import requests import urllib.parse # Change the IP to your installation cloudvdi_api_url = "https://127.0.0.1/api/public" # Data required for API Call request_data = { "api_key": "JgcKL1glyQrS", "api_key_secret": "XnPMU24uqgLPj4C1jm6MOXnlUBrDfqog", "image_id": "f9f8d332fad84a00ba2fe048f1598f92", "enable_sharing": True # Sharing allows multiple view-only users of the streaming container } # Create a new streaming container and get the resulting url res = requests.post(cloudvdi_api_url + '/request_cloudvdi', json=request_data, verify=False) res_json = res.json() print('The stream url of the container is %s' % res_json['cloudvdi_url'])
Use SAML authentication to secure access to user streamed containers.
If the application you are streaming can generate web traffic, CloudVDI has a built in forward proxy with whitelisting, blacklisting, and URL categorization to ensure users can only do things inside your environment that are authorized.
Control every detail of your environment based on settings applied to groups. Nested groups allow for complex and finite control over the look, feel, behavior, and security settings for each user environment.
Stream containerized apps to any modern browser.
Dynamically scale compute resources with support for AWS and Digital Ocean.
CloudVDI has built-in centralized logging and integrates natively with Splunk and other tools that support web based logging.
Casting allows for authenticated or unauthenticated sessions accessible via a simple URL.
Share a single containerized UI app with multiple users.
CloudVDI is already fast when provisioning new environments for users. Additionally, the platform supports pre-staging of dynamically created cloud resources and pre-staging of containers. With these features enabled, end-users experience an instant remote environment streamed to their browser.
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