Download echolink autoconnect

Autoconnect on logging in as an Entra ID user You can configure FortiClient to automatically connect to a specified VPN tunnel using Microsoft Entra ID credentials. FortiClient supports two autoconnect methods with Entra ID SAML VPN: FortiClient can establish the VPN tunnel seamlessly without manual authentication if the user is already logged in to an Entra ID domain-joined endpoint. See Method 1: Autoconnect with Entra ID domain-joined FortiClient endpoint. The user establishes the VPN tunnel using manual authentication for the first time that they establish that VPN tunnel. Afterward, FortiClient can seamlessly establish the VPN tunnel without manual authentication. See Method 2: Autoconnect with non Entra ID-joined FortiClient endpoint. The following describes configuration for both methods. The following instructions assume that you have already configured your Entra ID environment, that your FortiClient EMS and FortiGate are part of a Fortinet Security Fabric, and that the FortiGate has been configured in Azure as an enterprise application for SAML single sign on. See Tutorial: Azure AD SSO integration with FortiGate SSL VPN. The following configuration requires FortiOS 7.2.1 or a later version. The XML option affects how FortiClient presents SAML authentication in the GUI. See SSL VPN. Method 1: Autoconnect with Entra ID domain-joined FortiClient endpoint To join the endpoint to an Entra ID domain: On the Windows machine, go to Settings > Accounts > Access work or school > Join this device to Microsoft ID. Enter the Entra ID domain account credentials. Reboot the endpoint. Log in with the configured Entra ID credentials. To configure EMS: Go to Endpoint Profiles > Remote Access. Select the desired profile. Specify the desired tunnel as the autoconnect tunnel: SSL VPN HQ1 After the endpoint receives the updated configuration, when the user is logged in as the Entra ID domain user on the endpoint, FortiClient seamlessly connects to the VPN tunnel without displaying a prompt for credentials. The user does not need to manually authenticate the VPN tunnel connection. To configure FortiOS: conf user saml edit "azure_saml" set auth-url " next end Method 2: Autoconnect with non Entra ID-joined FortiClient endpoint To create and configure app registration in Azure: In the Azure portal, go to Microsoft Entra ID > Enterprise applications. Select the FortiGate SSL VPN enterprise application. Note down the application ID and Azure domain. Go to Microsoft Entra ID > App registrations > All applications. Click the application that you selected in step 2. Go to Manage > Authentication > Add a platform > Mobile and desktop applications. In the Custom redirect URIs field, enter ms-appx-web://microsoft.aad.brokerplugin/, followed by the application ID that you noted. For example, if your application ID is 123456, enter ms-appx-web://microsoft.aad.brokerplugin/123456. Save the configuration. To configure EMS: Go to Endpoint

