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Our analytics are specifically designed for connected vehicle and connected life applications. Agnik’s patented analytics platform with onboard and in-cloud intelligence comes with market leading ecosystem of vertical specific products and built-in monetization options. Vyncs™ is Agnik's vehicle-based service platform for drivers. The expanisive collection of services include comprehensive vehicle health monitoring, insurance benefits from usage-based insurance programs, and a wide range of location-based services. Vyncs™ is powered by patent-protected technology that analyzes vehicle data and turns it into something useful. VyncsLite™ is a B2B smartphone-based connected car platform for real-time and off-line analytics. It does not require any additional device. It analyzes the phone's sensor data and creates analytics for applications in many domains such as insurance and location-based services among others.

Airlinq is accelerating the development and deployment of large scale connected applications around smart mobility and ecosystem monetization for automakers, mobile network operators and consumers around the world. Airlinq powers the next generation enterprise-grade cloud and edge platform to handle complex AI and IoT use cases for the new breed of connected assets like cars, autonomous pods and drones. This highly scalable, globally available platform is ready to support millions of connected assets and vehicles with mission-critical latency, security and reliability. Open your connected infrastructure, be it a car or a wearable, to third party service providers. Enable them to target and deliver hundreds of contextual and personalized digital services directly to the consumers. Create a wow experience with seamless service provisioning, consent, payment and billings.

Provides a real-time communication and data processing protocol to Akamai-connected devices. IoT Edge Connect uses the message queuing telemetry transport (MQTT) and HTTP protocols to ingest messages. It processes and delivers data back to devices in real-time, on a publish-subscribe basis. IoT Edge Connect uses the message queuing telemetry transport (MQTT) and HTTP protocols to ingest messages. It processes and delivers data back to devices in real-time, on a publish-subscribe basis. The MQTT-based mechanism reads from and writes to message queues. Connecting through this interface delivers messages in topics automatically. The HTTP interface provides an HTTP-based mechanism for reading from the same message queues that are processed by the MQTT interface. Connecting through the HTTP interface delivers messages in topics on client requests via a REST API.

​Analyzing your current automotive or robotic software systems to assess a path to commercialization. Transitioning your existing software to Apex.OS. Transitioning your existing environment to a state-of-the-art continuous integration, continuous testing, and continuous delivery framework. Providing software architecture reviews and recommendations. Providing functional safety training to enable your team to build your safe autonomous system. Apex.OS is a fork of ROS 2 that has been made real-time, reliable, and deterministic so that it can be used in safety-critical applications. Apex.OS is developed in sync with future releases of ROS 2 and APIs stay compatible to ROS 2. Based on the integration of Eclipse Cyclone DDS™ and Eclipse iceoryx™, both are available as open-source and proven in automotive and mission-critical distributed systems.