Agent core

Author: m | 2025-04-23

Agent Core Skill Enhancement Material refers to a category of Items, that are used to Enhance Agent's Core Skills. There are 13 Agent Core Skill Enhancement Materials: Zenless Zone Zero

Install the .NET Core agent with the .NET Core agent for IIS installer

Contrast DocumentationAgents.NET Core agentInstall the .NET Core agentInstall the .NET Core agent manuallyUse this method to install the .NET Core agent if you are using a web application hosted on IIS, or running a self-hosted application on Windows, Linux or Docker.NoteInstalling within containers can be complex, and these steps might not work for your situation. Read more about installing with Docker.Before you beginCheck the system requirements and supported technologies to be sure installation will work and ensure best performance.StepsDownload the agent:At the top right of the Contrast web interface, select Add new.Select the Application card.Select the operating system you are using.Select a method to install the agent.Download the agent configuration file.Download the agent.On the web server, extract the downloaded ZIP archive (for example, Contrast.NET.Core_1.0.1.zip) to a directory that your applications have sufficient permissions to access. Set the following environment variables on your application's process. Use the appropriate CORECLR_PROFILER_PATH settings for your operating system. Replace with your archive directory.WindowsEnvironment variableValueCORECLR_PROFILER_PATH_64\runtimes\win-x64\native\ContrastProfiler.dllCORECLR_PROFILER_PATH_32\runtimes\win-x86\native\ContrastProfiler.dllCORECLR_PROFILER{8B2CE134-0948-48CA-A4B2-80DDAD9F5791}CORECLR_ENABLE_PROFILING1CONTRAST_CONFIG_PATHImportantIf you are running the .NET Core agent and the .NET Framework agent on the same server, the CONTRAST_CONFIG_PATH option applies to the load path for both agents. To apply distinct paths for each agent, use these options to set the data directory:CONTRAST_CORECLR_DATA_DIRECTORYCONTRAST_DATA_DIRECTORYLinux x64Environment variableValueCORECLR_PROFILER_PATH_64/runtimes/linux-x64/native/ContrastProfiler.soCORECLR_PROFILER{8B2CE134-0948-48CA-A4B2-80DDAD9F5791}CORECLR_ENABLE_PROFILING1CONTRAST_CONFIG_PATHLinux ARM64Environment variableValueCORECLR_PROFILER_PATH_64/runtimes/linux-arm64/native/ContrastProfiler.so CORECLR_PROFILER{8B2CE134-0948-48CA-A4B2-80DDAD9F5791}CORECLR_ENABLE_PROFILING1CONTRAST_CONFIG_PATHEnsure the following paths are accessible by the runtime user of the application.PathUsageCustomizablePermissionsThe path to .NET Core YAMLConfigures the agentYes; set the environment variable CONTRAST_CONFIG_PATHReadThe root "installation" directory; stores the agent binariesNoReadWindows:%ProgramData%\Contrast\dotnet-core\logsLinux: /var/tmp/contrast/dotnet-core/logsDirectory for Contrast agent logs. If missing, the directory will be createdYes; set the environment variable CONTRAST_CORECLR_LOGS_DIRECTORYRead/Write(or inherited from a parent directory)NoteWhen running in IIS, make sure that the application pool can access these paths.For example, given an application pool called Default Web Site using the default identity ApplicationPoolIdentity, ensure that the user IIS AppPool\Default Web Site has effective permissions to read the unzipped directory root.Configure the agent with authentication credentials and proxy settings to connect to Contrast.Once the application has loaded, use the application and then verify that the server and application are active in Contrast, and that any expected vulnerabilities appear.TipTo update the agent, replace the agent files in the agent Notice: If using Microsoft.Extensions.Logging as your logging framework of choice, please use .NET agent version 10.1.0 or newer. We encourage you to adopt the newer version due