Better Together: How Packaging BlastWave with Inductive Automation Delivers Unmatched Value to Your Customers

Industrial customers want the power of Ignition. Their IT and security teams want proof that new OT deployments will not introduce new risk.

In this partner-focused webinar, experts from Inductive Automation, BlastWave, and the OT penetration testing community explain how to deploy Ignition with network cloaking, phishing-resistant access, and OT microsegmentation.

What You’ll Learn

• How attackers exploit flat networks, exposed services, weak credentials, and remote access pathways
• How to answer CISO concerns about lateral movement, access control, and exposed ports
• How network cloaking makes Ignition gateways, edge nodes, PLC enclaves, and other OT assets invisible to unauthorized users
• How phishing-resistant identity reduces reliance on vulnerable passwords and legacy VPNs
• How to add software-defined security to existing brownfield environments without replacing infrastructure
• How integrators and resellers can include security in Ignition proposals to reduce approval delays and increase value

The Reality for OT Teams

Ignition is becoming the digital backbone for SCADA, IIoT, MQTT, mobile visualization, and enterprise-wide industrial operations.

But many OT environments still rely on flat networks, legacy systems, exposed IP addresses, perimeter firewalls, and vendor access methods that were not designed for today’s threats.

You cannot always patch immediately.
You cannot always redesign the network.
You cannot always take critical systems offline.
And once attackers gain access, traditional firewalls and VPNs may not prevent lateral movement.

The real question is:

How do you connect and expand industrial automation without increasing the customer’s security liability?

Go Deeper

See how BlastWave can help you build secure-by-design Ignition deployments that are easier to approve, deploy, and manage.

Schedule a personalized demo to explore how network cloaking, phishing-resistant access, and OT microsegmentation can protect Ignition gateways, edge nodes, PLC enclaves, and remote access pathways—without requiring a costly network redesign.