![]() Because VMware captures all the data (e.g., detailed process activity, process-to-process interaction, parent-child process relationships, etc.), building a detailed timeline without blind spots-well after the fact-empowers incident response and forensic teams to get to the truth. The VMware platform allows investigators to rewind the tape to understand how an attack unfolded, which systems were affected, and how the attack progressed over time. See the full scope and time frame of the attack (zoom out) VMware APIs allow you to integrate your own third-party feeds and watchlists, and round out collaborative threat sharing information from VMware’s robust user exchange. Use VMware out-of-the-box automated threat detection via updated threat intelligence from the VMware Threat Analysis Unit™ to pinpoint affected systems and isolate them for remediation. Know when and where to start an investigation (zoom in) ![]() With the Carbon Black Cloud policy engine, you can choose how to mitigate threats based on the specific type of workload, its function, criticality, and adjacency to other critical workloads.įor example, to isolate a mission-critical workload, a sysadmin can prevent PowerShell from scraping the memory of another process or invoking an untrusted application. VMware offers our customers the ability to balance security and operational risks with precise granularity. Unlike legacy approaches that rely on known threats, the VMware platform can identify new variants and zero-day exploits by piecing together connected behaviors.Įvery environment has different and often competing operational constraints. These pernicious attacks use existing software and allowlisted apps (e.g., PowerShell), and authorized protocols to carry out malicious activities. ![]() In addition to blocking malware attacks, VMware Carbon Black Cloud protects against the latest persistent attacks using fileless malware, memory-based, and living-off-the-land (LotL) tactics. The VMware platform combines ransomware decoys, dynamic analysis, and machine learning to provide ongoing analysis that prevents suspicious files from executing. VMware Carbon Black Cloud delivers next-generation antivirus (NGAV) for protection that transcends point-in-time indicators for malware, ransomware, zero-day, rapid variants, suspicious files, and potentially unwanted processes (PUPs) specific to workloads across private and public clouds. NSX delivers a built-in distributed firewall, so IT Ops teams can monitor communication of workloads across private and public clouds, determine which workloads are part of an app, and determine how to segment unrelated workloads. VMware Carbon Black Cloud enables vSphere admins to view risk-prioritized workload vulnerabilities in VMware vCenter® and regularly run scan-free vulnerability assessments across workloads. Ongoing visibility into vulnerabilities and network activity VMware Carbon Black Cloud identifies configuration drift, the presence of unknown or unauthorized applications, vulnerabilities, and other dynamic activity that increases the environment’s attack surface.įor example, it will: – Monitor for any changes that indicate nefarious activity (e.g., zeroing out passwords, changes in BitLocker configuration) – Audit and remediate to query 1,500 artifacts for each workload and endpoint across private and public clouds – Empower admins to run custom SQL queries to look out for specific malicious behavior or activity It will also collect and analyze OS patch levels, assess vulnerabilities and misconfigurations, and determine if additional hardening is required. VMware Carbon Black Cloud conducts an initial state integrity check to validate the system you’re installing the workload on is clean, compliant and appropriate for the type of workload.
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