to bug #1230, which we fixed in #1237, that was resolved in .NET agent version 10.1.0.APM logs in contextAutomatic application log forwarding is now enabled by default. This version of the agent will automatically send enriched application logs to New Relic. To learn more about about this feature, see the APM logs in context documentation. For additional configuration options, see the .NET logs in context documentation. To learn about how to toggle log ingestion on or off by account, see our documentation to disable automatic logging via the UI or API.New featuresError messages in error traces and error events now retain up to 1023 characters instead of 255 characters. #1058New environment variables have been added for AllowAllHeaders and Attributes configuration settings. See our configuration documentation for more details. #1059Introduces environment variables to enable/disable cloud detection to facilitate customer use cases and reduce errors in logs. (#1061)New environment variables have been added for all Proxy configuration settings. See our configuration documentation for more details. #1063Introduces a new configuration option to force custom instrumentation to create new transactions in async scenarios versus re-using an existing transaction. #1071FixesFixes Agent fails to execute explain plan for parameterized stored procedure. (#1066)Fixes getting duplicate logs using log forwarding and Serilog. #1076DeprecationsMicrosoft has officially EOLed:.NET Framework versions 4.5.1, 4.5.2, and 4.6.1 on Apr 26, 2022..NET Core version 2.0 on October 1, 2018..NET Core version 2.1 on August 21, 2021..NET Core version 2.2 on December 23, 2019..NET Core version 3.0 on March 3, 2020.The official product lifecycle start and end dates can be found on the Microsoft documentation for .NET Framework and for .NET Core onward. Our .NET agent support of these framework versions will continue as is with the released versions. In a future major release, we will target .NET Framework 4.6.2 and .NET Core 3.1 onwards.ChecksumsFileSHA - 256 Hashnewrelic-agent-win-9.8.0.0-scriptable-installer.zipC8B38337C08B4D4D9AF3385FD731E685A27F9813174D8F021B942FFDD08BB010newrelic-agent-win-x64-9.8.0.0.msi5B247617A1B20D52F7FF9B1A3DA2D31A5DDAC321CA0453115007FE665F8FD231newrelic-agent-win-x64-9.8.0.0.zipA5C0731D694EF4DC182D057073351706F642DFF28415341B38219D07F4039B0Fnewrelic-agent-win-x86-9.8.0.0.msiFFB556903F65380B21686E229A3E8570C2A673EBCC3A514CC416C868FD9E9CBDnewrelic-agent-win-x86-9.8.0.0.zipCB95C49071E808DC78523D5FF366A2FA0CF2B95B2361F201E4E5A6FAE4470295newrelic-netcore20-agent-9.8.0.0-1.x86_64.rpm537F369DB1F97384C46F11AEF88A6862A0CDFE92327325133AC1FBC0E8D05DA5newrelic-netcore20-agent-win-9.8.0.0-scriptable-installer.zip15C04CFDB251AE0C6CB458EFEAFA8151ED66B361846F87E8DC28EB88AD6E03D8newrelic-netcore20-agent-win-x64-9.8.0.0.zip988A41FA46F9088F51FCC5F33FE97A39128BB9FFEC9F827F8DB13D02905CCE10newrelic-netcore20-agent-win-x86-9.8.0.0.zipABBEE303EAD4C1738E2B724542900321584B9298E552D1626F3BA46FBCA0531Enewrelic-netcore20-agent_9.8.0.0_amd64.deb3BC8F31BE6F4099C4E5AC82BBF27A701E4E801C02A585E661544278662EDC136newrelic-netcore20-agent_9.8.0.0_amd64.tar.gz214ED65181B717AC556860F77C9987ED07FA21CF53C1865DD74DB41AFD75FAE1newrelic-netcore20-agent_9.8.0.0_arm64.debC32185FF50417C25A4E4C2D4AB50D4C16C8D0CF1607494255E4A88E91FBBA47Fnewrelic-netcore20-agent_9.8.0.0_arm64.tar.gzB12C81C412892A002DEB40B17949212AA6EA7FC109225380EE0FF5AA12520EEFSupport statementNew Relic recommends that you update the agent regularly and at a minimum every 3 months. As of this release, the oldest supported version is .NET agent 8.28.0.UpdatingFollow standard procedures to update the .NET agent.If you're using a particularly old agent, review the list of major changes and procedures for updating legacy .NET agents.

