response Stack)

TCP 4000

WebSocketSecure (wss)

Incoming

  • Client receiving instructions from and sending compressed responses to the Tachyon Switch.

Switch ports are not configurable using the Server installer.

A Switch port can be changed post-installation, by configuring the value in the Port column for the relevant Switch in the SwitchConfiguration table in the Tachyon Master database.

If the Switch port is changed after deploying 1E Client (with Tachyon features enabled) then the corresponding Switch port must be updated in each Client's configuration file.

Clients initiate and maintain a WebSocket Secure connection to a Switch, which the Switch uses to communicate back to the clients.

Tachyon Server (Master Stack)

TCP 25

SMTP

Outgoing

  • Tachyon Coordinator service sending two-factor authentication emails.

  • Tachyon Coordinator service sending workflow emails.

Yes. In this version of Tachyon, SMTP Authentication is not configurable using the Server installer. The default is anonymous authentication. However, it can be changed post-installation.

For details of changing the SMTP configuration and disabling email notifications, please refer to Changing the SMTP Host configuration.

Tachyon Server (Master Stack)

TCP 1433

TDS

Outgoing

  • Tachyon Web Site application pools (Portal, Consumer API) communicating with SQL Server.

  • SLA Platform Web Site application pools (Admin, CoreExternal, Platform) communicating with SQL Server.

  • Tachyon Coordinator service communicating with SQL Server.

  • Catalog services and application pool communicating with SQL Server.

  • 1E Catalog Update service communicating with SQL Server.

Not configurable from Setup.

In the Database Servers panel in Tachyon Setup you can select a SQL Server instance. The instance can be installed using a non-standard port.

However, selecting an instance that uses a non-standard port will not change the port used by the Tachyon Installer, and installation will fail. If you require the use of a non-standard port on a Default SQL Server instance, contact 1E for guidance on a manual workaround.

If using a Named Instance that is set to its default configuration where the server automatically chooses a random port (or if you manually configured the instance to use a fixed port), then the SQL Browser service needs to be enabled to let the Tachyon Server determine the port in use. You will need to open UDP port 1434 used by the SQL Browser.

See SQLSERVER_MASTER.

Tachyon Server (Master Stack)

TCP 1433

TDS

Outgoing

  • Inventory connectors fetching data from sources that use SQL Server.

Configurable in various Connectors, please refer to Connectors page.

Tachyon Server (Master Stack)

TCP 135 and 445 (initially)

WMI (DCOM)

Outgoing

  • SCCM WMI Server provider connection to Configuration Manager.

  • Nomad connection to Configuration Manager used by the Nomad Sync feature.

Not configurable. Please refer to Provider configuration page and Nomad.

Tachyon Server (Response Stack)

TCP 1433

TDS

Outgoing

  • Tachyon Web Site application pools (Core and Core Internal) communicating with SQL Server (mainly uncompressed responses).

Not configurable from Setup. See the comments above for the Tachyon Server (Master Stack).

See SQLSERVER_RESPONSES.

SQL Server (TachyonMaster database)

TCP 1433

TDS

Incoming

  • Tachyon Web Site application pools (Consumer API, Portal) communicating with SQL Server.

  • Tachyon Coordinator service communicating with SQL Server.

  • Tachyon Web Site application pools (Core) communicating with SQL Server.

Not configurable from Setup. See the comments above for the Tachyon Server (Master Stack).

See SQLSERVER_MASTER.

SQL Server (TachyonResponses database)

TCP 1433

TDS

Incoming

  • Tachyon Web Site application pools (Core and Core Internal) communicating with SQL Server (mainly uncompressed responses).

Not configurable from Setup. See the comments above for the Tachyon Server (Master Stack).

See SQLSERVER_RESPONSES.

Tachyon clients

Device

Port

Protocol

Direction

Usage

Configurable

Clients

TCP 4000

WebSocket Secure (wss)

Outgoing

  • Client receiving instructions from and sending compressed responses to the Tachyon Switch.

