In the world of industrial cybersecurity, the "trust but verify" model is a relic of the past. For Operational Technology (OT) networks, the only effective way to prevent cyberattacks is to adopt a Zero Trust architecture, in which every user, device, and process is inherently untrusted until proven otherwise.
BlastWave’s BlastShield™ delivers a high-assurance Zero Trust protection suite specifically engineered for the unique, real-time constraints of industrial environments.
Zero Trust for OT functions like an elite security team within your factory or utility. Unlike traditional perimeter security that assumes anyone inside the network is safe, Zero Trust mandates:
Every person and every device must provide proof of identity and permission before accessing any resource.
Access is denied by default; permissions are only granted for specific, authorized tasks.
It assumes that any user or device, regardless of their location on the network, could be compromised.
OT networks face distinct challenges that traditional IT security tools cannot solve. BlastWave's model is purpose-built to address:
Many OT environments rely on legacy systems that are impossible to patch. Zero Trust shields these unpatchable assets by enforcing strict, identity-driven security policies even for the most outdated hardware.
External attacks are common, but accidental or intentional insider threats can be just as catastrophic. BlastShield limits the "blast radius" of a breach by preventing lateral movement between devices, ensuring users can access only the systems required for their jobs.
Attackers now use AI to automate reconnaissance and identify weaknesses. A dynamic Zero Trust framework provides an adaptive defense that evolves with the threat landscape and continuously authenticates every connection.
Implementing Zero Trust for OT is increasingly mandated by federal directives and international standards. For organizations in critical infrastructure, moving to a "never trust, always verify" model is the primary path to meeting stringent Critical Infrastructure Zero Trust requirements.
TSA Security Directive 1582 and API Recommended Practice 1164 emphasize the need to isolate control systems.
The power grid must comply with NERC CIP (Critical Infrastructure Protection) and NIST SP 800-82.
Protecting public health requires adherence to the CISA Water and Wastewater Sector Plan.
Manufacturers must align with IEC 62443, the global standard for OT security.
Defense contractors must meet CMMC and Executive Order 14028 requirements, and DoW OT deployments must meet DTM 25-003 and the DoW Zero Trust for Operational Technology guidance.
Make your critical infrastructure undiscoverable. By hiding the network topology and device presence, BlastShield ensures that attackers cannot target what they cannot see.
Learn More
Deploy phishing-resistant authentication for your workforce and third-party contractors. By eliminating passwords, you remove the primary threat vector used in modern industrial breaches.
Learn MoreCreate micro-perimeters around your "crown jewel" assets. This ensures that even if one segment is compromised, the rest of your operations remain secure and functional.
Learn More
Moves from a reactive "detect and respond" model to a proactive "hide and prevent" architecture.
Protects essential services from disruption, ensuring continuous operation even during an active threat.
Dramatically minimizes entry points for attackers by enforcing strict "least privilege" access.
Getting started with BlastShield is easy and free. Follow the three steps below and get up and running fast.
%20(1).svg)
Create a Free Trial
Account
.svg)
Download the BlastShield Authenticator & Client
.svg)
Make Your Host Invisible
In Minutes
.svg)