Loupe Agent for .NET Core

Machine.There are several log files available for troubleshooting, described in the following table.LogDescription/var/opt/azcmagent/log/himds.logRecords details of the heartbeat and identity agent component./var/opt/azcmagent/log/azcmagent.logContains the output of the azcmagent tool commands./var/lib/GuestConfig/arc_policy_logsRecords details about the guest configuration (policy) agent component./var/lib/GuestConfig/ext_mgr_logsRecords details about extension manager activity (extension install, uninstall, and upgrade events)./var/lib/GuestConfig/extension_logsDirectory containing logs for individual extensions.Agent installation creates the following environment variables, set in /lib/systemd/system.conf.d/azcmagent.conf.NameDefault valueDescriptionIDENTITY_ENDPOINT uninstalling the agent, the following artifacts remain:/var/opt/azcmagent/var/lib/GuestConfigAgent resource governanceThe Azure Connected Machine agent is designed to manage agent and system resource consumption. The agent approaches resource governance under the following conditions:The Guest Configuration agent can use up to 5% of the CPU to evaluate policies.The Extension Service agent can use up to 5% of the CPU to install, upgrade, run, and delete extensions. Some extensions might apply more restrictive CPU limits once installed. The following exceptions apply:Extension typeOperating systemCPU limitAzureMonitorLinuxAgentLinux60%AzureMonitorWindowsAgentWindows100%AzureSecurityLinuxAgentLinux30%LinuxOsUpdateExtensionLinux60%MDE.LinuxLinux60%MicrosoftDnsAgentWindows100%MicrosoftMonitoringAgentWindows60%OmsAgentForLinuxWindows60%During normal operations, defined as the Azure Connected Machine agent being connected to Azure and not actively modifying an extension or evaluating a policy, you can expect the agent to consume the following system resources:WindowsLinuxCPU usage (normalized to 1 core)0.07%0.02%Memory usage57 MB42 MBThe performance data above was gathered in April 2023 on virtual machines running Windows Server 2022 and Ubuntu 20.04. The actual agent performance and resource consumption vary based on the hardware and software configuration of your servers.Metadata information about a connected machine is collected after the Connected Machine agent registers with Azure Arc-enabled servers, specifically:Operating system name, type, and versionComputer nameComputer manufacturer and modelComputer fully qualified domain name (FQDN)Domain name (if joined to an Active Directory domain)Active Directory and DNS fully qualified domain name (FQDN)UUID (BIOS ID)Connected Machine agent heartbeatConnected Machine agent versionPublic key for managed identityPolicy compliance status and details (if using guest configuration policies)SQL Server installed (Boolean value)Cluster resource ID (for Azure Local nodes)Hardware manufacturerHardware modelCPU family, socket, physical core, and logical core countsTotal physical memorySerial numberSMBIOS asset tagCloud providerAmazon Web Services (AWS) metadata, when running in AWS:Account IDInstance IDRegionGoogle Cloud Platform (GCP) metadata, when running in GCP:Instance IDImageMachine typeProject IDProject numberService accountsZoneThe agent requests the following metadata information from Azure:Resource location (region)Virtual machine IDTagsMicrosoft Entra managed identity certificateGuest configuration policy assignmentsExtension requests - install, update, and delete.NoteAzure Arc-enabled servers don't store/process customer data outside the region the customer deploys the service instance in.Next stepsConnect VMware vCenter Server to Azure Arc.Install Arc agent at scale for your VMware VMs. --> Feedback Additional resources In this. Agent Core Skill Enhancement Material refers to a category of Items, that are used to Enhance Agent's Core Skills. There are 13 Agent Core Skill Enhancement Materials: Zenless Zone Zero Make sure that Acronis Agent Core service (aakore) is running on the agent machine, If Acronis Agent Core service is running, but the error reproduces, restart the

