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ITS Australia has announced the finalists for the 15th Annual ITS Australia Awards, with winners to be announced at a prestigious ceremony on 13 February 2025 at the Westin Hotel Perth – the first time the Awards will be held in the West Australian capital.
This year’s 32 finalists span a diverse array of individuals and teams from across the country, competing in six award categories that honour excellence in the nation’s intelligent transport systems. The awards recognise Australia’s leadership and innovation in transport technology and significant role in advancing global transport solutions.
ITS Australia President Silje Troseth reflected on the breadth of talent across the pool of this year’s nominees.
“The lineup of finalists in this year’s awards program is exceptional, showcasing a deep talent pool of individuals and teams from industry, government and academia working tirelessly to deliver a better transport future through the deployment of new technologies,” said Ms Troseth.
The shortlisted projects represent an impressive and diverse range of transport technology solutions, ranging from C-ITS enabled vehicles trials to support vulnerable road users, to innovative mobility solutions focussed on suburban and remote transport disadvantage, and world-leading research projects with the potential to revolutionise traffic management. The innovation demonstrated by the finalists is remarkable and once again highlights our industry’s capacity to collaborate.
Silje Troseth, President, ITS Australia
The six award categories represent excellence across all facets of the burgeoning ITS industry. The categories are the Smart Transport Infrastructure Award, Intelligent Mobility Award, Excellence in Transport Data Award, Excellence in Research and Development Award, Connected and Automated Vehicle Award, and Young Professional Award.
In addition, the recipients of the prestigious Max Lay Lifetime Achievement Award and the inaugural Women of the Year Award will be announced in the coming weeks.
“With the Awards to be hosted in Perth for the first time in its fifteen-year history, it’s terrific to see several West Australian projects recognised amongst the impressive group of finalists, and that is testament to the strong ITS activity happening in the State," said Susan Harris, ITS Australia's Chief Executive Officer.
“To enrich this milestone event, ITS Australia will also deliver the ‘WA ITS Showcase 2024,’ an educational program spotlighting Western Australia’s impressive transport technologies. Running on 12 and 13 February, this prelude to the awards ceremony offers East Coast visitors a unique chance to engage with Perth’s vibrant ITS landscape.”
The Awards continue to enjoy the strong support of industry partners with iMOVE Australia again supporting the Excellence in Research and Development Award and Transurban returning for the third time as the sponsor of the Young Professional Award. Joining them as sponsors in 2025 is Q-Free Australia, who are proudly supporting the first-ever Woman of the Year Award.
Finalists were selected by an impressive judging panel of 24 professionals across the intelligent transport industry spanning the commercial sector, government, and academia, ensuring an inclusive and comprehensive evaluation of excellence.
The winners will be announced at a gala ceremony at the Westin Hotel, Perth, on Thursday 13 February 2025, with the WA ITS Showcase running on 12 and 13 February.
Safer Urban Mobility for Vulnerable Road Users Through Cooperative Awareness and Shared Perception
Lexus Australia
In Sydney’s Darling Harbour, Lexus Australia showcases safer urban mobility with Cooperative Intelligent Transport Systems (C-ITS), focusing on Vulnerable Road Users (VRUs). Highlights include intersection movement assistance, connected cycling with OBU Lite (ultra-lightweight DSRC), and Traffic Analytics for pedestrian collision notifications, reducing collision risks in urban areas.
C-ITS Trial - Safety for vulnerable road users around school zones
Tasmanian Government, Department of State Growth.
Tasmania successfully undertook Future Technology Readiness investigation and development with C-ITS technologies to improve driver safety awareness for vulnerable road users at school zones. The trial tested the electronic signs I2V (Infrastructure to Vehicle) and V2I (Vehicle to Infrastructure) capability by monitoring vehicle movement at school zones and distributing real-time visual messages about the road environment directly into the vehicle to help improve driver awareness, decision-making and improve road safety.
Main Roads Cooperative ITS Roadmap
Main Roads Western Australia
C-ITS has the potential to accelerate the realisation of our goals to improve safety, productivity, mobility, and sustainability for Australians. Our C-ITS Roadmaps main purpose is to establish our C-ITS Vision, C-ITS Deployment Strategy, and a short- to medium term roadmap with actionable steps to realise the benefits of C-ITS in WA, a first on a national level, by outlining drivers for C-ITS from national and international policy and strategy.
Smart Freeway Live decision support tool
Main Roads Western Australia
MRWA and Aimsun are set to revolutionise traffic management with the launch of the groundbreaking Real-Time Decision Support Tool by February 2025, specifically designed for the Mitchell Smart Freeway (Southbound). This state-of-the-art tool empowers operators with instantaneous, data-driven insights into network conditions, dramatically enhancing incident response capabilities. The project replicates the sophisticated STREAMS ramp metering algorithm through a highly innovative R&D initiative.
