Download Carbon Black Cloud

Author: v | 2025-04-24

Register the Carbon Black Cloud Workload Appliance with Carbon Black Cloud. Connect the Carbon Black Cloud Workload Appliance with Carbon Black Cloud ; Verify Connection between Carbon Black Cloud Workload Appliance and Carbon Black Cloud; View Inventory in the Carbon Black Cloud Workload Plug-in and the Carbon Black Cloud Console Carbon Black App Control (formerly Cb Protection) Carbon Black Cloud Audit and Remediation Carbon Black Cloud Container Carbon Black Cloud Endpoint Standard Carbon Black Cloud Enterprise EDR Carbon Black EDR Carbon Black Hosted EDR (formerly Cb Response Cloud) Carbon Black Cloud Workload

Carbon Black Cloud – Carbon Black - tdsynnex.com

This is a python connector for ingesting and processing STIX Content from various third party sources, such as TAXII servers or directly from XML or JSON files. The current supported versions for STIX are 1.x, 2.0, 2.1, and it supports TAXII 1.0, 1.1, 2.0, 2.1.RequirementsEnterprise EDRCustom API KeyCarbon Black Cloud ConfigurationCustom API KeyThe connector requires an API key with the relevant custom permissions below:To generate the specific permissions navigate to Carbon Black Cloud and then Settings > API Access > Access Level > Add Access Level. Then to create the API key navigate to Settings > API Access > API Keys.PermissionsOperationCustom Detections > Feeds Create, Read, Update, DeleteCustom Detections > Watchlists Create, Read, Update, DeleteCredentials fileCreate а credentials file following the guides here and here. Then create a profile in the credentials file using the Custom API Key that you have created in the previous step.InstallationYou can install the Carbon Black Cloud Threat Intelligence Connector using GitHub following the README.Getting StartedThe connector requires you to have an already setup Feed and a Watchlist in Carbon Black Cloud and to ease that process you can use the create-feed and create-watchlist commands.How it worksThe connector is a tool that sits between the CBC and your TAXII providers take a look at the following figure.This figure shows how the connector is working. The data that is being ingested is in JSON or XML format depending on the TAXII Server and the STIX version. STIX 2.x content is served in a JSON format and

Carbon Black Cloud Carbon Black - tdsynnex.com

Gain endpoint security with Carbon Black and Sumo Logic Correlate, validate and investigate Carbon Black EDR and Carbon Black Cloud Endpoint Standard alerts " data-src=" width="64" height="64" alt="Valuable Security Insights"> Monitor potential threats Monitor the state of your network infrastructure and systems with detected threats, hosts, top feeds and IOC’s, top processes, top watchlists, and alert trends " data-src=" width="64" height="64" alt="Detect"> Detect outliers See detailed information on the alerts in your environment, including alerts by mode, OS, report, and groups " data-src=" width="64" height="64" alt="Comprehensive Analytics"> Correlate processes and feeds Gain insight on total feeds, feed trends, top and recent feeds, feed comparisons, and processes related to feeds Pre-built Sumo Logic Carbon Black Dashboards Sumo Logic provides a single pane of glass to reduce the complexity of managing multiple environments, with pre-configured, user friendly and customizable dashboards that take Carbon Black data and layers-on rich graphical reporting and depictions of trends over time. Detect Spikes of Endpoint Alerts See a high-level view of the state of your endpoint security, showing the number of detected threats, alerts, indicators of compromise, devices, users, and groups. The dashboard also highlight alert trends, top users, indicators, devices, applications, and reasons. Related applications Ready to work smarter with your data? Get up and running in minutes. Start your free trial today!