Agent Core is not running - Informatica

Azure Service Mesh upgrade. Extension GA az aks mesh upgrade rollback Rollback Azure Service Mesh upgrade. Core GA az aks mesh upgrade rollback (aks-preview extension) Rollback Azure Service Mesh upgrade. Extension GA az aks mesh upgrade start Initiate Azure Service Mesh upgrade. Core GA az aks mesh upgrade start (aks-preview extension) Initiate Azure Service Mesh upgrade. Extension GA az aks nodepool Commands to manage node pools in Kubernetes kubernetes cluster. Core and Extension GA az aks nodepool add Add a node pool to the managed Kubernetes cluster. Core GA az aks nodepool add (aks-preview extension) Add a node pool to the managed Kubernetes cluster. Extension GA az aks nodepool delete Delete the agent pool in the managed Kubernetes cluster. Core GA az aks nodepool delete (aks-preview extension) Delete the agent pool in the managed Kubernetes cluster. Extension GA az aks nodepool delete-machines Delete specific machines in an agentpool for a managed cluster. Core GA az aks nodepool delete-machines (aks-preview extension) Delete specific machines in an agentpool for a managed cluster. Extension GA az aks nodepool get-upgrades Get the available upgrade versions for an agent pool of the managed Kubernetes cluster. Core GA az aks nodepool get-upgrades (aks-preview extension) Get the available upgrade versions for an agent pool of the managed Kubernetes cluster. Extension GA az aks nodepool list List node pools in the managed Kubernetes cluster. To get list of nodes in the cluster run kubectl get nodes command. Core GA az aks nodepool list (aks-preview extension) List node pools in the managed Kubernetes cluster. Extension GA az aks nodepool manual-scale Commands to manage nodepool virtualMachineProfile.scale.manual. Extension GA az aks nodepool manual-scale add Add a new manual to a VirtualMachines agentpool in the managed Kubernetes cluster. Extension GA az aks nodepool manual-scale delete Delete an existing manual to a VirtualMachines agentpool in the managed Kubernetes cluster. Extension GA az aks nodepool manual-scale update Update an existing manual of a VirtualMachines agentpool in the managed Kubernetes cluster. Extension GA az aks nodepool operation-abort Abort last running operation on nodepool. Core GA az aks nodepool operation-abort (aks-preview extension) Abort last running operation on nodepool. Extension GA az aks nodepool scale Scale the node pool in a managed Kubernetes cluster. Core GA az aks nodepool scale (aks-preview extension) Scale the node pool in a managed Kubernetes cluster. Extension GA az aks nodepool show Show the details for a node pool in the managed Kubernetes cluster. Core GA az aks nodepool show (aks-preview extension) Show the details for a node pool in the managed Kubernetes cluster. Extension GA az aks nodepool snapshot Commands to manage nodepool snapshots. Core and Extension GA az aks nodepool snapshot create Create a nodepool snapshot. Core GA az aks An accurate description of how ICR handles a call arriving in the system?A) The ICR Core performs polling and provides a result which suggests that the agent is not available. The ICR CCA launches the Non Business Hours Application.B) The ICR Core performs polling and provides a result which suggests that the agent is not available. The ICR CCA launches the Generic Error Handling Application (EHA).C) The ICR Core performs polling and provides a result which suggests that the agent is not available. The ICR CCA disconnects the call.D) The ICR Core performs polling and provides a result which suggests routing the call to this call center. The ICR Call Control Application (CCA) launches the Walt Treatment Application (WTA) and routes the call.5. You are about to install Avaya Aura Experience Portal (AAEP) on a server that already has Linux installed. Which three items should you verify before installing AAEP? (Choose three)A) The SELinux feature is set to 'Permissive' or 'Disabled'B) NTP is configured to synchronize the server's clock with a reliable time sourceC) The server has a static IP address configuredD) The Linux firewall is disabledE) The server has anti-virus software installed and runningSolutions:Question # 1Answer: B,D,EQuestion # 2Answer: AQuestion # 3Answer: C,EQuestion # 4Answer: DQuestion # 5Answer: A,C,D

