OT asset visibility, configuration monitoring, vulnerability tracking and compliance reporting for industrial control systems, in one platform.
2 deviations from baseline flagged
Illustrative example
You cannot protect an OT asset you do not know you have. Industrial Defender builds an inventory of controllers, servers, workstations and network devices from several sources at once (passive monitoring, active collection and configuration data) and keeps watching them against a stored baseline. Changes, vulnerabilities and compliance gaps are tied back to the same asset record.
Control systems change, grow and get hand-tuned over many years. Most plants have no current inventory: nobody knows which controller runs which software version or has which port open. Vulnerability management, change monitoring and compliance evidence then all rest on guesswork.
Common IT methods are not always suitable in OT either: legacy devices can be sensitive to active scanning. So the collection method has to be chosen to match how sensitive each environment is.
From raw source to ready-to-use data in five steps.
The collection method is chosen to match how sensitive each environment is: passive network monitoring, active collection (SSH and native OT protocols) and, where needed, OT-specific traffic analysis. The goal is coverage at Purdue level 1 and above without disrupting operations.
Physical inspection data, passive monitoring, configuration analysis and active discovery come together in one interface. Every asset’s hardware and software details live in a single record.
Each asset’s configuration is stored as a baseline. Unauthorised changes to ports, users, policies and services are flagged as deviations from it.
The asset inventory is matched against NIST’s vulnerability database and ICS-CERT alerts, and patching and mitigation are prioritised by risk.
Compliance policies and report templates produce audit-ready output, and key events go to the operator console, NOC or SOC, integrated with SIEM and SOAR.
The capability groups; the details are on the features page.
A single source of truth for all OT hardware and software details.
Passive for the sensitive segments, active where it is needed: the method matches the environment.
A baseline configuration is kept for every asset, and deviations get noticed.
Vulnerabilities are not just listed; they are matched to your inventory and prioritised.
Logs and events are tied to the asset inventory, so you see where something happened and how critical the affected system is.
Policies mapped to frameworks and audit-ready reports.
Carry OT data into the security and IT tools you already run.
Controllers at level 1 and above, HMI/SCADA and production servers are collected in the same inventory.
The platform runs inside your network, with collection components placed passive or active depending on sensitivity.
SIEM, SOAR and CMDB integrations connect OT data to IT security processes.
Typical situations; all of them are on the use cases page.
Nobody knows how many controllers the plant has or which software versions they run; the list is in spreadsheets and out of date.
After maintenance a new port stays open on a controller, or a temporary user is forgotten.
Before every audit, inventory, configuration and patch evidence is compiled by hand.
We do not just resell the product: we deploy it and hand it over to your team.
In a workshop we clarify the current state, sources, goals and constraints, and choose the first use case together.
We set up a Industrial Defender pilot with a limited scope and written success criteria, and judge the result against them.
We standardise the models, policies and templates from the pilot, integrate with surrounding systems and run a security review.
We train your team, hand over documentation and support you after go-live.
Passive monitoring observes network traffic and leaves no footprint on the asset, which suits the most sensitive segments. Active collection talks to the device over SSH and native OT protocols and returns richer configuration data. Together we decide which method to use where, based on how sensitive each environment is.
The vendor states coverage of more than 200 industrial vendors including Rockwell, Siemens, Schneider Electric, GE and ABB. We confirm coverage for your device models and software versions at the start of a project.
No. Its focus is asset inventory, configuration and change management, vulnerability management, log and event monitoring and compliance. It works alongside network segmentation and network-based detection as a complement.
IEC 62443 expects processes such as inventory, change management and vulnerability management. Industrial Defender helps you run and evidence them, and IEC 62443 is among its out-of-the-box policies. For the standard itself, see our article.
The platform is deployed on premises to fit your architecture, with collection components placed passive or active in the network segments. The detailed placement plan comes out of the discovery workshop.
Tell us where you are and what you want to achieve, and we will outline the right scope and pilot plan. Our team replies within 24 hours.