Carbon Black Cloud: How To Install Carbon Black Cloud

In number of seconds since the epochfile_pathstringPath, on the server disk, of the copied binary file (zipped).Example Event:{ "md5": "9E4B0E7472B4CEBA9E17F440B8CB0AB8", "file_path": "/var/cb/data/modulestore/FE2/AFA/FE2AFACC396DC37F51421DE4A08DA8A7.zip" "size": 320000, "compressed_size": 126857, "event_timestamp": 1397248033.914}Notes:The Carbon Black Server can be configured to delete binary store files from the Carbon Black server after uploading to the Alliance Server. These files are still retrievable via the Carbon Black API, although there may be bandwidth or transfer time concerns. See the AllianceClientNoDeleteOnUpload configuration option in cb.conf.The Carbon Black Server can be configured to automatically delete binary store files from the Carbon Black server due to disk space constraints. See the KeepAllModuleFiles configuration option in cb.conf.Raw endpoint eventsEvent IDDescriptioningress.event.regmodA registry key has been created, deleted, or modified on an endpoint monitored by Carbon Blackingress.event.filemodA file on the filesystem has been created, deleted, or modified on an endpoint monitored by Carbon Blackingress.event.netconnA network connection has been received or initiated by an endpoint monitored by Carbon Blackingress.event.moduleThis event contains the digital signature information for a new binary executed on an endpoint monitored by Carbon Blackingress.event.childprocA process has spawned another process on an endpoint monitored by Carbon Blackingress.event.processA new process has started (or exited) on an endpoint monitored by Carbon Blackingress.event.crossprocopenA process has attempted to open a handle into another processingress.event.remotethreadA process has attempted to inject a thread into another processingress.event.emetmitigationMicrosoft EMET has killed a process on an endpoint monitored by Carbon Blackingress.event.processblockA process was blocked from executing on an endpoint monitored by Carbon Black because the process MD5 has been bannedingress.event.tamperA process tampered with a critical Carbon Black userspace process or kernel driveringress.event.regmod (Registry Modification)Below is an example of an ingress.event.regmod JSON event.{ "action": "writeval", "actiontype": 2, "cb_server": "cbserver", "computer_name": "JASON-WIN81-VM", "event_type": "regmod", "link_process": " "link_sensor": " "md5": "0E7196981EDE614F1F54FFF2C3843ADF", "path": "\\registry\\user\\s-1-5-21-2709706146-4189370754-997381202-1001\\software\\microsoft\\vscommon\\12.0\\sqm\\pids\\1156\\stillalive", "pid": 1156, "process_guid": "00000001-0000-0484-01d1-1e951b7c000b", "sensor_id": 1, "timestamp": 1447696798, "type": "ingress.event.regmod"}KeyValueDescriptionactionwritevalType of registry. Register the Carbon Black Cloud Workload Appliance with Carbon Black Cloud. Connect the Carbon Black Cloud Workload Appliance with Carbon Black Cloud ; Verify Connection between Carbon Black Cloud Workload Appliance and Carbon Black Cloud; View Inventory in the Carbon Black Cloud Workload Plug-in and the Carbon Black Cloud Console

Carbon Black Cloud - Cloud SIEM

Today, we are excited to announce VMware Anywhere Workspace, a solution that enables distributed organizations to truly embrace work from anywhere.VMware Anywhere Workspace brings together the innovative technologies of VMware Workspace ONE, VMware SASE, and VMware Carbon Black Cloud, empowering anywhere organizations to manage multi-modal employee experience, better secure the distributed edge, and automate the workspace.Distributed work requires a modern, integrated approach Clearly, the nature of work has changed due to the COVID-19 pandemic, and businesses have permanently embraced the new way of a distributed workforce and flexible work options. The perimeter-based security model – already strained for years by mobility and the cloud – is no longer adequate.Organizations are facing many challenges, such as ensuring good connectivity for remote employees, monitoring and securing their enlarged attack surface, supporting BYOD, managing remote PCs, and providing a seamless remote working experience. When not addressed properly, these issues all have a negative effect on productivity and security and could prevent a team from doing its job.Addressing the challenges of a distributed workforce requires a modern, integrated approach. VMware Anywhere Workspace builds trust for the distributed workforce VMware has the unique ability to bring together the technologies needed to address the needs of anywhere organizations.VMware Workspace ONE provides unified endpoint management, desktop and app virtualization, and a variety of employee experience, productivity, and security related solutions.VMware Carbon Black Cloud brings cloud-native endpoint and workload protection.VMware SASE combines SD-WAN capabilities with cloud-delivered security functions, including cloud web security, zero trust network access, and firewalling.

