Connected Car Enablement & Connectivity
Data engines begin at the source: the vehicle. Without reliable data generation and connectivity, the data engine cannot run.
We architect the pipelines that connect vehicles to the cloud and enable continuous streams of insights.
We build the infrastructure that turns vehicles into always-on data sources — from sensor to cloud, enabling real-time insights, digital twins, and the connectivity backbone for modern automotive ecosystems.
We design and deliver platforms that collect, transmit, and process vehicle telemetry, enabling real-time awareness and control.
Our solutions capture data from every sensor and subsystem, making it available for analysis, compliance, and monetization.
We build high-throughput, low-latency systems for streaming vehicle data at scale - essential for critical safety applications and customer experiences.
We ensure seamless integration of automotive data into OEM systems and third-party platforms through robust APIs and middleware.
We implement the infrastructure to manage connectivity lifecycles, enabling vehicles to stay always-on and globally connected.
We create digital replicas of vehicles, enabling connectivity and up-to-date status, monitoring, and predictive modeling that unlock smarter operations and lower latency in connectivity.
Learn how we help our customers tackle their challenges
Explore how we redefine industry standards through innovation.
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Discover the essentials driving your data journey.
Gain a clear understanding of the key concepts that are fueling the automotive development.
Vehicle Shadow
Vehicle Shadow
Efficient remote operations leveraging Vehicle Shadow and seamless connectivity
While the end goal for the connected car is seamless connectivity, built upon multiple mediums of communication complementing each other depending on the situation, there are still areas with no network coverage. To mitigate this kind of connectivity problem, vehicle manufacturers are implementing the Digital Twin concept. The vehicle representation in the cloud holds all required statuses and proxies the remote operations. This means that for the end-user the vehicle remote operations are always available and also greatly simplifies the communication. Problematic scenarios are offloaded to the Vehicle Shadow system sitting on top of the IoT platform.Grape Up helped Porsche build their Digital Twin system for the Connected Car platform.
V2X communication
V2X communication
Improve latency for V2X communication with 5G mobile network
Modern autonomous driving systems highly benefit from internet connectivity. Data coming from in-vehicle sensors is accompanied with the data from the vehicle environment – urban infrastructure, traffic lights, surrounding vehicles, pedestrians’ mobile devices, or internet APIs all help in better prediction of driving conditions.
The ADAS systems require very-low latency to operate – as the reaction time in case of emergency has to be measured in milliseconds. This kind of latency, with improved bandwidth, became a reality with the popularization of 5G technology and networks.
Grape Up helps one of its OEM customers to build a system for managing the connectivity between the vehicle and cloud – starting from the connectivity activation, through lifetime and runtime operations, to data plans management. The system is integrated with all world-renowned MNOs, including Cubic Telecom, T-Mobile, Vodafone, or China Unicom.
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Insights on automotive innovation
Exploring the future of automotive technology