Axis Communications Unveils 360-Degree Radar in Sydney

The new D2124-VE radar provides broad surveillance coverage and is designed for simplified site planning.

Updated on Oct. 28, 2026 in Cybersecurity

Axis Communications Unveils 360-Degree Radar in Sydney

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Axis Communications has introduced its D2124-VE radar, a new security device capable of 360-degree coverage across 40,000 square metres. Unveiled in Sydney, the unit simplifies site planning by consolidating four sensors onto a single chip.

Why it matters

The system is engineered to reduce the need for multi-sensor deployments and lower power consumption for off-grid or remote installations. By presenting as a single device on a network, it streamlines the deployment of security infrastructure for large areas.

The D2124-VE radar features four integrated dynamic LED strips and built-in image stabilisation to support detection up to 200 metres. It operates as a single IP address and can trigger an AXIS Q6225-LE PTZ camera for visual verification.

The players

Axis Communications

Based in Lund, Sweden, the company operates in 50 countries and employs approximately 5,000 people globally.

The details

The radar uses four sensors feeding into a single ARTPEC-9 system on chip to monitor surroundings. It is specifically calibrated to recognise humans at distances up to 140 metres, ensuring reliable performance in complex security environments.

The D2124-VE radar was unveiled in Sydney on 28 October 2026.
The product is scheduled for availability through distribution channels in Q4 2026.

The Tech Race

The reliance on the ARTPEC-9 system on chip reflects a broader trend toward integrating advanced processing directly into edge security hardware. This innovation replaces legacy systems that required multiple discrete sensors to achieve similar wide-area surveillance coverage.

Site managers and security personnel can expect simplified network configurations and reduced power requirements for remote monitoring sites. The consolidation of multiple sensors into one device decreases the physical equipment footprint on security poles.

The takeaway

This radar system highlights a shift towards energy-efficient, consolidated hardware for expansive monitoring zones. Businesses planning security upgrades should prioritise evaluating whether single-chip radar arrays can replace existing, more power-intensive sensor networks.