Secret Agent with core - Fandom

Nodepool snapshot create (aks-preview extension) Create a nodepool snapshot. Extension GA az aks nodepool snapshot delete Delete a nodepool snapshot. Core GA az aks nodepool snapshot delete (aks-preview extension) Delete a nodepool snapshot. Extension GA az aks nodepool snapshot list List nodepool snapshots. Core GA az aks nodepool snapshot list (aks-preview extension) List nodepool snapshots. Extension GA az aks nodepool snapshot show Show the details of a nodepool snapshot. Core GA az aks nodepool snapshot show (aks-preview extension) Show the details of a nodepool snapshot. Extension GA az aks nodepool snapshot update Update tags on a snapshot of a nodepool. Core GA az aks nodepool snapshot update (aks-preview extension) Update tags on a snapshot of a nodepool. Extension GA az aks nodepool snapshot wait Wait for a nodepool snapshot to reach a desired state. Core GA az aks nodepool start Start stopped agent pool in the managed Kubernetes cluster. Core GA az aks nodepool start (aks-preview extension) Start stopped agent pool in the managed Kubernetes cluster. Extension GA az aks nodepool stop Stop running agent pool in the managed Kubernetes cluster. Core GA az aks nodepool stop (aks-preview extension) Stop running agent pool in the managed Kubernetes cluster. Extension GA az aks nodepool update Update a node pool properties. Core GA az aks nodepool update (aks-preview extension) Update a node pool properties. Extension GA az aks nodepool upgrade Upgrade the node pool in a managed Kubernetes cluster. Core GA az aks nodepool upgrade (aks-preview extension) Upgrade the node pool in a managed Kubernetes cluster. Extension GA az aks nodepool wait Wait for a node pool to reach a desired state. Core GA az aks oidc-issuer Oidc issuer related commands. Core GA az aks oidc-issuer rotate-signing-keys Rotate oidc issuer service account signing keys. Core GA az aks operation Commands to manage and view operations on managed Kubernetes cluster. Extension GA az aks operation-abort Abort last running operation on managed cluster. Core GA az aks operation-abort (aks-preview extension) Abort last running operation on managed cluster. Extension GA az aks operation show Show the details for a specific operation on managed Kubernetes cluster. Extension GA az aks operation show-latest Show the details for the latest operation on managed Kubernetes cluster. Extension GA az aks pod-identity Commands to manage pod identities in managed Kubernetes cluster. Extension GA az aks pod-identity add Add a pod identity to a managed Kubernetes cluster. Extension GA az aks pod-identity delete Remove a pod identity from a managed Kubernetes cluster. Extension GA az aks pod-identity exception Commands to manage pod identity exceptions in managed Kubernetes cluster. Extension GA az aks pod-identity exception add Add a pod identity exception to a managed Kubernetes cluster. Extension GA az aks pod-identity exception

.NET Core agent - Contrast Security

Directory and restart your application. As the agent is running alongside your application, it can't update itself.The agent automatically starts with your application as long as the environment is properly set up.To stop the agent, stop the application and remove agent from its environment. Alternatively, you may change the CORECLR_ENABLE_PROFILING setting to 0.Follow any of these examples to set environment variables using:IISBash (Linux)Powershell or Powershell Core (Windows)Launch profile (dotnet.exe)IIS and IIS ExpressSet the environment variables with either:The environmentVariables section in the application web.config The application pool setting on the serverBash (Linux)Linux x64:export CORECLR_PROFILER_PATH_64=/usr/local/contrast/runtimes/linux-x64/native/ContrastProfiler.so export CORECLR_ENABLE_PROFILING=1 export CORECLR_PROFILER={8B2CE134-0948-48CA-A4B2-80DDAD9F5791} export CONTRAST_CONFIG_PATH=/etc/contrast/contrast_security.yaml Linux ARM64:export CORECLR_PROFILER_PATH_64=/usr/local/contrast/runtimes/linux-arm64/native/ContrastProfiler.so export CORECLR_ENABLE_PROFILING=1 export CORECLR_PROFILER={8B2CE134-0948-48CA-A4B2-80DDAD9F5791} export CONTRAST_CONFIG_PATH=/etc/contrast/contrast_security.yaml Then run the application:dotnet ./MyAppWithContrastAgent.dllPowershell or Powershell Core (Windows)$env:CORECLR_PROFILER_PATH_64 = 'C:\contrast\dotnetcore\runtimes\win-x64\native\ContrastProfiler.dll' $env:CORECLR_PROFILER_PATH_32 = 'C:\contrast\dotnetcore\runtimes\win-x86\native\ContrastProfiler.dll' $env:CORECLR_ENABLE_PROFILING = '1' $env:CORECLR_PROFILER = '{8B2CE134-0948-48CA-A4B2-80DDAD9F5791}' $env:CONTRAST_CONFIG_PATH = 'C:\contrast\dotnet-core\contrast_security.yaml' Then run the application:dotnet .\MyAppWithContrastAgent.dllLaunch profile (dotnet.exe){ "MyAppWithContrastAgent": { "environmentVariables": { "CORECLR_PROFILER_PATH_64": "C:\\contrast\\dotnetcore\\runtimes\\win-x64\\native\\ContrastProfiler.dll", "CORECLR_PROFILER_PATH_32": "C:\\contrast\\dotnetcore\\runtimes\\win-x86\\native\\ContrastProfiler.dll", "CORECLR_ENABLE_PROFILING": "1", "CORECLR_PROFILER": "{8B2CE134-0948-48CA-A4B2-80DDAD9F5791}", "CONTRAST_CONFIG_PATH": "c:\\contrast\\config\\MyApp\\contrast_security.yaml" } }}Then run the application:dotnet run --launch-profile MyAppWithContrastAgent. Agent Core Skill Enhancement Material refers to a category of Items, that are used to Enhance Agent's Core Skills. There are 13 Agent Core Skill Enhancement Materials: Zenless Zone Zero