Real-time Analytics for Road Traffic Management
The University of Queensland
The University of Queensland (UQ), Queensland Department of Transport and Main Roads (TMR), and Transmax have developed three key real-time analytics technologies to innovate road traffic management as outputs of an Australian Research Council’s Linkage project. These include novel methods for incident prediction in large-scale urban networks, anomaly detection in traffic sensor data, and queue estimation at signalised intersections, enhancing situational awareness and predictive capability in real-time traffic management.
Virtual Reality (VR) Cycling Simulator for Interactive Visualisation of Proposed Street Design Scenarios
UNSW Sydney (City Futures, TRACSLab@UNSW, and rCITI research groups)
UNSW, in collaboration with TfNSW and iMove Australia, developed and utilised an immersive Virtual Reality cycling simulator as a method to communicate proposed street designs to stakeholders and communities. In the simulator, several alternative cycling infrastructure options were visualised on 3D environments (modelled after real NSW streets) and presented to volunteer cyclists. The platform enhances data-driven decision-making by facilitating a more realistic experience for collecting community feedback before implementation.
FleetWEIGH Smart On-Board Mass Technology (FleetWEIGH Smart OBM)
FleetWeigh
FleetWEIGH Smart OBM is Australia's first all in one, Bluetooth weigh scale and complete telematics solution for air suspension truck and trailers displaying your live truck weight straight to your smart device to help you load safely and legally. FleetWEIGH is a comprehensive offering to the On-Board Mass management market, type approved by Transport Certification Australia as a Smart OBM (Category B) system for use on high productivity vehicle technology.
Development of Impactable Smart Lane™ Merge Gate (SLMG)
Traffic Tech
The Smart Lane™ Merge Gate (SLMG) is a cutting-edge Intelligent Traffic Systems (ITS) device designed to enhance the management of:
- Road and Tunnel Ramp Closures
- Tunnel portal closure
- Emergency Contra-flow Systems
- Deployment of Revers Flow traffic control
- Runaway Truck Ramp Closures
- Maintenance and Construction Access
SMART Operations: Real-Time Analytics for Safe and Efficient Transport Networks
Advanced Mobility Analytics Group
SMART Operations, developed in Brisbane, QLD by Advanced Mobility Analytics Group, uses AI and video analytics to enhance transport safety and efficiency allowing evidence-based decision making. Deployed in countries across the globe, it supports authorities by providing real-time alerts and insights to optimise network operations and reduce crashes.
From Smog to Smarts: Metlink's bus data fuels cleaner air and smarter decisions
netBI
netBI is a leading, cloud-based SaaS (Software-as-a-Service) data platform and analytics solution for the mass transit sector. netBI makes sense of all streaming and historical data through custom-built solutions that unify and analyse complex data sets, from any system. Using artificial intelligence and machine learning, netBI puts business data into context, is fast and low-risk to implement, and delivers insights that are impossible to achieve using traditional approaches.
Reducing the impact of Major Projects via the use of Virtual Variable Messages and Real Time Messaging via dedicated Mobile Application
Main Roads Western Australia
Traffic-ALT is a newly developed app to support those affected by major project disruptions such as the Armadale Train Line shutdown in Western Australia. Traffic ALT uses Main Roads’ real time data to provide location and direction of travel specific Real-Time Audio Traffic Alerts such as Abnormal Live Congestion, travel time Alerts and customised Virtual VMS. The application works though phones or car stereo Bluetooth and supports iOS and Android.
AI-Assisted Mapping of Pedestrian Infrastructure for Enhanced Urban Mobility
footpath.ai
footpath.ai, in collaboration with Waverley Council, has deployed an innovative AI-assisted mapping system for pedestrian infrastructure. This project enhances urban mobility by accurately mapping footpaths, amenities, and accessibility features, ensuring high data quality through AI and human collaboration. The initiative covers nearly 70 km of footpaths in the Waverley, NSW LGA, promoting safer and more accessible urban environments.
Integrated connected data for safer, more efficient transport operations
The University of Melbourne
This project harnesses cutting-edge big data from connected vehicles and bicycles to transform urban traffic management. By integrating real-time GPS and telematics data, the project enhances traffic efficiency, safety, and sustainability. Innovative methodologies, including deep reinforcement learning and data fusion, optimise intersections, improve road safety for vulnerable users, and reduce emissions, setting a new standard for modern, data-driven traffic systems.
Optimise Replacement Bus Services During Network Disruptions- A Data Driven Approach
Transport for NSW
Transport for NSW has collaborated with the University of Technology Sydney to develop a data-driven solution for estimating emergency bus service demand and optimising bus routes and deployment during network disruptions. By leveraging data, AI, and optimisation techniques - this innovative solution enhances decision-making transparency and consistency, enabling TfNSW to make evidence-based decisions. The solution helps minimise the impact of disruptions, reduces emergency bussing costs, and improves the customer experience.