Yes. See Tachyon client settings.

Switch=<SwitchName>:<SwitchPort>

Anything other than port 4000 requires a Tachyon Server with a Switch using the same port number.

Clients initiate and maintain a WebSocket Secure connection to a Switch, which the Switch uses to communicate back to the client.

Clients

TCP 443

HTTPS

Outgoing

  • Client retrieving content from the Background Channel.

Yes, during installation. See Tachyon client settings.

BackgroundChannelUrl=https:/<1EplatformFQDN>:<port>/Background

Clients

TCP 7766

HTTPS

Outgoing and Incoming

  • Communication between the 1E Client service and 1E Client UI.

Yes, during installation. See Tachyon client settings.

MODELE.INTERACTION.PORT=<port>

Browsers

TCP 443

HTTPS

Outgoing

  • Browsers connection to the Tachyon Portal (Explorer, Settings, and other applications).

  • Browser connection to the SLA Platform UI.

  • Browser connection to the Consumer API.

Anything other than port 443 requires the port number to be included in the browser URL when connecting to the Tachyon portal, API or SLA Platform UI.

Browsers

TCP 80

HTTP

Outgoing

  • Console browser connections to the 1E Catalog UI

Anything other than port 80 requires the port number to be included in the browser URL when connecting to the 1E Catalog UI.

Firewall requirements for a remote Catalog Web Server

The following table lists firewall requirements when the Catalog Web Server is on a different server than the Tachyon Server. This can happen if Tachyon Server is installed in an environment that already has a 1E Catalog server installed to support Application Migration or AppClarity.

Device

Port

Protocol

Direction

Usage

Configurable

Tachyon Server (Master Stack)

TCP 80

HTTP

Outgoing

  • Consumer connections to the Catalog API

Yes, requires manual configuration of Tachyon Server if not using default port 80.

Catalog Server

TCP 80

HTTP

Incoming

  • Console browser connections to the 1E Catalog UI

  • Consumer connections to the Catalog API

Yes, during installation. See 1E Catalog installer properties.

Catalog Server

TCP 443

HTTPS

Outgoing

  • 1E Catalog Update service contacting the 1E Cloud Catalog Service via Internet connection.

The port used to connect to the 1E Cloud Services is not configurable.

Catalog Server

TCP 1433

TDS

Outgoing

  • Catalog services and application pool communicating with SQL Server.

  • 1E Catalog Update service communicating with SQL Server.

Yes, during installation. See 1E Catalog installer properties.

SQL Server
(1E Catalog database)

TCP 1433

TDS

Incoming

  • 1E Catalog application pool communicating with SQL Server.

  • 1E Catalog Update service communicating with SQL Server.

Yes, during configuration of the SQL Server instance.

Browsers

TCP 80

HTTP

Outgoing

  • Console browser connections to the 1E Catalog UI

Yes, during installation. See 1E Catalog installer properties.

Firewall requirements for a remote Tachyon Response Stack
Tachyon 8.1 Architecture Multi-Stack

The following table lists firewall requirements when using a Tachyon Response Stack that is remote from the Tachyon Master Stack, which is additional to the ports required for a Single-Server. Each Tachyon component described in the table has at least one output and/or input. For each Tachyon component with an output, there is a matching input.

Device

Port

Protocol

Direction

Usage

Configurable

Tachyon Server (Master Stack)

TCP 443

HTTPS

Outgoing

  • Tachyon Coordinator Workflow service connections to the Core on a remote Response Stack

  • Consumer API connections to the remote Background Channel on a remote Response Stack

  • Consumer API connections to the Core on a remote Response Stack

Yes, during the installation of the Response Stack. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT, refer to Tachyon Server installer properties.

The Consumer API connection to the Core is only used for remote Response Stacks.

