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UiPath’s vision for the “Automation First” era has led to the addition in its market-leading Enterprise RPA Platform of dedicated official out-of-the-box IT Automation capabilities that empower all co

IT Automation

We were founded in 2005 in a tiny apartment in Bucharest, Romania as DeskOver.

Fittingly, it was a customer who, in 2012, first saw the immense possibilities for us in the fledgling RPA market. Our desktop automation product launched in 2013. In 2015, we introduced our enterprise platform along with our new name.

Today, UiPath is the fastest-growing enterprise software company in history with scores of offices, thousands of employees, partnerships with the world’s best consulting and BPO firms, a **500,000-strong developer community**, and **5MM+ robots at work** in over **5,000 global enterprises.**

Our mission is to deliver the leading Robotic Process Automation platform to our clients for an automation first mindset.

We build software robots that automate repetitive processes. Our software robots take on the tedious, mind-numbing work and free people to do the more stimulating, creative work worth doing.

But no matter how much we’ve grown, one thing hasn’t changed. We’re still building a company we love to work for

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Product Management & Strategy, Engineering

d8effe2f-b3b6-4104-a73c-c4ec68b10bc7.zip

Azure public-facing Virtual Machines can be secured from brute force attacks with the solution’s ready to use workflows that block attacker IP addresses in the Virtual Machine’s Network Security Groups. The Azure Security Center Alerts types that can be processed automatically are:

*   Suspicious authentication activity
*   Possible incoming SQL brute force attempts detected
*   Web Fingerprint Detected
*   Failed SSH brute force attack

Solution Workflows:

  

**1\. AzureCreateNSGsForNIs**

*   creates NSGs for the Virtual Machines that don't have at least one associated with one of its Network Interfaces
*   (optional) it can be scheduled to run 1st - the other workflows will have no effect froma security resolution point of view if deny security rules cant be created for the attacked VM

**2\. GetAzureSecurityCenterAlerts**

*   gets the Azure Security Center alerts for the supported Brute Force attack types and adds them to an Orchestrator Queue for processing

**3\. AzureVMsAttackersBlock\_AddSecurityRuleToNSG**

*   retrieves the pending Orchestrator queue items 
*   the new Security Rules have their priority computed dynamically
*   if the attacker IP is already blocked in an NSG, it will be skipped

**4\. Block\_AttackerIP\_in\_VM\_NSGs**

*   the workflow can be executed on-demand from the Orchestrator web or mobile apps
*   the specified IP is blocked in all the Network Security Groups associated with the input Virtual Machine

Workflow Solution built on top of the official UiPath IT Automation activities for automating the resolution of Azure brute force attacks security incidents targeting public facing virtual machines.

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MIT License Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the 'Software'), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED 'AS IS', WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Visual Basic

b44d2b29-dba5-4242-a481-6bd074f5c2fb.pdf

3a3130b2-b8ff-4870-a82c-559756ec9e6c.pdf

951a740d-68a2-45e4-8cfd-ebe17693fb1e.zip

4633380a-3cf1-4503-9e52-cdd562369631.zip

Azure public-facing Virtual Machines can be secured from brute force attacks with the solution’s ready to use workflows that block attacker IP addresses in the Virtual Machine’s Network Security Groups. The Azure Security Center Alerts types that can be processed automatically are:

*   **Suspicious authentication activity**
*   **Possible incoming SQL brute force attempts detected**
*   **Web Fingerprint Detected**
*   **Failed SSH brute force attack**

Solution Workflows:

  

**1\. AzureCreateNSGsForNIs**

*   creates NSGs for the Virtual Machines that don't have at least one associated with one of its Network Interfaces.
*   (optional) it can be scheduled to run 1st - the other workflows will have no effect from a security resolution point of view if deny security rules cant be created for the attacked VM.

**2\. GetAzureSecurityCenterAlerts**

*   gets the Azure Security Center alerts for the supported Brute Force attack types and adds them to an Orchestrator Queue for processing.

**3\. AzureVMsAttackersBlock\_AddSecurityRuleToNSG**

*   retrieves the pending Orchestrator queue items. 
*   the new Security Rules have their priority computed dynamically.
*   if the attacker IP is already blocked in an NSG, it will be skipped.

**4\. Block\_AttackerIP\_in\_VM\_NSGs**

*   the workflow can be executed on-demand from the Orchestrator web or mobile apps.
*   the specified IP is blocked in all the Network Security Groups associated with the input Virtual Machine.

Version	Release Date	Download Link
1.1	Invalid Date
Updated dependencies to latest version.
1.0	June 30, 2020
added a new collaborator
1.0	June 23, 2020
updated resources
1.0	May 27, 2020
Ready to use UiPath RPA workflows for automating the resolution of Azure brute force attacks security incidents targeting public facing virtual machines.
1.0	May 27, 2020
Ready to use UiPath RPA workflows for automating the resolution of Azure brute force attacks security incidents targeting public facing virtual machines.

Security Orchestration Automation and Response