Business is booming for on-demand and mobility services – bringing fresh challenges for providers of all sizes. Small businesses have a particularly tough job when it comes to delivering experiences that keep them ahead of rivals and keep users satisfied. Here’s how combining the power of crowdsourcing with accurate location data can help new and growing companies meet their goals.

Traffic takes a toll on us all: wasting drivers’ time, costing cities billions each year and damaging the environment. To tackle traffic effectively, you need to know what to expect on the road ahead – and real-time and predictive traffic flow are means to help you gain these all-important insights.

Italy ranks fourth in the world in car thefts with 231 cases per 100,000 people. This is particularly concerning to fleet and mobility companies. Investment in their assets is significant, so knowing their location is critical to business success. Targa Telematics, one of the largest European asset and fleet management solution providers, uses TomTom location technology for asset tracking and telematic services, such as stolen vehicle recovery and crash reports.

From July 2022, all new vehicles brought to market in the EU must be equipped with an Intelligent Speed Assistance (ISA) system, which requires speed limit data from both cameras and digital maps to pass vehicle type approval. Here’s how TomTom is helping OEMs accelerate ISA compliance with road-tested ADAS Map Speed Limits.

Usage-based insurance (UBI) is a type of car insurance that bases the cost of a policy on a driver’s safety habits. The adoption of UBI, providing driver feedback post-journey, is making roadways safer, reducing accidents and improving insurance rates. A decade ago, Ingenie had the vision to explore this model. They launched an Internet of Things (IoT) platform built on data science that provides feedback to consumers on their driving performance. Two of the key ingredients in their solution are location and speed data sourced by trusted partner TomTom.

With interest in electric vehicles (EVs) soaring, we’re gradually moving towards a cleaner and more sustainable future. But how do we make EV adoption easy and trustworthy for everyone?

Is your marketing campaign hitting the mark? Are you receiving the expected return on your marketing investment? For decades, Claritas has been helping companies find their best prospects, improve marketing execution and deliver superior ROI. A foundational element of their success has been achieved through their use of geospatial data from TomTom.

Automated driving is moving towards higher levels of automation, with control increasingly shifting away from the driver. To guarantee safety beyond doubt for all road users, carmakers must build more accuracy and redundancy into every step of the driving process. TomTom’s latest proof-of-concept with Valeo does exactly that: delivering multi-sensor map redundancy that takes us one step closer to full automation.

With interest in electric vehicles (EVs) soaring, we’re gradually moving towards a cleaner and more sustainable future. But how do we make EV adoption easy and trustworthy for everyone?

Automated driving is moving towards higher levels of automation, with control increasingly shifting away from the driver. To guarantee safety beyond doubt for all road users, carmakers must build more accuracy and redundancy into every step of the driving process. TomTom’s latest proof-of-concept with Valeo does exactly that: delivering multi-sensor map redundancy that takes us one step closer to full automation.

We can all relate to the frustration of experiencing a delay when a requested delivery or service doesn’t match its expected arrival time. With technology advancing, customer expectations are also rising. Fortunately, whether you run a fleet of delivery trucks or on-demand drivers, last mile tracking makes sure that you give customers accurate ETAs and your fleets operate safely.

Adaptive cruise control (ACC) is an active safety system that automatically controls the acceleration and braking of a vehicle. It is activated through a button on the steering wheel and cancelled by driver’s braking and/or another button.