Profiles > Remote Access. Select the desired profile. Configure the following for the desired tunnel for FortiClient to automatically connect to. This example configures an SSL VPN tunnel as the tunnel that FortiClient automatically connects to. You can configure the autoconnect tunnel to be an IPsec VPN tunnel if desired. For details on how to find the tenant domain name and application ID from the Azure portal, see the following: Find the Microsoft Entra tenant ID and primary domain nameQuickstart: View enterprise applicationsConfigure the following in Advanced Settings:Toggle on Enable SAML Login.Ensure that Use External Browser as User-agent for SAML Login is disabled. You cannot use an eternal browser for this method.Toggle on Enable Azure Auto Login.In the Tenant Name field, enter the domain name obtained from the Azure portal.In the Client ID field, enter the application ID obtained from the Azure portal. Save the tunnel. In general VPN settings, specify the desired tunnel as the autoconnect tunnel: SSL VPN HQ1 To configure FortiOS: You must define a user, msgraph, and use it as a member of User & Authentication > User Groups. The following shows the relevant CLI commands:config user external-identity-provider edit "msgragh" set type ms-graph set version v1.0 nextendconfig user group edit "SSLVPN_SAML_Entra_ID" set authtimeout 60 set member "SSLVPN_SAML_Entra_ID" "msgragh" nextend config user saml edit "azure_saml" set auth-url " next end To configure EMS: Go to Endpoint Profiles > Remote Access. Select the desired profile. In XML view, configure the following for the desired tunnel for FortiClient to automatically connect to. This example configures an SSL VPN tunnel as the tunnel that FortiClient automatically connects to. You can configure the autoconnect tunnel to be an IPsec VPN tunnel if desired. For details on how to find the tenant domain name and application ID from the Azure portal, see the following: Find the Microsoft Entra tenant ID and primary domain nameQuickstart: View enterprise applicationsSSL VPN HQ11Domain name obtained from the Azure portal.Application ID obtained from the Azure portal In general VPN settings, specify the desired tunnel as the autoconnect tunnel: SSL VPN HQ1 To manage application permissions: As an end user, log in to an endpoint that has the profile configured in To configure EMS: applied. FortiClient automatically attempts to connect to the specified VPN tunnel. If this is the initial attempt to connect to this VPN tunnel, Windows displays a prompt to select the desired Entra ID account. Select the desired account. You should now configure one of the following permission options. These steps assume that you have already configured Azure SAML SSL/IPsec VPN autoconnect as this document describes and you are signed in as a global administrator of the same tenant. To have Need admin approval shown

4.0 is based on a brand new implementation of the Maidenhead locator grid and the propagation simulation is based on the geographic coordinate of the user. The propagation between two grid squares is calculated from daily solar flux data and its effect on the ionosphere. The sunspot number (SSN) is taken into account. The system also recognizes "Back-scatter", "Sporadic-E", "Tropo" and "Grey Line" propagation. In the new model, propagation conditions between two virtual operators is determined by the sun's radiation and by the time of the day, very much like the real HF propagation. These new algorithms allow HamSphere to simulation minute-to-minute changes in the propagation. HamSphere 4.0 also includes a better audio quality than version 3, a better S/N ratio, a narrower communication bandwidth, real USB and LSB modulations, both transmitter and receiver AGC, and plug-in modules to suit your communication needs. HamSphere works on all Windows 32 and 64-bit platforms, Linux and Mac OS or any other Java driven system, including on iPhone and Android smartphones. At home you need a computer connected to Internet (cabling or Wi-Fi), a speaker or a headset and a microphone (a webcam, wired or USB, can play that role). The trial version of HamSphere v3 or v4 is valid 5 days, what is much too short. A full week, so including a weekend, or even 30 days should have been more interesting. If you want the full version, you need to subscribe to HamSphere.The QSL database and the log book are not compatible between version 3 and 4 because of the new propagation algorithm used in v4. So if you upgrade to HamsSphere 4 you will lost all your data : ther logbook, QSL's sent and received and your awards, what is really a pity.In life, if I change of transceiver or antenna or move to another spot showing a better propagation, my logbook and QSLs will not suddently become invalid... The membership is 30€ per year. When your first subscription will be confirmed, non-licensed amateurs will receive a specifc call sign (e.g. 12HS3456) which prefix depends on your country (code ISO2). Licensed ham radios can use their own call sign. All members have access to a log book developed by VE3JAR, you can manage eQSLs that you can create, receive and send via the tool, and to the forum. You can also create a blog on HamSphere.Net. If you need more information or some help from HamSphere administrators, the contact emails are this one or this one. Here is an audio recording from HamSphere 3.0 (MP3 of 612 KB). You will find on YouTube videos showing HamSphere in operation compared to a real QSO using a transceiver. The HamSphere simulation is amazing by its realism. 2002-2015, Echolink Freeware Echolink Developed in early 2002 by Jonathan Taylor, K1RFD, Echolink is a program that, instead of using ionospheric layers to establish a communications, uses the Voice over IP (VoIP) protocol, I.e. Internet. You can use Echolink in combination with RF linking and specially