Common use cases
Fixlet Streams provide a versatile solution for managing patch deployments and updates across a range of device environments. Below are some common use cases illustrating how organizations can effectively utilize Fixlet Streams:
Automating Regular Patch Management
Description: Organizations can set up Fixlet Streams to automate the deployment of regular patches and updates for operating systems and applications.
- A company schedules monthly patch deployments for all Windows devices using a built-in Fixlet Stream.
- Dynamic filters are set to include only devices running specific OS versions to ensure compatibility.
- The automation runs automatically each month, reducing manual effort and ensuring all devices are up-to-date.
Addressing Critical Vulnerabilities
Description: In response to emerging security threats, organizations can quickly deploy Fixlet Streams to address critical vulnerabilities (0-day vulnerabilities).
- A cybersecurity team identifies a critical vulnerability affecting a widely used application.
- They create a temporary Fixlet Stream that targets all devices running the vulnerable application and applies the necessary patches.
- Dynamic filters can be adjusted to ensure rapid deployment to affected devices, minimizing risk exposure.
Managing Compliance with Regulatory Requirements
Description: Organizations in regulated industries can use Fixlet Streams to ensure that devices comply with necessary security standards and regulations.
- A healthcare organization must adhere to HIPAA regulations and maintain compliance on all devices accessing patient data.
- They set up a Fixlet Stream that automates the deployment of security updates and compliance patches specifically tailored for healthcare applications.
- Regular monitoring of Fixlet compliance percentages helps ensure that all devices remain compliant.
Testing Software Updates Before Full Deployment
Description: Before rolling out updates to all devices, organizations can use Fixlet Streams to test software updates on a small group of devices.
- An IT department wants to verify a new version of an internal application.
- They create a Fixlet Stream to target only a limited number of devices for testing purposes.
- After monitoring the test deployment, feedback is gathered, and adjustments are made before a full-scale rollout.
- Because a stream must be inactive before it can be edited, plan a pause between the test run and the adjusted rollout. Deactivating the stream deletes its automation, so recreate the automation after you revise the criteria.
Segmenting Deployments Based on Device Attributes
Description: Organizations can create tailored deployments by segmenting devices based on specific attributes, such as department, location, or hardware specifications.
- A global organization has different device types used in various departments (e.g., HR, Finance, and Engineering).
- They set up multiple Fixlet Streams with dynamic filters that match devices based on department-specific software requirements.
- This ensures that each department receives the appropriate updates relevant to their operations without unnecessary deployments to unrelated devices.
Regular Maintenance for End-of-Life Devices
Description: For devices that are approaching end-of-life status, organizations can manage their maintenance using Fixlet Streams to extend their lifecycle while preparing for replacement.
- An organization has a number of legacy devices still in operation.
- A Fixlet Stream is created specifically for these devices to apply critical updates and patches, ensuring they remain secure while planning for replacements.
- Dynamic filters can target these legacy devices, allowing the IT team to manage resources effectively.