What is MetaDefender OT and Cyber-Physical Systems?
OPSWAT's MetaDefender appliances and firewalls for OT access and security are designed to operate more precisely than a VPN while enforcing granular access control and minimizing the OT attack surface.
OPSWAT’s MetaDefender OT Access solution aims to eliminate risks associated to a VPN approach by enforcing a strict, logical line-of-sight
protection model, ensuring users can only access specifically what they are authorized to see within their connection.
The solution includes the MetaDefender Industrial Firewalls that provide active protection for cyber-physical systems, MetaDefender OT Access appliances for secure access to OT environments, and OPSWAT MetaDefender NetWall for access to real-time OT data and secure data transfer between networks of different security classifications, while defending critical environments from network borne threats.
MetaDefender OT Access can securely connect third parties, OEM vendors, and remote users through a centralized platform. The solution eliminates the security gaps of VPN solutions while reducing the operational network’s attack surface. Establishing a single, supervised access point enables monitoring and managing exactly who can access which OT assets, when, and how—delivering security without sacrificing operational efficiency.
The solution includes the MetaDefender Industrial Firewalls that provide active protection for cyber-physical systems, MetaDefender OT Access appliances for secure access to OT environments, and OPSWAT MetaDefender NetWall for access to real-time OT data and secure data transfer between networks of different security classifications, while defending critical environments from network borne threats.
Categories & Use Cases
Technical Details
| Deployment Types | SaaS, SaaS |
|---|---|
| Mobile Application | No |
FAQs
What is MetaDefender OT and Cyber-Physical Systems?
OPSWAT's MetaDefender appliances and firewalls for OT access and security are designed to operate more precisely than a VPN while enforcing granular access control and minimizing the OT attack surface.