Octovision is AMDT's enterprise visibility and vulnerability intelligence layer for operational technology. It transforms trusted asset, configuration, version, component, job, and change data captured by Octoplant into a centralized view of your OT environment - across devices, lines, plants, and sites.
See what assets you have. Understand their configuration and lifecycle context. Match them against known vulnerabilities (CVEs). Prioritize risk. Build reports for operations, security, and management.
| What Octovision does | What you gain | ||
|---|---|---|---|
| Centralized OT visibility |
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Bring assets, components, jobs, configuration information, and vulnerabilities from multiple sites into one enterprise view | |
| Bottom-up asset intelligence |
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See structured asset details, including vendor, device type, firmware, software, location, and configuration attributes for deeper OT visibility beyond network discovery, without actively scanning live systems. | |
| Vulnerability intelligence |
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Match trusted asset data against known CVEs to identify potential security exposure without scanning production devices | |
| Risk prioritization |
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Add risk context and scoring so teams can focus attention on vulnerabilities that matter most instead of treating every CVE equally | |
| Asset lifecycle visibility |
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Identify aging, outdated, or unsupported assets and use lifecycle information to support maintenance and modernization planning | |
| AI-supported guidance |
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Turn vulnerability findings into actionable next steps supported by contextual information, best practices, and industry standards. AI processing can run on-premises, keeping sensitive OT data within your environment and under your control. | |
| Job & backup visibility |
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See job results across sites, including backup comparison information and operational status | |
| Cross-site reporting |
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Compare plants, regions, device types, and risk profiles through standardized enterprise dashboards and reports | |
| Enterprise integrations |
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Export data through CSV, JSON, and API to SIEM, CMDB, ticketing, analytics, and other enterprise systems | |
| Runs on Octoplant |
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Use the operational data already captured by Octoplant - no duplicate data collection and a consistent experience across both layers | |
A network scan tells you what is communicating. Octovision starts with what is actually configured to run production. Octoplant already holds detailed project and configuration data for critical PLCs, robots, drives, HMIs, and other supported automation, including components and firmware that may never appear as individual devices on the network.
Octovision turns that existing operational record into structured asset intelligence without introducing agents or additional scanning traffic to production. External assets can then be added alongside it, creating a broader enterprise inventory without throwing away the depth of information already available from the plant floor.
The result is not just another list of connected devices. It is an OT inventory built around the assets production actually depends on.
Enterprise teams cannot manage OT risk from fragmented plant-level data. Octovision brings assets, configurations, backup status, lifecycle information, vulnerabilities, and operational context together in one central intelligence layer – creating a consistent view across sites, regions, and the wider organization.
That shared foundation gives security, operations, engineering, and leadership a common understanding of what is running, what is protected, where the gaps are, and where attention is needed most. Instead of rebuilding the OT picture in separate tools and spreadsheets, the enterprise works from one trusted operational view.
Octovision can also share that intelligence with existing security, maintenance, and business systems when needed – while remaining the central source of OT context behind enterprise visibility and decision-making.
Deploy securely on-premises today, keeping OT data and control within your environment. Cloud and SaaS deployment options are planned for the near future and can also be explored on request to support specific architecture and scalability needs.