![]() ![]() For more information, see Choosing TCP or UDP. Protocol. Select the protocol that your syslog-enabled devices are currently using to send syslog data, UDP or TCP.The Source's name is stored as the metadata field _sourceCategory. Enter the name you'd like to display for the new Source. Click Add and then choose Add Source from the pop-up menu. Find the Installed Collector to which you'd like to add the Syslog Source.In the Sumo web app select Manage Data > Collection > Collection.Metadata for previously collected log data will not be retroactively changed. If you are editing a Source, metadata changes are reflected going forward. ![]() Restart the MacOS firewall and allow Stunnel to access data on and receive data from the internet.If you are already running a syslog server, you can either switch to using a Syslog Source as your syslog server (recommended) or you can output the existing syslog server data to a local file, and then set up a Local or Remote File Source to collect the file. Otherwise you will need to open a Terminal window to manually start Stunnel when needed. If you want Stunnel to start every time your computer is started, type the following command at the command prompt in Terminal: brew services start stunnel Make note of any errors marked with at the beginning of the line. Open a terminal window and type Stunnel followed by Enter. ** Replace IPAddress1 and IPAddress2 with the two addresses configured on your Mac.Ĭopy the nf-sample file to /usr/local/etc/stunnel/nf. Key = usr/local/etc/stunnel/Butterfly_SCP_Key.pem This will mark the lines as comments, so they will not be processed by stunnel.Īfter “Global Options”, add the following line:īefore “Example Client Mode Services”, copy and paste the following text: ********************************* Example TLS server mode servicesĬert = usr/local/etc/stunnel/Butterfly_SCP_Cert.pem Replace your-user-name with your MacOS profile name.Īdd a “ ” to the beginning of every line that does not already start with a “ ”. Open the Cert file from the Downloads directory in a new window.Ĭopy the text from this file and paste it into the file in the Cert file in the /usr/local/etc/stunnel directory.Įdit the Users/your-user-name/Downloads/nf-sample file using TextEdit as follows:Ĭp /usr/local/etc/stunnel/nf-sample /Users/your-user-name/Downloads. Verify the Cert in the Stunnel folder starts with the line “-BEGIN CERTIFICATE-”. Open the Key file from the Downloads directory in a new window.Ĭopy the text from this file and paste it into the file in the Key file in the /usr/local/etc/stunnel directory. If it does not, open the file with TextEdit and delete the text. Verify that the Key in the Stunnel folder starts with the line “-BEGIN RSA PRIVATE KEY-”. Remove any Butterfly keys / certs from Mac Keychain.ĭo NOT install Butterfly Key and / or Cert to the Mac Keychain.Ĭopy key and cert from the Downloads folder to the folder /usr/local/etc/stunnel Stunnel is a free software authored by Michał Trojnara and distributed under GNU GPL version 2 or later with OpenSSL exception. Additionally, commercial technical support for Stunnel or non-GPL licenses are offered for a fee directly from Stunnel. Stunnel is a proxy designed to add TLS encryption/decryption functionality to existing clients and servers without any changes in the original programs' code. Since many PACS solutions do not inherently support the encryption/decryption of DICOM-TLS, we leverage either a network device such as a Citrix ADC (Netscaler), F5 Networks Big-IP, or software like Stunnel to terminate (decrypt/encrypt) the TLS encrypted network traffic. The Butterfly Cloud DICOM Connector utilizes DICOM-TLS (Transport Layer Security, v 1.2) to facilitate point-to-point encrypted communication without the drawbacks and setup challenges associated with a VPN tunnel. This enables secure transmission of ultrasound studies captured with Butterfly iQ+, via Butterfly Cloud, to a DICOM PACS, VNA or other medical image archive. The Butterfly Cloud DICOM Connector creates a secure, encrypted connection between Butterfly Cloud and your facility’s DICOM endpoints. Typically, this communication is unsecured, meaning any third party could potentially see what data is being exchanged. When a medical modality or a DICOM software client connects to a (PACS) server, communication begins between the systems. ![]()
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