Trellix MOVE AntiVirus

The implementation of Trellix MOVE AntiVirus typically follows a structured four-stage process managed through Trellix ePolicy Orchestrator (ePO). First, administrators must check in the MOVE extensions and packages into the ePO Software Catalog. Second, depending on the chosen mode, the Security Virtual Machines (SVMs) are deployed—either manually via OVF templates or automatically using the SVM Manager in Multi-platform mode. Third, for Multi-platform deployments, the lightweight MOVE client is pushed to the target guest VMs. Fourth, policies are configured in ePO to define scanning schedules, exclusions, and remediation actions. For large enterprise environments, a pilot phase of 1-2 weeks is recommended to fine-tune exclusions before a full production rollout. The total time from installation to go-live generally ranges from 2 days to 2 weeks, depending on the complexity of the virtual infrastructure.

Trellix MOVE AntiVirus offers extensive customization through the ePO console, allowing administrators to create highly granular security policies tailored to different workload types. Users can configure separate policies for on-access and on-demand scanning to balance security and performance. For example, high-I/O database servers can be assigned specific exclusion rules and scanning windows to avoid performance degradation. The solution also supports 'Tag-based Policy Assignment,' where ePO automatically applies specific security settings based on VM attributes like OS type, IP range, or environment tags. Furthermore, the Multi-platform SVMs can be customized with specific CPU and memory allocations to handle varying scan loads, and the SVM Manager allows for custom rules to govern how clients are assigned to specific scan servers.

Beyond the base subscription price for MOVE AntiVirus, organizations should account for potential additional costs related to supporting infrastructure and modular add-ons. While 'Thrive Essential' support is included, upgrading to 'Thrive Elite' for 24/7 designated engineering support incurs a premium. Using the 'Threat Intelligence Exchange' (TIE) or 'Intelligent Sandbox' requires separate licenses for those specific products if they are not part of an existing XDR bundle. Organizations may also face costs for third-party professional services if they require on-site implementation assistance or complex integration with custom SOC workflows. Hardware costs for the Security Virtual Machines (SVMs) are minimal but should be factored into hypervisor resource planning (typically requiring 2-4 vCPUs and 4-8GB of RAM per SVM).

Trellix provides a comprehensive training ecosystem through the Trellix Thrive portal. All customers gain access to a library of on-demand eLearning courses that cover basic installation, policy management, and troubleshooting for MOVE AntiVirus. For more advanced users, Trellix offers instructor-led training (ILT) sessions, which can be delivered virtually or on-site. These sessions often lead to official certifications, validating the professional's ability to manage complex Trellix deployments. Additionally, the Trellix Advanced Research Center publishes regular webinars and 'Thrive Flex Services' offer hands-on coaching and tuning sessions with Trellix experts to ensure that security teams are maximizing the platform's capabilities and staying current with the latest threat detection techniques.

Security is baked into the architecture of Trellix MOVE AntiVirus. All communications between the guest VMs, the SVM, and the ePO console are encrypted using industry-standard protocols. The SVM itself is a hardened Linux-based appliance designed to minimize its own attack surface. Trellix employs AES-256 bit encryption for sensitive data at rest and TLS 1.2 or higher for data in transit. The product integrates with Global Threat Intelligence (GTI) for real-time file reputation checks, and the 'Self-Protection' feature in Multi-platform mode prevents unauthorized users or malware from disabling the MOVE client. Regular third-party penetration testing and vulnerability scans are performed by Trellix to ensure the robustness of the platform.

Trellix MOVE AntiVirus follows a consistent release cadence, typically providing quarterly 'Update' releases that include new features, hypervisor support, and security patches. Virus definitions (DAT files) are updated daily on the Security Virtual Machines (SVMs). One of the product's key advantages is that these DAT updates are performed once on the SVM and shared with all protected VMs, eliminating the need for individual guest VMs to download massive update files. Product updates are managed centrally through Trellix ePO, allowing administrators to stage updates in a test environment before pushing them to production. Major version upgrades (e.g., from 4.9 to 4.10) occur every 18-24 months and are supported by detailed migration guides.

Trellix adheres to a strict data ownership policy where the customer retains full ownership of all telemetry, logs, and security data generated within their environment. When using Trellix ePO On-prem, all metadata stays within the customer's controlled infrastructure. For cloud-integrated features, data is handled according to Trellix's Global Privacy Policy, which is aligned with international standards. Customers can export their security logs and threat reports in various formats, including CSV, PDF, and XML, or stream them to a third-party SIEM via Syslog or the Trellix API. Trellix does not sell customer data and only uses anonymized threat telemetry to improve its global detection models if the customer opts into the 'Global Threat Intelligence' sharing program.

The product is built for massive scalability, supporting environments ranging from a few dozen to hundreds of thousands of VMs. The 'SVM Manager' component is crucial for scaling, as it automatically balances the load of MOVE clients across a pool of SVMs based on proximity and current resource utilization. With the 'SVM Autoscaling' feature, the system can automatically provision new standby SVMs as more VMs are added to the environment, ensuring that scan latency remains low even during rapid growth. This elastic architecture makes Trellix MOVE equally suitable for mid-sized data centers and the largest global service providers. Its ability to manage multiple vCenters from a single ePO console further simplifies scaling across geographically distributed data centers.

Trellix MOVE AntiVirus is governed by the Trellix End User License Agreement (EULA). Subscriptions are typically sold in 1, 2, or 3-year terms. Contracts generally include standard renewal clauses where customers are notified 60-90 days before expiration. Cancellation typically requires 30 days' notice before the end of the current term, but prepaid subscriptions are generally non-refundable. Service Level Agreements (SLAs) for support response times vary by 'Thrive' support level, with 'Thrive Elite' offering the most aggressive response times for Severity 1 issues. The license entitles the user to all software updates and technical support for the duration of the subscription, provided the software is running on supported hypervisor versions and operating systems.

Trellix maintains an extensive portfolio of compliance certifications, ensuring MOVE AntiVirus can be used in the most regulated industries. The company is ISO 27001, 27017, and 27018 certified, reflecting high standards in information security and cloud privacy. Trellix also undergoes annual SOC 2 Type II audits, with reports available to customers upon request. The solution is designed to help organizations meet GDPR, HIPAA, and PCI DSS requirements by providing robust auditing, data protection, and vulnerability management. In the Middle East, Trellix products are aligned with the Saudi Arabian National Cybersecurity Authority (NCA) controls and the UAE's NESA standards. The platform's ability to maintain data residency within specific regions further supports local sovereignty requirements.