Tachyon Server (Response Stack)

TCP 443

HTTPS

Incoming

  • Tachyon Coordinator Workflow service on the remote Master Stack connecting to the Core on a remote Response Stack

  • Consumer API on the remote Master Stack connecting to the remote Background Channel on a remote Response Stack

  • Consumer API on the remote Master Stack connecting to the Core on a remote Response Stack

Yes, during the installation of the Response Stack. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT refer to Tachyon Server installer properties.

The Consumer API connection to the Core is only used for remote Response Stacks.

Tachyon Server (Master Stack)

TCP 3901

WebSocket (ws)

Incoming

  • Tachyon Switches sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

  • Tachyon Web Site Core application pool sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

Yes, but please contact 1E for advice.

Tachyon Server (Response Stack)

TCP 3901

WebSocket (ws)

Outgoing

  • Tachyon Switches sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

  • Tachyon Web Site Core application pool sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

Yes, but please contact 1E for advice.

SQL Server (TachyonMaster database)

TCP 1433

TDS

Incoming

  • Tachyon Web Site Core application pool on a remote Response Stack communicating directly with the Tachyon Master database

Not configurable from Setup.

In the Database Servers panel in Tachyon Setup you can select a SQL Server instance. The instance can be installed using a non-standard port.

However, selecting an instance that uses a non-standard port will not change the port used by the Tachyon Installer, and installation will fail. If you require the use of a non-standard port on a Default SQL Server instance, contact 1E for guidance on a manual workaround.

If using a Named Instance that is set to its default configuration where the server automatically chooses a random port (or if you manually configured the instance to use a fixed port), then the SQL Browser service needs to be enabled to let the Tachyon Server determine the port in use. You will need to open UDP port 1434 used by the SQL Browser.

See Server installer property, SQLSERVER_MASTER, refer to Tachyon Server installer properties.

Tachyon Server (Response Stack)

TCP 1433

TDS

Outgoing

  • Tachyon Web Site Core application pool communicating directly with the remote Tachyon Master database

Not configurable from Setup. See the comments above for SQL Server (TachyonMaster database).

See Server installer property SQLSERVER_MASTER, refer to Tachyon Server installer properties.

Firewall requirements for a Tachyon DMZ Server
Tachyon 8.1 Architecture with DMZ

The following table lists the subset of ports needed when hosting Tachyon Switch and Background Channel components on a DMZ Server to support devices external to the network. Each Tachyon component described in the table has at least one output and/or input. For each Tachyon component with an output there is a matching input.

Note

If the server is a domain joined server it needs to be able to access Microsoft services, including Certificate Services and Active Directory. If the server is not domain joined (a workgroup server) you will need to manually install its Web Server certificate.

In both cases you will also need to ensure that the server is able to validate the certificate, including accessing the certificate's remote CRL Distribution Point.

The following table does not cover port requirements when using ADFS and SAML tokens to authenticate clients. In this documentation we just provide details of the simplest option, which uses certificates for client authentication. For details of how to configure Tachyon to support the more complex implementations, please contact 1E.

Device

Port

Protocol

Direction

Usage

Configurable

DMZ Server

TCP 443

HTTPS

Incoming

  • Internet-facing client retrieving content from the Background Channel

  • Background Channel receiving content from the Consumer API on the Master Stack

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT, refer to Tachyon Server installer properties.

DMZ Server

TCP 443

HTTPS

Outgoing

  • The Switch forwards compressed responses from the Internet-facing client devices to the Core on the Response Stack

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT, refer to Tachyon Server installer properties.

DMZ Server

TCP 3901

WebSocket (ws)

Outgoing

  • Tachyon Switches sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

Yes, but please contact 1E for advice.

DMZ Server

TCP 400n

TCP

Incoming

  • Each Switch (from 1 to n) listens for prompts (pokes) from the Core on the Response Stack forwarding workflow commands. Each Switch requires its own port to be registered in the Core.

If the value for the Switch port has been changed, the port you need to open should be the Switch client port + 1. For example, if a Switch client port is 4000 then Switch poke port is 4001.

