Video Telematics

How a 57-Truck Port Fleet Cut 89% of SOS Alert Noise with a Roadcast Alert-Efficiency Audit

80,208 safety events in 89 days had made 'critical' meaningless. A telemetry deep-dive rebuilt alert credibility in software.

16,485
Faulty SOS alerts isolated
89%
Of SOS traffic traced to one device
412–550h
Control-room capacity recovered
₹1.65–₹2.75L
Capacity value recovered*
* Modelled estimates — see methodology within the study.

01 Background

Placeholder text for the background of the fleet. The client operates a 57-truck fleet across critical port logistics routes. Safety compliance dictates that all vehicles be equipped with video telematics and active SOS buttons.

02 The Challenge

Over a span of 89 days, the control room received over 80,000 alerts. The sheer volume of 'critical' flags caused severe alarm fatigue among dispatchers, making it impossible to identify genuine emergencies.

Cost of Inaction

Ignoring alarm fatigue directly increases liability. A missed genuine SOS due to alert noise could cost lives, regulatory fines, and permanent reputational damage.

03 The Approach

Roadcast performed a complete telemetry audit. By analyzing the time-series data of all SOS triggers, our data science team sought to find patterns in the noise.

[Placeholder: Alert Distribution Chart]

89%

04 The Solution

The audit revealed that 89% of all SOS alerts were originating from a single, faulty hardware unit in one specific truck. We implemented a software-side quarantine for the faulty device while a physical replacement was dispatched.

05 The Result

Alert volumes dropped instantly by nearly 90%. Control room dispatchers regained hundreds of hours of operational capacity, and the credibility of the SOS alert was entirely restored.

The Takeaway

More data isn't always better. Intelligent telematics software must have the capability to audit itself and filter hardware anomalies before they overwhelm human operators.