Applications in Automotive Industry and Micromobility.

Smarter vehicles start with Cavli connectivity.

The global Automotive IoT market is projected to grow from $142.8B in 2024 to $1.2T by 2034, driven by a 23.7% CAGR and the rapid evolution of connected vehicle technologies
( Market.us).

Cavli Wireless empowers automotive OEMs with a complete solution stack that includes automotive-grade modules, global eSIM-enabled connectivity, and a scalable cloud-based modem management platform. This enables real-time data access, predictive maintenance, OTA updates, leading to smart, future-ready mobility solutions

Automotive IoT Market Size & Share (2024–2034): Growth by Component and Application Analysis

Why Cavli for Automotive IoT ?

Scalable Connectivity Built for Every Network

5G-ready, secure cellular modules with global coverage that support network technologies ranging from LPWAN, LTE to high bandwidth 5G.

Automotive-Grade Performance

Industry-compliant modules engineered for high reliability, extended temperature tolerance, and long product lifecycles in connected vehicles.

Global Coverage & Trusted Carrier Partnerships

Smart features like Collision detection & hazard alerts, adaptive cruise control (ACC), autonomous parking & braking systems are now moving to mass market automotives OEMs too.

Proven Experience. Expert Team.

Driven by a seasoned team with deep IoT and telecom expertise, Cavli powers large-scale deployments across industries worldwide.

Cavli Hubble: One Platform. Total Control

Smart features like Collision detection & hazard alerts, adaptive cruise control (ACC), autonomous parking & braking systems are now moving to mass market automotives OEMs too.

Use Cases

Related Resources

Blogs

Downloadables

An Introduction to Message Query Telemetry Transport (MQTT)

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Automotive IoT

Leverage in-vehicle sensors and connectivity to power applications like predictive maintenance and advanced driver-assistance systems (ADAS), creating a new standard of vehicle safety, efficiency, and intelligence.