Every OT device correlated against actively exploited vulnerabilities, with AI reading manufacturer advisories so your team doesn't have to. The complete asset inventory that makes it possible runs underneath — standard on every deployment, never the headline.
Unpatched, unmonitored OT equipment is one of the easiest ways into a factory network — old PLCs nobody's tracking, protocols nobody's watching, vendor security bulletins nobody has time to read. VigiaOT turns that blind spot into a continuously correlated, AI-curated view of what's actually exploitable on your floor right now — built on the asset visibility needed to make that correlation trustworthy in the first place.
One box, watching and scanning the floor, correlating against public feeds and an AI-curated vendor-advisory corpus.
The other thing this is: a serious tool for building an OT asset inventory without walking the floor with a spreadsheet. It finds what's on the network and fills in what it can see automatically — a technician only adds the handful of things a scan can never know.
Active scanning finds every device on the network — PLCs, HMIs, switches, gateways — including the ones nobody remembered were still plugged in.
Vendor, model, firmware version, protocols and open ports are filled in automatically from what the scan actually sees — not a guess based on a MAC prefix.
A technician adds only what a scan can't know — Machine ID, location, criticality, who's responsible — and saves it to the catalog. Minutes per device, not a spreadsheet afternoon.
No new platform to learn and no cloud login — a lightweight dashboard served locally by VIGIA-IOTBOX, no internet required. The screens below are representative mockups of the interface, not live data.
| CVE | Severity | CVSS | Device | Machine | KEV |
|---|---|---|---|---|---|
| CVE-2024-38475 | Critical | 9.8 | 10.0.4.22 (plc-cnc014) | CNC-014 | Yes |
| CVE-2023-29464 | High | 8.1 | 10.0.4.31 (hmi-rob071) | ROB-071 | — |
| CVE-2022-1234 | Medium | 5.4 | 10.0.4.55 (gw-pkg002) | PKG-002 | — |
A remote attacker on your network can bypass the web server login on this exact PLC and gain full engineering access — no credentials needed. This firmware version is on CISA's Known Exploited Vulnerabilities list, meaning it's already being used in attacks.
A technician's own laptop visits each isolated OT cell to discover and catalog it — no dedicated VigiaOT hardware there. Correlation and AI triage happen once that inventory reaches VIGIA-IOTBOX, one appliance per site, on the customer's own IT network.
Base makes the correlation possible. Module 1 and Module 2 are where the actual vulnerability intelligence and AI triage live — most customers land there.
Per-protocol active scanning and local inventory, entirely offline — the laptop never needs a network beyond the cell it's in. Once pushed to VIGIA-IOTBOX, it's automatically correlated against NVD and CISA KEV at no extra cost. The foundation everything else builds on.
Runs on VIGIA-IOTBOX, watching the customer's IT network for OT devices bridging across — like a cell's Main PLC reporting to a MES server — without ever probing inside an isolated cell. A boundary-hygiene signal, not a way to complete a cell's inventory.
AI reads every new manufacturer security bulletin and turns it into a short, ranked list your team can act on — not a stack of technical PDFs. Grows with every customer: a vendor gap found on one factory floor closes for everyone else too, once a human has reviewed it. Most complete when paired with Module 1.
Solo tiers activate once, per PC — Solo Analytics also carries a small annual fee to keep the vulnerability feed current. Once a second PC needs to join, Site Analytics takes over, billed annually per site; its VIGIA-IOTBOX hardware is optional, and its two modules are separate annual add-ons.
| Item | Billing | |
|---|---|---|
| Solo InventoryActive discovery and a living local catalog on one technician's laptop — no server, no vulnerability correlation. | One-time, per PC | On request |
| Solo AnalyticsSolo Inventory plus NVD/CISA KEV vulnerability correlation and review, on the same laptop. | One-time + annual feed fee | On request |
| Site AnalyticsSITEOne VIGIA-IOTBOX aggregating every technician and cell into a single site-wide catalog. Base price includes 2 iscanner seats; additional seats billed separately. | Annual, per site | On request |
| Passive ModuleADD-ON · SITE ONLYContinuous IT-network listening via Zeek, for OT devices bridging the IT boundary. | Annual | On request |
| AI ModuleADD-ON · SITE ONLYAI reads manufacturer advisories and drafts reviewed alerts — bundled rate when paired with the Passive Module. | Annual | On request |
| VIGIA-IOTBOX hardwareOPTIONALPre-configured appliance, one per site — only if the customer doesn't provide their own server. | One-time | On request |
| Setup on customer-provided hardwareIF WE INSTALLInstallation, configuration & licensing, if our team handles the setup instead of the VIGIA-IOTBOX. Self-installed by the customer's IT — no extra fee. | One-time, at install | On request |
The Passive Module and the AI Module can be bundled at a reduced combined rate. Every deployment is quoted individually — get in touch at codebox.pt/vigia.
Only relevant if Module 2 is enabled — the base tier always runs standalone. VIGIA-IOTBOX itself never has, or needs, a route to the public internet; the choice is simply whether the customer's own IT network gives it any governed path onward at all.
VIGIA-IOTBOX sits on the customer's IT network like any other server. If that network has a governed outbound path — the customer's own firewall, their own rules — the vendor-advisory corpus stays synced automatically.
For sites where VIGIA-IOTBOX has no outbound path at all. The same curated corpus arrives by USB, delivered on a scheduled site visit — with the natural lag between visits.
The same system, two arguments — because the decision to install this on the factory floor is never one team's alone.
Tell us a bit about your operation and we'll get back to you — typically within one business day.

Passive first, active under control — the same architectural principle used by established OT security vendors, standard in one box per factory, everything else by module.