Carbon Black Cloud: How to Upgrade Sensors from the Carbon Black Cloud

Back to BlogsAnnouncing Carbon Black Cloud App for Splunk 2.0.0 Posted on January 26, 2024 We’re pleased to announce version 2.0.0 of the Carbon Black Cloud App for Splunk. This is a feature release that makes useof the Alerts v7 API and Alert Forwarder Schema v2. All API configuration now uses a custom API key which improvessecurity posture and simplifies configuration.There are some breaking changes, so check out the Upgrade Guidebefore you install the new version of the app.New FeaturesUpgraded to use the Alerts v7 API & Data Forwarder Schema v2Customers using the built-in alert input will have access to significantly improved metadata and alert types. A complete list of new, renamed, and removed fields is available in the Migration Guide.See these blogs for more information about the benefits of theAlert v7 API andData Forwarder Alert Schema v2.Some customers may see a decrease in alert volume, as Observed alerts have migrated to Observations.In the CBC Splunk app 1.x, these alerts were denoted by category = MONITOREDAll Alert types are ingested: CB Analytics, Container Runtime, Watchlist, Device Control, Host Based Firewall, Intrusion Detection SystemNew action to enrich Carbon Black Cloud Alerts with ObservationsBreaking ChangesVersion 2.0 contains breaking changes. See Before you Upgrade to Splunk SIEM 2.0.0 before starting your upgrade.Breaking Changes:Alerts ingest has been changed to Alert API v7 and Data Forwarder Alert Schema v2. Some fields in the earlier versions have been renamed or removed from the new versions.Live Response alert actions require an API key with an Access Level of type CUSTOM.Audit Log ingest should be updated during this update to use an API key with an Access Level of type CUSTOM. It must be updated before October 31, 2024 when the Access Level type API will be deactivated.The Alert Action Enrich CB Analytics Event has been deprecated and will be deactivated September 5, 2024 . The action VMwareCBC Enrich Alert Observations has been added and can enrich more Alert types.ImprovementsLive Response alert actions now use a Custom API key. This enables improved security posture by granting API keys only the permissions required.Audit Log ingest now uses a Custom API key. This enables improved security posture by granting API keys only the permissions required.Note: See Authentication & Authorization in the Installation and Configuration Guide for more information.Upgrade instructionsThe release notes include upgrade instructions by stage.Before you Upgrade to Splunk SIEM 2.0.0Decisions on which features to enableActions to be taken prior to updating the Splunk App. These are mostly setting up API keys with new permissions in Carbon Black Cloud.Installing v2.0.0How to install the app from SplunkBaseWhat to do after installing v2.0.0Configure API keys for Actions and IngestConfigure Alert types to ingestWhat to do after data begins to be ingestedVerify

Carbon Black Cloud Binary Toolkit - Carbon Black Developer

Uniform color. Additionally, their larger surface area provides better protection against UV degradation, ensuring that products maintain their appearance and structural integrity over time.Conductivity and Electrical PropertiesThe electrical conductivity of materials can be significantly improved with the incorporation of carbon black, particularly when particle size is carefully controlled. In applications such as batteries and conductive coatings, smaller carbon black particles create more pathways for electron flow, enhancing the electrical conductivity of the composite material.Transitioning to the broader implications of particle size in carbon black products, it’s clear that this aspect is not just a minor detail but a cornerstone in determining the functionality and efficiency of the material in various applications.Fine-Tuning for Optimal PerformanceManufacturers of carbon black products meticulously fine-tune particle sizes to meet the specific needs of their applications. This involves a delicate balance of achieving the desired properties—be it strength, color intensity, UV protection, or conductivity—while also considering factors such as processing conditions and cost-effectiveness.The process of producing carbon black allows for the manipulation of particle size through adjustments in production parameters. This flexibility ensures that carbon black can meet a wide range of requirements, demonstrating its versatility as a material.The Impact of Particle Size DistributionIt’s also important to consider the particle size distribution, which refers to the range of particle sizes within a batch of carbon black. A narrow distribution indicates that the particles are more uniform in size, which can be desirable for certain applications requiring consistent performance. Conversely, a broader size distribution may be beneficial in applications where a blend of properties is needed.Looking to the Future: Innovations in Carbon Black TechnologyAs technology advances, so do the methods for optimizing carbon black particle size and distribution. Innovations in production technology are continually enhancing the precision with which carbon black can be manufactured, opening new possibilities for its application in cutting-edge industries such as electronics, energy storage, and environmental protection.However, as industries increasingly prioritize sustainability, there’s growing interest in alternatives to traditional carbon black. One such alternative is Austin Black 325, a more environmentally friendly option derived from post-industrial recycled rubber.Austin Black 325 offers comparable performance. Register the Carbon Black Cloud Workload Appliance with Carbon Black Cloud. Connect the Carbon Black Cloud Workload Appliance with Carbon Black Cloud ; Verify Connection between Carbon Black Cloud Workload Appliance and Carbon Black Cloud; View Inventory in the Carbon Black Cloud Workload Plug-in and the Carbon Black Cloud Console Carbon Black App Control (formerly Cb Protection) Carbon Black Cloud Audit and Remediation Carbon Black Cloud Container Carbon Black Cloud Endpoint Standard Carbon Black Cloud Enterprise EDR Carbon Black EDR Carbon Black Hosted EDR (formerly Cb Response Cloud) Carbon Black Cloud Workload