When waste sites watch themselves: FireVu brings cloud intelligence to high-risk waste sites
Iain Hoey
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Mike Newton, CTO and founder of NetVu, explains how cloud connected systems like FireVu help waste sites respond faster to growing detection and verification challenge
As high-risk industries like waste and recycling evolve, so must their approach to fire safety.
The sector continues to grapple with a range of deepening challenges – growing volumes of combustible materials, the threat of lithium-ion battery fires, and increasingly remote or minimum staffed sites.
In this context, a new generation of cloud connected fire prevention technologies are coming to the market to meet these demands, promising speed, intelligence, and reliability.
At the heart of this evolution is a concept I’ve believed in and developed for over 40 years: remote access.
From the early days of Dedicated Micros through to today at NetVu, I’ve worked to make security systems smarter, more resilient, and accessible from anywhere.
The same thinking underpins fire detection and verification through our FireVu solution– bringing together real-time monitoring, intelligent analysis, and integrated suppression through strategic partners into one cohesive solution.
The core of this shift is about integration; fire detection systems provide local onsite standalone detection that is augmented by a broader digital infrastructure, combining sensors, video analytics, thermal imaging, and cloud access to create proactive, adaptive safety platforms.
These systems aren’t just detecting fires, they are verifying them, responding in real time, and offering stakeholders full situational awareness from anywhere in the world.
In a sector where every second counts, the ability to act early and with confidence is critical.
The challenges and changes in the waste and recycling sector
Waste and recycling facilities are among the most fire-prone industrial environments.
Daily operations involve sorting and processing large quantities of combustible materials.
Add to that the rising use and disposal of lithium ion batteries in the waste stream – often damaged or improperly disposed of – and the risk profile intensifies significantly.
Dust, vapours, and airborne particles complicate detection further.
Traditional fire alarms may fail or give false alerts in these conditions, and manual inspections are not fast or reliable enough to detect smouldering fires before they escalate.
Many facilities operate with minimal staff overnight or over weekends.
This has made remote monitoring and instant verification essential.
It’s no longer sufficient to simply trigger an alarm, operators need to see, evaluate, and respond to an event in real time.
Cloud-connected edge-based detection systems address these specific market needs by offering:
- Remote access to live video and alerts: enabling faster responses from off-site teams or emergency services.
- Layered detection methods: smoke, flame, and thermal, backed by AI analytics to reduce false alarms.
- Integration with automated suppression systems: ensuring fires are not only detected, but extinguished quickly and appropriately
The value of resilience and remote access
Over the past four decades, I’ve seen firsthand how remote access and digital resilience have revolutionised the security and fire safety sectors.
My journey began with the invention of the time-division multiplexer and early networked video recording – technologies that laid the foundation for what we now consider the modern surveillance industry.
That same thinking powers fire prevention.
Today’s cloud connected systems continue this legacy, giving users around the-clock access to critical footage and system health, no matter where they are.
For industries like waste management, where the risks are high and the stakes even higher, including risk to life, such resilience is essential.
Sites can’t afford downtime in detection systems.
They need reliable, tamper-proof solutions that can function through smoke, vibration, or network fluctuations, that can be supported remotely.
Real-time response in action
Effective fire prevention isn’t just about having better sensors, it’s also about having better insight.
Another critical component in this ecosystem is metadata – the contextual information generated alongside video and sensor data.
Metadata includes time stamps, sensor types, detection zones, and event classifications, all of which enhance situational awareness and streamline incident response.
In surveillance and fire prevention, metadata enables faster search and retrieval of relevant footage, supports automated decision making, and allows systems to distinguish between routine activity and potential threats.
By embedding metadata into cloud connected platforms, operators gain a powerful tool for forensic analysis, compliance reporting, and continuous system learning.
Cloud platforms give facility managers, insurers, and emergency services instant access to critical data: live video, thermal heat maps, and historical analysis.
This not only enables fast decisions during an incident but also supports investigation, training, and risk mitigation afterward.
The integration of video based detection systems with automated suppression technology is becoming the gold standard.
FireVu’s visual verification capabilities are compatible with suppression technologies – whether water, foam, or inert gas – allowing sites to precisely target and contain fires in the very early stages.
Our strategic partnerships create a comprehensive ecosystem for fire prevention and suppression, providing facilities with a seamless, reliable solution that covers all stages of fire risk management; from early detection to containment and resolution.
This shift is not just about technology for technology’s sake.
It’s about meeting the evolving demands of insurers, regulators, and communities who expect better safeguards around fire-prone operations.
Whether dealing with the sudden ignition of flammable waste or the long-smouldering threat of hidden hotspots, cloud-enabled platforms offer a smarter, more accountable approach.
Driving smarter fire safety
The convergence of cloud computing, AI-powered analytics, and real-time verification has reshaped what’s possible in fire prevention.
No longer reactive, systems can now predict, detect, and respond with unprecedented precision.
For the waste and recycling industry, this is not a luxury, it’s an imperative.
As waste streams diversify and operational models shift, having intelligent, connected fire detection and suppression systems is critical to keeping people, property, and the environment safe.
Ultimately, the conversation must move beyond simple compliance.
Fire prevention is becoming a strategic pillar of business continuity and operational excellence.
Cloud managed systems that offer remote oversight, integrated response, and trusted resilience are no longer the future, they’re the standard we must build upon.
What the industry is talking about: Top 3 trends in fire prevention
Across the fire safety and waste management sectors, three clear priorities are shaping procurement and innovation strategies:
1. Cloud-connected and remote monitoring solutions
There is increasing pressure to monitor and manage fire risks across multiple locations with fewer staff.
Cloud-connected platforms make this possible, offering mobile visibility, incident archiving, and remote diagnostics that help teams act fast without having to be physically present.
2. False alarm reduction through AI and multi-sensor verification
Advanced detection platforms are now combining different sensing technologies, such as thermal cameras and flame analytics, with AI pattern recognition to exclude known heat sources including people and vehicles.
3. Integrated detection and suppression systems
A growing number of operators are turning to full-circle fire safety solutions.
One of our key strategic partners, Fire Shield combines FireVu with high performance dynamic suppression solutions which can cut response times dramatically and improve safety compliance.
Central to FireVu’s approach is its proprietary VSD (Visual Smoke Detection) and VFD (Visual Flame Detection) technologies.
Unlike traditional sensors, these systems use advanced video analytics to identify smoke and flame signatures visually, enabling earlier and more accurate detection, minimising false alarms and maximising response speed.
Why fire safety in recycling matters
Cory Environmental, London
The Smugglers Way site in London experienced a number of significant incidents within an 18-month period which caused substantial damage and shut downs.
This was identified as a growing problem, with a pending risk of a site destroying fire.
The speed of development and rising rates of damage were a particular concern.
In 2016, a new solution was deployed using FireVu detectors.
This has resulted in incidents being detected quickly, and addressed before the fire could spread to other areas of the site.
The FireVu solution proved highly effective and is now considered the default solution when there have been further expansions on the site.
Since the installation there have been no major incidents resulting in significant damage or extended shutdowns.