Connectivity in the motorcycle market
Ready Ride: the next step towards the connected motorcycle
Harman’s Ready Ride platform brings telematics and cloud-based software functions to a market that has so far remained only lightly connected.
Harman
Motorcycles have long lagged behind cars in digital development. Harman’s new Ready Ride platform combines telematics, cloud connectivity and OTA updates — but could it turn bikes into true software devices?
Motorcycles have traditionally been defined by mechanical
simplicity, low weight and cost discipline rather than digital sophistication.
That is now beginning to change. With Ready Ride, Harman is introducing a
connectivity platform developed specifically for motorcycles, aiming to make
digital services as normal in the two-wheeler market as they already are in
passenger cars.
Built around a Qualcomm Snapdragon Digital Chassis
system-on-chip tailored to motorcycle applications, the platform combines
telematics, mobile connectivity and software services
within one integrated architecture. Presented at Mobile World Congress 2026 in
Barcelona, the system is designed to help manufacturers roll out connected
functions faster across different models and markets.
How Ready Ride could make connected motorcycles
mainstream
Ready Ride combines several core elements: a scalable
telematics control unit, a dedicated software stack,
mobile connectivity and a backend environment for vehicle manufacturers.
According to Harman, the platform supports over-the-air updates, remote
diagnostics, vehicle status monitoring, theft alerts, vehicle tracking and
app-based digital services.
For manufacturers, the main advantage is speed. A modular
architecture makes it easier to deploy the same digital foundation across
multiple motorcycle lines and regions, reducing development effort and time to
market. For riders, the logic is equally clear: software updates can extend
functionality throughout the life of the vehicle, while remote diagnostics can
simplify servicing and maintenance.
That matters because the motorcycle market has so far
remained largely disconnected. According to market researcher Berg Insight,
fewer than five per cent of motorcycles worldwide currently feature integrated
telematics. Harman argues that this is beginning to change as expectations
shift. Riders are placing greater emphasis on safety, are becoming more aware
of theft risks and increasingly expect digital services and smartphone
integration to come as standard.
Why software-defined motorcycles are becoming more
realistic
Harman also sees motorcycles as structurally well suited to
the next phase of digitalisation. Compared with passenger cars, two-wheelers
usually rely on a far simpler electronic foundation, with fewer legacy control
units and less architectural complexity. That could make software-oriented
platforms easier to implement in motorcycles than in many conventional car
programmes.
The Ready Ride platform is designed for exactly that shift.
It supports 4G or 5G connectivity, GNSS, Wi-Fi and Bluetooth, while more
advanced configurations can add features such as Android Auto, Apple CarPlay
and display integration. Future versions are expected to support advanced rider assistance systems and digital vehicle
keys.
Ready Ride motorcycle connectivity platform: key facts
- Company: Harman
- Platform: Ready Ride
- Launch context: Mobile World Congress 2026, Barcelona
- Processor: Qualcomm Snapdragon Digital Chassis SoC
- Main functions: OTA updates, telematics, remote diagnostics, app integration
- Connectivity options: 4G, 5G, GNSS, Wi-Fi, Bluetooth
- Expansion path: Android Auto, Apple CarPlay, display integration
- Future features: Advanced rider assistance systems, digital keys
- Protection features: eCall, theft alerts, tracking, remote immobilisation
- Strategic angle: Foundation for connected and software-defined motorcycles
At the same time, the hardware has been engineered for the
harsher conditions of motorcycle use. Harman says the platform is built to
withstand higher levels of shock and vibration than typical automotive
telematics units. The housing carries an IP69 rating and is designed to
tolerate high-pressure cleaning, while remaining compact enough for integration
into motorcycles.
Security functions also move further up the agenda. Harman
says the system can detect accidents, register a tip-over event and support
eCall functionality. A backup battery ensures that key functions remain active
even if the main power supply fails. Anti-theft capabilities include alerts,
vehicle tracking and remote immobilisation. In that sense, connectivity is no
longer just about convenience. It is increasingly becoming part of the safety
and protection architecture of the motorcycle itself.