Tripwire vs Puppet

Last updated by UpGuard on June 29, 2020

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In terms of what they do and how they work, Tripwire and Puppet have little overlap. Tripwire is for monitoring changes and Puppet is for configuring servers. The reason for tracking changes and configuring servers, however, brings them together as two approaches to compliance automation and, ultimately, reducing risk in computing systems. We’re going to compare Tripwire to Puppet here, not necessarily as identical tools, because they do have mostly different functionality sets, but how they fit into an IT environment.

The names of each company telegraph what is most important to them: Tripwire implies a mechanism by which one is alerted when something triggers a preset criterion, while Puppet implies the remote and precise manipulation of objects. Unsurprisingly, this is what their products respectively do best, but there is some feature overlap, as well as the question of how they interact with each other if in the same environment. We’ll look a bit more in detail at each product and how they compare and contrast.

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Primarily known for their security configuration monitoring (SCM), Tripwire offers a handful of products that monitor files and audit configurations for the purposes of reporting on standards like PCI. Additionally, they offer vulnerability management, network devices, and logging, though they are less known for these than their SCM. Tripwire's product suite is broad but loosely integrated, built as it was through a collection of acquisitions. Also a product of its time, Tripwire's architecture is pre-cloud and requires both installed agents and significant work to deploy and configure. While there is an open source version on Github, the project has a lifetime total of 215 commits and 132 stars.

Tripwire isn't traditionally a DevOps product, but it does do things that are useful for DevOps. For both root cause analysis and compliance with regulations like PCI, you need to know what's changing in your environment. And in fact, the more you DevOps, the more you are going to need that monitoring to know everything that's changing. But what if you just automated your infrastructure so you didn't need to monitor it...


That Puppet allows Linux and Windows servers (and some network devices) to be configured programmatically, a key tenet of DevOps in maintaining uniformity and automation within a deployment environment. Without getting into the specifics of how Puppet works, users describe how servers should be configured in files called "manifests." Puppet runs the scripts in those files to ensure all servers under its management match the desired state. In theory, this means that you don't need change monitoring because everything is automated through code and code never has bugs! In their Enterprise product, Puppet also offers reporting features that overlap many of the compliance and monitoring areas Tripwire covers, although these are mainly for files being enforced by Puppet manifests, not for monitoring changes for directories upon directories full of files.

Herein lies the essential difference between the two products: Tripwire offers detective controls for knowing how your environment is changing. Puppet offers corrective controls to enforce a desired state. At a high level, there is no conflict between the two: you need both detective and corrective controls for configuration management and compliance automation. When they step outside their wheelhouse, these products may come into competition, but the real question is whether each of them provides a best-in-class solution for matching your business' technology goals.

Side-by-Side Scoring: Tripwire vs. Puppet

1. Capability Set

Tripwire has a few tiers of product with varying functionality, though the core mechanism of scanning files and reporting changes is mostly the same. Puppet’s functionality rests in whether it can save IT ops time and effort by automating repetitive tasks and streamlining the deployment flow. As you can imagine, its efficacy depends on the amount of effort put into learning, configuring and programming it. In the areas where these tools overlap, Tripwire has overall more robust monitoring and compliance features, but if your environment is already utilizing Puppet to manage configuration files, it might make more sense to try and use the integrated reporting and compliance options there than to invest in a separate application.


Tripwire 3 out of 5 stars
Puppet 4 out of 5 stars

2. Ease of Use

Both products offer “enterprise consoles” with all of the modular dashboards and infographics you’d expect from modern tools, but even with a nice GUI, the real usability of these tools comes down to how well you can integrate them into your environment. Dumping Tripwire or Puppet onto a sysadmin or IT group who have otherwise managed their configurations directly, for example, would likely have a much different outcome than a shop in the middle of an overall culture shift towards DevOps practices. The devil is in the details as well. Usability will go up as familiarity with the underlying architecture (or programming language) increases.


Tripwire 3 out of 5 stars
Puppet 3 out of 5 stars

3. Community Support

While Puppet enjoys a large and active community, Tripwire users are likely to turn to other places like Reddit or StackExchange to get answers. Tripwire offers white papers and case studies, as well as professional services, but does not have official forums.


