General Information

The Cloudamize Agentless Data Collector can be used to discover and assess physical and virtual machines without installing software agents on each machine throughout your infrastructure.

The collector is deployed on a physical Windows server or Windows virtual machine, and can be used to discover and assess both Windows and Linux machines. Each collector can, by default, be used to monitor up to 500 machines, though this limit can be increased in the collector's settings, or additional collectors can be installed on additional machines, to monitor larger infrastructures.

The Cloudamize Agentless Data Collector uses SSH to discover and communicate with Linux machines on the subnet, and WMI/RPC to discover and communicate with Windows machines. The collector then sends the TLS v1.3 encrypted data to the Cloudamize servers for processing.

MFA (Multi-Factor Authentication) is not supported for connections to Windows or Linux nodes from the Agentless Data Collector.  

Agent-Based VS Agentless

There are advantages and disadvantages to utilizing the Cloudamize Agentless Data Collector as opposed to installing software agents throughout the infrastructure. One obvious advantage will be in the case of high-security compliant infrastructures which are not permitted to install software and communicate out to remote servers from each machine in the infrastructure. The Cloudamize Agentless Data Collector can be installed on one machine in cases like this, and the entire infrastructure being assessed will send that data to this one machine over WMI (Windows) and SSH (Linux). All of this communication happens on the internal network and data will only leave the network from the machine with the collector installed.

The table below highlights the feature comparison between agent-based and agentless data collection.

Disadvantages of agentless

Without having software agents installed on each machine, there are also disadvantages in a few areas. The following table shows a set of metrics and the impact that taking an agentless approach will have.



Short-lived connections

If a connection is short-lived it is not captured and that may result in missed inter-connectivity

Lower performance resolutions

Monitoring window is at every 5 min rather than every 30 seconds. Possible to miss short-term peaks

Performance Throttling

Agentless monitoring does not have performance controlling mechanism on the monitored host

Supported MS SQL data collected by Agent-Based and Agentless




MS SQL Server instance id (e.g. MSSQL11.MSSQLSERVER)

MS SQL Server instance name (e.g. MSSQLSERVER)

Server edition (e.g. Standard Edition)

Server edition type (e.g. Standard Edition)

Server version (e.g. 9.4.5000.00)

Server patch level

Server service pack (e.g. 4)

SQL Server binary directory with full path (e.g. C:\Program Files\Microsoft SQL Server\MSSQL12.MSSQLSERVER\MSSQL\Binn)

Information for each database (e.g. "database name (e.g. LicensingService), database total size in MB (e.g. 40))

Database file location (e.g. C:\Program Files\Microsoft SQL Server\MSSQL12.MSSQLSERVER\MSSQL\DATA\LicensingService.mdf)

Active or passive in clustered SQL servers

SQL Server data path (e.g. C:\Program Files\Microsoft SQL Server\MSSQL12.MSSQLSERVER\MSSQL\DATA)

Error log file with full path )e.g. C:\Program Files\Microsoft SQL Server\MSSQL12.MSSQLSERVER\MSSQL\Log\ERRORLOG)

Instance SQL Linked Servers

Cluster name

Cluster state

Feature list

SQL Server product information

SQL Server license info

Instance SQL Version

Instance SQL Version Number

Instance SQL Edition

Instance SQL in a Failover Cluster is clustered

Instance SQL is HA-DR

Instance SQL Cluster Name

Instance SQL Quorum Type

Instance SQL Availability Group

Instance Is the SQL Availability Group Primary

Instance SQL Availability Group Primary

Instance SQL Availability Group Replicas

Instance SQL Availability Group Role

Instance Is a SQL Availability Group Readable Secondary

Instance SQL Availability Group Using Synchronous Replication

Instance SQL Availability Group Failover Mode

Instance SQL FileStream Status

Instance SQL PolyBase Status

Instance SQL FullText Status

Instance SQL PerfMonMode

Instance Lic SQL By

Instance SQL Collation

Instance SQL Max Server Mem in MB

Instance SQL XP Cmd Shell Status

Instance SQL CLR Status

Instance SQL DB Count

Instance SQL DB Encryption Present

Instance SQL DB Mirroring Present

Instance SQL DB Replication Present

Instance SQL Total DB Size MB