DMZ Server

TCP 4000

WebSocket Secure (wss)

Incoming

  • Internet-facing client requesting instructions from and sending compressed responses to the Tachyon Switch

Switch client ports are not configurable using the Server installer.

A Switch client port can be changed post-installation, by configuring the value in the Port column for the relevant Switch in the SwitchConfiguration table in the Tachyon Master database.

Clients initiate and maintain a WebSocket Secure connection to a Switch, which the Switch uses to communicate back to the client.

DMZ Server

TCP 80

HTTP

Outgoing

  • See note above about accessing the certificate's remote CRL Distribution Point.

Tachyon Server (Response Stack)

TCP 443

HTTPS

Incoming

  • The Core receives compressed responses forwarded by the Switch

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT, refer to Tachyon Server installer properties.

Tachyon Server (Master Stack)

TCP 443

HTTPS

Outgoing

  • The Consumer API on the Master Stack sends content to the Background Channel

Yes, during installation. In the Website Configuration panel in Tachyon Setup.

See Server installer property HTTPSIISPORT, refer to Tachyon Server installer properties.

Tachyon Server (Response Stack)

TCP

TCP

Outgoing

  • The Core on the Response Stack prompts each Switch on the DMZ Server

Switch client ports are not configurable using the Server installer.

A Switch client port can be changed post-installation, by configuring the value in the Port column for the relevant Switch in the SwitchConfiguration table in the Tachyon Master database.

If the value for the Switch client port has been changed the port you need to open should be the Switch client port + 1. For example, if Switch client port is 4000 then Switch poke port is 4001.

Tachyon Server (Master Stack)

TCP 3901

WebSocket (ws)

Incoming

  • Tachyon Switches sending instrumentation data to the Instrumentation module in the Coordinator on the Master Stack

Yes, but please contact 1E for advice.

Internet-facing clients

TCP 443

HTTPS

Outgoing

  • Internet-facing client retrieves content from the Background Channel

Yes, during installation. See Tachyon client settings.

Internet-facing clients

TCP 4000

WebSocket Secure (wss)

Outgoing

  • Internet-facing client requests instructions from and sends compressed responses to the Tachyon Switch

Yes. See Tachyon client settings.

There must be a matching Switch using the same port.

Clients initiate and maintain a WebSocket Secure connection to a Switch, which the Switch uses to communicate back to the client.

Internal Server communications

The following is a list of ports used within the Tachyon Platform, and not listed in the Single-Server table above, and as such should not affect firewall requirements. Some of these are listed in the DMZ table above.

Port

Protocol

Usage

Configurable

TCP 3900

WebSocket (ws)

  • Tachyon Switch registering with the Switch Host

Yes, post-installation, but not recommended. Contact 1E for advice.

The following may be configured during installation.

TCP 3901

WebSocket (ws)

  • Tachyon Web Site Consumer API application pool requesting instrumentation data

  • Tachyon Web Site Core application pool sending instrumentation data

  • Tachyon Web Site Core Internal application pool sending instrumentation data

  • Tachyon Coordinator Workflow service sending instrumentation data

  • Tachyon Switch sending instrumentation data

TCP

TCP

  • A prompt (poke) from the Core forwarding workflow commands to each Switch (from 1 to n). Each Switch requires its own port to be registered in the Core.

TCP 443

HTTPS

  • Tachyon Switch retrieving instruction definitions from the Core

  • Tachyon Coordinator Workflow service connections to the Core

  • Consumer API connections to the Background Channel

  • Consumer API connections to the Tachyon Coordinator Workflow service

TCP 80

HTTP

  • Tachyon Switch forwarding responses to the Core Internal (fast) - but a Switch on a DMZ server will use 443 HTTPS instead.

TCP 8081

HTTPS

  • Tachyon Web Site Consumer API application pool issuing workflow commands to the Tachyon Coordinator Workflow service

TCP 6002

HTTP

  • SLA Integrate Agent service connecting to the SLA Integrate Manager Web API to get connector jobs.