Safer public transportation in Melbourne with "Push to Communicate"
Consat Telematics
Safer public transportation in Melbourne: The "Push To Communicate" project by Ventura and Consat Telematics revolutionises Melbourne's public transport by integrating voice communication in a way never done before. This solution combines real-time vehicle tracking, traffic management, fleet management, electromobility, and push-to-communicate features. It enhances safety and improves operational efficiency through comprehensive data. Additionally, it increases passenger satisfaction with real-time information systems, setting a new standard in public transportation.
Empowering Communities: SkedGo’s Catch-a-Ride – Accessible Mobility for Underserved Areas
SkedGo
SkedGo developed the technology for Catch-a-Ride, an innovative mobility platform providing affordable, accessible transport in underserved rural and suburban communities, where the lack of transport options can exacerbate poverty, limit job access, and reduce quality of life. This solution combines local transport modes into a single, user-friendly, accessible app, improving access to essential services and jobs. The project exemplifies how Australian technology delivers inclusive, scalable mobility solutions, benefiting communities worldwide.
See Me: Bus Signalling App
SAGE Automation
See Me is a ground-breaking app that makes public transport accessible for everyone. The app allows users to hail a bus remotely and notify them when the bus is approaching and when it is about to reach the end destination. See Me is bridging the gap between drivers and their passengers in a significant step towards inclusive public transport by reducing passenger anxiety and making travel more independent for everyone.
Revolutionising Traffic Incident Detection with Video Analytics and Deep Learning
Transurban
Transurban’s Automatic Incident Detection (AID) System provides technology-based situational awareness for our Traffic Control Room Operators (TCROs), that supplements our traditional 'eyes on the road' video surveillance method. In anticipation of the increased operator workload required when the West Gate Tunnel is onboarded in 2025, performance optimisation was achieved through innovative application of deep learning capability in the Citilog AID System.
Customised traveller information Interactive voice recording and telephony system uplift
Queensland Department of Transport and Main Roads
Implementation of cutting-edge interactive voice response (IVR) and call management system has provided a significant uplift in the accuracy, speed and personalised service experienced by customers as they seek traveller information and/or to report incident information on the road network. Queensland's Traffic Management Centres legacy phone systems have been replaced with new technology that has enabled streamlining business processes, improved our statewide business continuity and provided massive customer experience uplift.
WestConnex Integrated OMCS at Australia's Most Advanced Road Motorway Control Centre
SICE
Transurban
The completion of the WestConnex motorway marks a milestone in global infrastructure, with Transurban managing over 26 km of connected tunnels through SICE’s state-of-the-art Integrated Operations Management & Control System (IOMCS), SIDERA.
This advanced system, operating from a single, fully integrated control room, enhances safety and efficiency and reduces operating costs, positioning WestConnex as one of the world's most sophisticated motorway networks.
Australian-first tech gives overheight trucks a real-time reality check
Transport for NSW
In an Australian first, Transport for NSW has combined the Light Detection and Ranging scanning technology with Automatic Number Plate Recognition software. The six-month trial will see trucks scanned as they pass under the sensor, and their height and number plate information will be gathered and instantaneously displayed to drivers on the overhead Variable Message Sign (VMS). The first site is now live on the M1 at the Mount White.
Main Roads Flood Regional Flood Monitoring System
Main Roads Western Australia
MRWA in collaboration with Attentis and Telstra installed environment monitoring solutions with flood monitoring functionality, live video streaming capability, and diverse communications connectivity. Utilising Attentis Intelligent Multi-sensor devices which have integrated visual+ infrared cameras, multiple floodway water level measurement capabilities, live weather, BOM compliant. The device ensures communications to our Operations Centre, is reliable in remote areas using multiple communications protocols, including satellite and provides live image verification in remote+areas.
Dynamic Directional Signage (DDS) Technology
CPB Contractors & DT Infrastructure Joint Venture
The Dynamic Directional Signage (DDS), a groundbreaking technology used for the first time on a state road in Australia - the Warringah Freeway Upgrade Project in Sydney - revolutionises traffic management. Implemented by DT Infrastructure and CPB Contractors, this innovative system enhances road safety through intelligent traffic control and real-time driver communication, marking a significant advancement in Australian transport infrastructure.
Transport for NSW Level Crossing Technology Trial
Transport for NSW
Innovative new radar-activated signs designed to improve safety at railway level crossings are being trialled in regional NSW.
The Level Crossing Safety Technology Trial is designed to increase driver awareness and reduce the associated risks for motorists and trains at level crossings.
Three trial sites operating at Narromine and Bribbaree feature augmented stop signs and advance warning signs with LEDs.
Brittany Croft - Kapsch
Timothy Hudson - Transurban
Kalan Ralph - Main Roads Western Australia
Gloria Tan - Service Stream
Nithin Venkat - GHD
Nikhil Subramanya Sharma - Transurban
Mehdi Shah - Transurban
Sujan Kandel - SICE
Membership of ITS Australia offers a range of benefits