Tripwire 1 out of 5 stars
Puppet 5 out of 5 stars

4. Release Rate

While Puppet has ample release notes for their various versions, Tripwire holds their cards closer to the chest. The Enterprise product is updated periodically, the current version as of 3/14/2016 being 8.4. The open source version, however, has not been touched since 2013, so people looking for a free configuration monitoring tool might be disappointed with it.


Tripwire 3 out of 5 stars
Puppet 5 out of 5 stars

5. Pricing and Support

Tripwire’s Enterprise solution can be a bit pricey for smaller organizations and their open source version lacks many of the features needed to easily turn the monitoring output from an entire datacenter into usable information for IT ops. Puppet Enterprise pricing starts at $120/node per year with standard support, with more expensive support options available. Puppet open source retains the key Puppet programmability features under the Apache 2.0 license, but lacks Puppet Apps.


Tripwire 3 out of 5 stars
Puppet 4 out of 5 stars

6. API and Extensibility

According to Tripwire, “scripts and third-party software can use Tripwire Enterprise's SOAP API or command line interface to invoke functionality, including integrity checks, change reconciliation, version promotion, and report generation.” However, information on exactly what that means or how people are actually using the API is difficult to find. Due to its nature, Puppet supports many different kinds of extensibility and has documented APIs into most if not all of its products to assist with automating tasks.


Tripwire 3 out of 5 stars
Puppet 5 out of 5 stars

7. 3rd Party Integrations

Puppet offers a host of approved modules for 3rd party integration and since their product exists to automate tasks for other products, it connects into a wide variety of systems. Tripwire’s website states that they “integrate with numerous third-party systems, from change and incident management systems to SIEM solutions,” but again, details were scarce. However, they also offer a set of apps.


Tripwire 3 out of 5 stars
Puppet 5 out of 5 stars

8. Companies that Use It

Tripwire was one of the first in the game, and as such have a long customer list, including many top companies. No less impressive is Puppet’s list. No doubt both of these companies are widely used across many fields.


Tripwire 5 out of 5 stars
Puppet 5 out of 5 stars

9. Learning Curve

Neither one of these products can be implemented lightly. Both require a degree of planning, education and configuration to achieve optimal results. In fact, poor setup of these tools can create more work and communication issues than traditional server management. Filtering Tripwire’s information output for what devs, application admins and sysadmins really need to know takes a period of finessing by someone intimately familiar with the software. Likewise, even though Puppet’s proprietary programming language is designed for sysadmins, the learning curve of any new language must be overcome to make use of the automation Puppet can provide.


Tripwire 3 out of 5 stars
Puppet 3 out of 5 stars

10. CSR Score

Tripwire's score of 656 is okay, but they still have a range of technical controls missing from their main website.

Puppet scores an excellent score of 884.

Tripwire Tripwire Security Rating
Puppet Puppet Security Rating

Scoreboard and Summary

  Tripwire Puppet
Capability Set 3 out of 5 stars 4 out of 5 stars
Ease of Use 3 out of 5 stars 3 out of 5 stars
Community Support 1 out of 5 stars 5 out of 5 stars
Release Rate 3 out of 5 stars 5 out of 5 stars
Pricing and Support 3 out of 5 stars 3 out of 5 stars
API and Extensibility 3 out of 5 stars 5 out of 5 stars
3rd Party Integrations 3 out of 5 stars 5 out of 5 stars
Companies that Use It 5 out of 5 stars 5 out of 5 stars
Learning Curve 3 out of 5 stars 3 out of 5 stars
CSTAR Score 656 884 
Total  3.1 out of 5  4.3 out of 5


Choosing between Tripwire and Puppet means first being able to understand if you need to choose between them in the first place, how they fit into an IT environment, and if/how they complement each other. There are some solutions out there that use Puppet to manage Tripwire, but that’s less of an integration than Puppet doing its thing. If your organization is going full DevOps, then you’re going to need the automation functionality Puppet or one of its competitors (Chef, Ansible, etc.) offers. If you’re after monitoring change on large numbers of files, something like Tripwire is closer to the mark, even though Puppet does offer some audit-type functionality for non-managed files.

Understanding your current processes, their bottlenecks and blind spots, will help you better understand if and how these tools could benefit you. But DevOps begins with a culture change, not a software addition, so that type of self-assessment is already a step in the right direction.

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