Rapid7 Download Scan Engine ##VERIFIED##
Maegan Ilagan
Then wait for a couple of minutes (2mins perhaps) then it should appear in your IVM Security Console under Administration > Engines > Manage > Scan Engines. The scan engine name need some modification the first time it reported to the console though. You can edit that name however you want. See below:
I think the issue was that I did not yet configure a hostname and port forward for insightvm to access the scan console on my network. Even though the distributed scan engine was able to access the console on port 40815.
Scan Engines are the workhorses of the scanning process and operate solely at the discretion of the Security Console. They are responsible for discovering assets during a scan, checking them for vulnerabilities, and assessing their level of policy compliance (if your selected scan template is configured to do so). Although Scan Engines serve as data collectors, they only temporarily store this data on their respective host machines. Instead, the Security Console integrates Scan Engine data into the PostgreSQL database for you to see and report on. This is why Scan Engine host machine storage requirements are far lower than what the Security Console requires.
All installations of the Security Console include a local Scan Engine so that you can start scanning immediately after your initial deployment. While convenient, the local Scan Engine is best suited for very small scale deployments and trial experiences of the product.
Distributed Scan Engines are the most widely used engine type and are essential for any production scanning deployment. Unlike the local variety, you install distributed Scan Engines on separate host machines from the console itself. As a result, they can make use of more processing resources for scanning tasks and you can efficiently distribute them depending on the geographic spread of your assets. You can also configure each distributed Scan Engine to communicate with the Security Console in a way that accommodates the presence of any firewalls on your network.
All sites must specify at least one Scan Engine or engine pool for use during a scan. You can view and select from all your individual and pooled Scan Engines on the Engines tab of any open site configuration.
If you enable the Engine most recently used for that asset option, your selected Scan Engine will ultimately be responsible for scanning any individual asset group member that does not yet have a scan history.
The Scan Engine management screen lists all your added Scan Engines and displays relevant information like connection status, communication direction, and version information. You can also add new engines, configure engine pools, and adjust the communication direction of your existing engines from this screen.
For the scan jobs that are not updating the last scan date if I pull the scan logs I can see the scanner is able to login and run vulnerability checks and from the logs everything looks like its running correctly. The issue only appears when the scan job completes.
You have assets that are encountering a situation related to the new defect i.e. Assets complete scanning as expected, the results from said scan should get integrated into the Asset page of said asset but they dont show up.
Distributed Scan Engines are separate from the Security Console and are strategically provisioned and located in a way that makes your scanning environment as efficient as possible. If you intend to maintain a production deployment of the Security Console, distributed Scan Engines are an absolute necessity.
Scan Engines and Security Consoles must be able to communicate with each other in order to initiate scans and integrate scan data. Distributed Scan Engines can communicate with a Security Console in two ways:
Deciding how your Scan Engine communicates with the Security Console ultimately depends on the configuration and topology of your network. Production deployments commonly have both Scan Engine types in place in order to accommodate scanning conditions like asset location and the presence of firewalls.
In order to configure a console-to-engine pairing, the Security Console must be made aware that a new Scan Engine is available for use and must be provided with instructions on how to reach it. Consequently, the first step of all standard pairing procedures is to add your new Scan Engine to the Security Console.
hello sounds like you need to dig into the logs and see what the issue is. once you start a scan and it fails you can download the log and look. recently I had an issue where my scan was failing and in the log I had found that my endpoint protection quarantined nmap.exe. once I resolved it took off just fine. tl;dr check your scan logs
You can improve the speed of your scans for large numbers of assets in a single site by pooling your Scan Engines. With pooling, the work it takes to scan one large site is split across multiple engines to maximize pool utilization.
Additionally, engine pooling can assist in cases of fault tolerance. For example, if one Scan Engine in the pool fails during a scan, it will transfer the scanning tasks of that asset to another engine within the pool.
You may already have the application configured to match single Scan Engines to individual sites. If you decide to start using pooling, you may not achieve optimal results by simply moving those engines into a pool.
Scan multiple targets at a time with InsightAppSec's cloud engines. Pre-production and internal web applications hosted on closed networks can also be scanned with an optional scan engine deployed on-premises. Download the engine installer directly from InsightAppSec, pair it with your account, and access all of your internal and external scan configurations and results from the cloud-based console.
As of version 6.6.14 of Nexpose and InsightVM, the Scan Engine can now utilize Nmap service probes in addition to existing detection methods to improve the discovery of previously unsupported protocols and services.
You can enable this Nmap capability on the Service Discovery tab of your scan template configuration within the product.
Note: This setting is not yet enabled by default.
With this feature, the Scan Engine will now make use of additional probes within Nmap to detect unsupported protocols and services. This will enable the Scan Engine to use the matches provided from nmap, giving the scan engine 804 new matches when enabled.
There are a few tweaks that can be made that affect the performance of this feature. First is increasing the "Maximum scan processes simultaneously used on each asset." This can be found on the General tab of your scan template configuration.
This scan engine is for customers who have already purchased Rapid7's InsightVM or Nexpose vulnerability management products. It is used to detect vulnerabilities in a customer's EC2 instances. You must purchase InsightVM or Nexpose in order to use this scan engine.
When Rapid7 InsightVM or Nexpose customers want to detect vulnerabilities like missing patches and old operating systems in their AWS EC2 instances, one option is to use this scan engine. This listing is for a version of our standard scan engine that has been modified specifically for use in AWS environments. It leverages the Dynamic Discovery feature of InsightVM, which continuously detects when EC2 instances are added or removed from your AWS environment. The engine uses this information to ensure it scans every active EC2 instance and only EC2 instances that belong to you.
Customers can use this scan engine to scan across multiple VPCs, as long as traffic can flow between the scan engine's VPC and the target (e.g. VPC peering). If your VPCs are isolated, you will need to install a separate engine in each VPC you want to scan. This version of the scan engine can only be used to conduct internal scans of AWS infrastructure.
Good day. As I remember , the SEP 12 sometimes shows programs would block the nexpose traffic ( e.g. svchost.exe ) hence the nexpose fail to compelete the scan. Does any one know any improvement on version 14 MP1 ?
I've never had an issue with SEP and Nexpose, aside from what was already mentioned about adding the scan engine IP to the IPS excluded hosts section. This won't matter whether it's 12.1 or 14. Outside of that I can't think of any other issues.
Good Morning,
I updated my splunk 6.5.2 test environment from the old Rapid7 App to Rapid7 Nexpose Technology Add-On for Splunk last week. Since then my Nexpose instance v6.4.22 is crashing leaving only the nxpsql postgres process running. I have a ticket open with Rapd7 but was wondering if anyone has a similar issue? The API access seems to be working as I have data in my index I created for this app. The nsc.log doesn't show any errors. It just abruptly ends and not necessarily with anything correlating. TA-rapid7_nexpose.log doesn't show any abnormalities I can see. Some time after job ends the app server goes offline.
If you have a use case for Project Sonar data that does not fit into one of the categories above, please contact us at research[at]rapid7.com. We welcome any opportunity to better understand how our data may be useful and we want to continue to advance security and support the security community as best we can.
Project Sonar gathers data in two stages. In the first stage, this involves scanning all public IPv4 addresses in an attempt to determine which have the respective service port open. Once an IP is identified as meeting these criteria, collection activities take place which involve connecting to and communicating with the service.
Project Sonar performs its collection activities from AWS EC2 us-west-1, us-west-2 and us-east-1 instances with non-static IP addresses, and as such cannot be readily allowlisted or blocklisted themselves, however it is sufficient to blocklist or allowlist the scan ranges listed above.
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