Deploying the AcuSensor agent for .NET Core

WatchGuard EDR Core includes the WatchGuard Agent and software installed on endpoints, as well as an Endpoint Security management UI in WatchGuard Cloud to manage security for the devices on your IT network. To get started with WatchGuard EDR Core, complete these high-level steps: Step 1: Activate a Total Security Suite License Step 2: Allocate Endpoints (Service Providers Only) Step 3: Configure Pre-Deployment Settings Step 4: Deploy the WatchGuard Agent EDR Core includes EDR and adds XDR capabilities via ThreatSync. For information on ThreatSync, go to About ThreatSync. Step 1: Activate a Total Security Suite License To get started with EDR Core, make sure you have an active Total Security Suite license for your Firebox and a WatchGuard Cloud account. If you do not have a WatchGuard account, create one at Activate your Total Security Suite subscription at www.watchguard.com.For more information, go to Activate a Device or Service at WatchGuard.com. Step 2: Allocate Endpoints (Service Providers Only) When you activate a Total Security Suite license, the EDR Core license and available endpoints appear in the Inventory page in WatchGuard Cloud. Log in to your WatchGuard Cloud account. Allocate endpoint licenses to your managed accounts. For more information, go to Allocate Endpoints. Step 3: Configure Pre-Deployment Settings The WatchGuard EDR Core installation process consists of a series of steps that depend on the status of the networkat the time of deployment and the number of computers and devices you want to protect. Before you deploy the endpoint agent, we recommend that you complete these steps to plan the installation of WatchGuard EDR Core: Identify Unprotected Devices Verify Minimum Requirements for Target Devices Determine Computer Default Settings Identify Unprotected Devices Identify the physical and virtual Mac, Android, iOS, Windows, or Linux computers and devices you want to protect with Endpoint Security. Verify that you have purchased enough licenses for the unprotected devices. Endpoint Security allows you to install the WatchGuard Agent even when you do not have enough licenses for all the computers you want to protect. Computers without a license still show information such as installed software and hardware on the computer details page, but are not protected. For more information, go to Unmanaged Computers Discovered List . Verify Minimum Requirements for Target Devices Make sure that the computers and devices you want to protect meet the minimum installation requirements. For information on requirements, go to Installation Requirements in the Release Notes. For modules requirements, go to the appropriate topic: WatchGuard Full Encryption Requirements Patch Management Requirements Advanced Visualization Tool Requirements Data Control Requirements SIEMFeeder Requirements WatchGuard endpoint security products require access to multiple Internet-hosted resources. Make sure these URLs and ports are open to allow communication with the WatchGuard servers.