17/04/2026
Cybersecurity is no longer just an IT discussion.
With the introduction of the Cyber Resilience Act (CRA), it has become a product-level compliance requirement.
Most organisations secure what’s visible:
PC → Server → Cloud
Encryption. Firewalls. Cloud security.
But what about everything downstream?
The Hidden Attack Surface-
In fire detection and life safety systems, a gateway connects to an entire network behind the panel:
• Detectors
• I/O modules
• Interfaces
• Notification devices
Under the CRA, these connected components form part of the product’s digital ecosystem — and must meet cybersecurity resilience requirements.
Yet many solutions focus only on securing transmission to the cloud.
That leaves the internal device network exposed.
And under the CRA, that’s a compliance risk.
Why This Matters-
If downstream communication isn’t secured, vulnerabilities may allow:
• Signal tampering
• Event manipulation
• False or suppressed alarms
• Compromised reporting integrity
• Regulatory exposure
In life safety systems, cybersecurity is directly linked to operational reliability. False activations are a possibility through hacking by manipulating the status of the devices.
Where We Lead-
Our event monitoring and notification platform secures the entire pathway, not just the cloud layer. Our IO equipment is secure and protected using the latest technologies.
We protect:
• Gateway-to-panel communication
• Downstream device networks
• Event signal integrity from activation to reporting
• Encrypted transmission across the full chain
This aligns with CRA expectations around:
• Secure-by-design architecture
• Risk-based cybersecurity controls
• Protection across the product lifecycle
Cyber Resilience Is Now a Life Safety Standard-
The CRA shifts the conversation from perimeter security to product-level resilience.
Securing only the upstream connection is no longer enough.
True resilience requires protection across every connected device in the network.
That’s not an add-on for us.
It’s built into how we design.
