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                     Intelligent Transportation Systems Products
The demand for intelligent traffic analytics 
increases as accurate and timely 
information is key to efficient road traffic 
management.
Intelligent traffic systems are used for 
traffic control, tolling, law enforcement, 
smart parking applications, and more. 
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Intelligent Transportation Systems Products
Cost and efficiency are pushing the 
required analytics capabilities to the edge, 
creating demand for higher AI processing 
at lower power and cost. 
Hailo-8™ unprecedented AI processing 
power supports state-of-the-art NN models 
that achieve high accuracy, even in busy 
intersections, while fitting the power and 
cost envelope of traditional ITS equipment.
The Hailo AI processor enables traffic 
management systems to gain valuable 
insights for optimized mobility of people 
and vehicles in real-time. A Hailo-
powered traffic management systems:
Traffic monitoring systems based on Hailo 
AI Processor perform real-time and high-
performance AI video analytics at the edge 
from a single or multiple cameras.
These systems deliver accurate insights and alerts 
at low latency at an embedded power budget. The 
Hailo AI processor small form-factor, low power, and 
cost-effectiveness capabilities make it ideal for 
integration in either the traffic cameras or the edge 
traffic management gateways
Tolling systems based on Hailo-8™ perform real-time 
high-performance AI video analytics at the edge from a 
single or multiple cameras delivering accurate insights 
and alerts at low latency at an embedded power 
budget. Hailo-8™ M.2 module is ideal for cost-effective, 
fast, and easy integration in tolling devices.  Key 
features of the tolling devices include:
The Hailo-8 edge AI processor, featuring up to 26 tera-
operations per second (TOPS), significantly 
outperforms all other edge processors. Its area and 
power efficiency are far superior to other leading 
solutions by a considerable order of magnitude – at a 
size smaller than a penny even including the required 
memory.