Author Archives: Sumit Jaiswal
Author Archives: Sumit Jaiswal
At AnsibleFest 2020, we announced the extension of our security automation initiative to support endpoint protection use cases. If you have missed it, check out the recording of the talk “Automate your endpoint protection using Ansible” on the AnsibleFest page.
Today, following this announcement we release the supported Ansible Content Collection for Trend Micro Deep Security. We will walk through several examples and describe the use cases and how we envision the Collection being used in real world scenarios.
If you want to refresh your memory about our endpoint protection support with Ansible in general, head over to the the introducing blog post Automating Endpoint Protection with Ansible.
Trend Micro Deep Security is one of the latest additions to the Ansible security automation initiative. As an endpoint protection solution it secures services and applications in virtual, cloud and container environments. It provides automated security policies and consolidates the security aspects across different environments in a single platform.
In October 2019 as part of the Red Hat Ansible Engine 2.9 release, the Ansible Network Automation team introduced the first resource modules. These opinionated network modules make network automation easier and more consistent for those automating various network platforms in production. The goal for resource modules is to avoid creating and maintaining overly complex jinja2 templates for rendering and pushing network configuration.
This blog post covers the newly released ios_acls resource module and how to automate manual processes associated with switch and router configurations. These network automation modules are used for configuring routers and switches from popular vendors (but not limited to) Arista, Cisco, Juniper, and VyOS. The access control lists (ACLs) network resource modules are able to read ACL configuration from the network, provide the ability to modify and then push changes to the network device. These opinionated network resource modules make network automation easier and more consistent for those automating various network platforms in production. I’ll walk through several examples and describe the use cases for each state parameter (including three newly released state types) and how these are used in real world scenarios.
This blog uses the cisco.ios Continue reading
Recently, we published our thoughts on resource modules applied to the use cases targeted by the Ansible security automation initiative. The principle is well known from the network automation space and we follow the established path. While the last blog post covered a few basic examples, we’d like to show more detailed use cases and how those can be solved with resource modules.
This blog post goes in depth into the new Cisco ASA Content Collection, which was already introduced in the previous article. We will walk through several examples and describe the use cases and how we envision the Collection being used in real world scenarios.
The Cisco ASA Content Collection provides means to automate the Cisco Adaptive Security Appliance family of security devices - short Cisco ASA, hence the name. With a focus on firewall and network security they are well known in the market.
The aim of the Collection is to integrate the Cisco ASA devices into automated security workflows. For this, the Collection provides modules to automate generic commands and config interaction with the devices as well as resource oriented automation of access control lists Continue reading
Security professionals are increasingly adopting automation as a way to help unify security operations into structured workflows that can reduce operational complexity, human error, time to respond and can be integrated into existing SIEM (Security Information and Event Management) or SOAR (Security Orchestration Automation and Response) platforms.
In October of 2019 the Ansible network automation team introduced the concept of resource modules:
So what exactly is a “resource module?” Sections of a device’s configuration can be thought of as a resource provided by that device. Network resource modules are intentionally scoped to configure a single resource and can be combined as building blocks to configure complex network services.
Keep in mind that the first network automation modules could either execute arbitrary commands on target devices, or read in the device configuration from a file and deploy it. These modules were quite generic and provided no fine-tuning of certain services or resources.
In contrast, resource modules can make network automation easier and more consistent for those automating multiple platforms in production by avoiding large configuration file templates covering all kinds of configuration. Instead they focus on the task at hand, providing separate building blocks which can be used to Continue reading
The scale and complexity of modern infrastructures require not only that you be able to define a security policy for your systems, but also be able to apply that security policy programmatically or make changes as a response to external events. As such, the proper automation tooling is a necessary building block to allow you to apply the appropriate actions in a fast, simple and consistent manner.
Check Point has a certified Ansible Content Collection of modules to help enable organizations to automate their response and remediation practices, and to embrace the DevOps model to accelerate application deployment with operational efficiency. The modules, based on Check Point security management APIs* are also available on Ansible Galaxy, in the upstream version of Check Point Collection for the Management Server.
The operational flow is exactly the same for the API as it is for the Check Point security management GUI SmartConsole, i.e. Login > Get Session > Do changes > Publish > Logout.
Security professionals can leverage these modules to automate various tasks for the identification, search, and response to security events. Additionally, in combination with other modules that are part of Ansible security automation, existing Continue reading