Navigating the EU RED 18031 compliance with Wirepas

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What is RF Mesh and why is it good for smart metering?

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Wirepas Mesh network encryption

illustration of how Wirepas Mesh network encryption and end-to-end security work

ENCRYPTION ACROSS THE OSI STACK

LAYERED NETWORK ENCRYPTION

Illustration of hop-to-hop network encryption

HOP-TO-HOP ENCRYPTION

Each node can only decrypt the data it needs to forward

Data is never visible in clear text beyond the current hop

The compromise of a single device does not expose the full message path

This model provides message protection without requiring end-to-end key sharing between every possible device pair.

Illustration of end-to-end security in Wirepas Mesh networks

END-TO-END ENCRYPTION

Shared Mesh Networks. No problem.

Illustration showing three smart meters from different manufacturers seamlessly operating in the same network thanks to Wirepas' multi-vendor device interoperanility

MULTI-VENDOR DEVICE INTEROPERABILITY

REPORT A VULNERABILITY

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Wirepas Mesh network encryption and end-to-end security

Learn how Wirepas Mesh keeps networks secure

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Illustration of a vault that represents a secure key storage, and red evil eyes behind the vault

Secure key storage and the cybersecurity foundations you can’t afford to ignore

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Illustration of radio chips that have new requirements due to the EU radio equipment directive RED En 18031

Navigating the EU Radio Equipment Directive RED EN 18031 with Wirepas

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Illustration of a self-healing, self-building mesh network that's secure even when a connection breaks

Learn what Wirepas Mesh network is and how it works

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illustration of wireless mesh network connectivity

Standardised and open mesh network for smart metering, buildings and tracking

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