Embedded IoT & HardwareAll RoutesImportant Class IAudited: September 2026 (Active SRP Era)

Trellix Product Security

Runtime Device Integrity & Fleet-Wide Embedded Vulnerability Telemetry

Executive Conformity Assessment Verdict

A capable runtime telemetry platform for large-scale enterprise IoT fleets that need real-time exploit detection to satisfy CRA Article 14 24-hour early warning triggers.

Device telemetry and runtime integrity platform providing continuous vulnerability ingestion for deployed hardware PDE.

Verified Pricing TierEnterprise Quote
Deployment ModelCloud & On-Prem
Applicable CRA RouteAll Routes
Target Product TierImportant Class I
Statutory Audit

Statutory Capability & Article Coverage Matrix

How Trellix Product Security performs against non-negotiable statutory mandates of Regulation (EU) 2024/2847.

Technical Documentation Dossier
Annex VIINo
EU Declaration of Conformity
Annex VNo
Coordinated Vulnerability Disclosure (CVD)
Article 10 & RFC 9116Workflow Only
24-Hour ENISA Early Warning Dispatch
Article 14 (Active Sept 2026)Runbook / Guidance
Substantial Modification Diff Engine
Article 22No
Binary Firmware Disassembly & SCA
Annex I Part I (1)(a)Ingest Only
Air-Gapped / Island-Mode Deployment
Data Sovereignty & IP ProtectionOn-Prem Appliance
Multi-Act Cross-Walk Coverage:CRA Article 14NIS2 Incident ReportingCritical Entities Resilience
Technical Architecture

Architectural Fit & Deployment Analysis

Deploys lightweight runtime monitors on Linux-based IoT gateways and edge controllers. Feeds execution anomalies and memory violation alerts back to a central console.

Crucial for the Article 14 24-hour clock. When a device in the field experiences an active memory injection or unauthorized remote execution, Trellix provides immediate forensic proof.

Cannot secure the pre-market development phase. If a product was designed with insecure default passwords or missing encryption, Trellix detects the breach but does not solve the compliance defect.

Verified Key Strengths
Real-time runtime telemetry for field-deployed connected hardware detecting active exploit attempts
Automated threat intelligence cross-referenced with global CVE feeds and zero-day threat telemetry
Fleet-wide monitoring capable of identifying compromised devices before widespread operational failure
Enterprise security operations center (SOC) integrations connecting IoT alerts into SIEM pipelines
Structural Limitations & Gaps
Requires runtime agent footprint; not suitable for low-power, resource-constrained 8-bit/16-bit microchips
Telemetry-focused; does not compile the statutory pre-market Annex VII technical documentation file
Higher enterprise licensing cost tailored for large fleets rather than individual device SKUs
Commercial Model

Pricing, Packaging & Total Cost of Ownership (TCO)

Enterprise Quote
Entry Tier
Fleet Starter: €25,000 / year (Device telemetry ingestion for up to 5,000 field units)
Mid / Scale Tier
Enterprise Fleet: €65,000 / year (Full runtime threat detection, active CVE matching)
Enterprise Tier
Global Infrastructure: €120,000+ / year (Custom agent builds, multi-region telemetry)
Hidden Cost Factors:
  • Embedded memory and compute resource overhead on microcontroller hardware
TCO Verdict:Enterprise platform cost; best suited for smart grid, telecommunications, and industrial infrastructure.
Statutory Honesty Notice • Article 32 & Article 24

Runtime detection is an operational control, not a conformity certificate. It does not replace the mandatory Annex V Declaration of Conformity.

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