RESOURCESTechnical papers, research, articles, and visual insights from decades of work across vehicle architecture, real-time systems, silicon, software, and cybersecurity.
Can one architecture bridge device I/O and real-time networking? This research explores USB as the connection between both worlds.
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Critical and non-critical workloads, one platform. See how Quest RTOS and Quest-V enable secure, predictable mixed-criticality computing.
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What if a software-defined vehicle could wake up in milliseconds? JuMP2start explores a faster, time-aware approach to system restart.
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Not all I/O is equally critical. This research explores how USB can prioritize time-sensitive workloads without sacrificing predictability.
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What if USB could handle real-time device I/O and networking? This research explores a unified approach with predictable latency and throughput.
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What if vehicle software could span multiple operating systems without adding development complexity? ModelMap brings model-based design to centralized, mixed-criticality automotive systems.
download & read →IN THE NEWSSee what the industry is saying about DrakoTech and the future of software-defined vehicles.
