Campbelltown Seeks Drowning Detection For Billabong Parklands To Automate Detection.
Campbelltown Seeks Drowning Detection For Billabong Parklands – Campbelltown City Council has gone to market for an automated drowning detection system at Billabong Parklands, looking to lift aquatic safety with technology that can identify incidents faster than human supervision alone.
The tender covers supply, installation, commissioning and ongoing maintenance of the system, with a 5-year managed services component built in. Installation is scheduled for the quieter winter period, running through to September, to avoid disrupting peak season operations.
This is a straightforward operational demand – public aquatic facilities are busy, visually complex environments where busy lifeguards can miss the early signs of distress. Detection systems combining video analytics and AI flag abnormal movement or inactivity in the water and push alerts to staff in real time.
Council isn’t just buying hardware but looking for a complete, working solution that integrates into daily operations, holds up in a live environment and can be maintained over time. That means reliability, low false alarm rates and clear escalation workflows will matter more than feature lists. Software developers and integrators will need to perform – this is a life safety system, not a toy.

For suppliers, this is a meaningful project – a reference site in a growing category where liability, safety expectations and public scrutiny are all pushing councils toward automated detection using existing or expanding CCTV solutions.
For the market more broadly, it’s another sign that AI-driven safety systems are moving out of trial mode and into standard procurement — especially in environments where seconds count. This is great news for the market in SEN’s opinion.
A non-mandatory site briefing was held April 22 and this tender closes May 15 – you can learn more here or read more SEN news here.
“Campbelltown Seeks Drowning Detection For Billabong Parklands To Automate Detection.”










