Industry insight, product updates, and news from the frontline of insurance telematics.
A technical deep dive into the rebuilt Axon crash reconstruction engine — multi-sensor event segmentation, per-axis impact classification, sensor fusion, millisecond timing, and integrated delta-v — and what it means for FNOL, liability, and claims teams.
False crash alerts waste claims teams' time, while missed crashes cost insurers money and open the door to fraud. We examine why the false FNOL problem persists — and how high-resolution crash data from the latest telematics hardware is fundamentally changing the picture.
Staged accidents and exaggerated claims cost insurers and honest policyholders alike. We explore how telematics crash data — from pre-impact behaviour to impact dynamics and post-collision movement — is being used to detect and deter motor insurance fraud.
Axon Telematics returned to the Institute of Traffic Accident Investigators' annual Crash Test & Research Day at Upper Heyford Airfield — putting the latest Teltonika FT platform devices through their paces in real-world collision scenarios to capture higher-resolution crash data than ever before.
Axon Telematics joined industry leaders from across the globe at the Teltonika Telematics Conference in Vilnius, Lithuania this June — a landmark event bringing together the brightest minds in connected vehicle technology.
Lock-in to a single hardware vendor is one of the biggest risks in any telematics programme. Here's why device-agnostic architecture is now the industry standard.
Axon's new Bluetooth sensor integration layer enables tyre pressure monitoring, temperature logging, and driver ID — all feeding into the same unified data platform.
In usage-based insurance, the accuracy of your driver score is everything. Poor scoring models lead to adverse selection, customer complaints, and eroded loss ratios.