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"Onboard computing" as a book category covers computing systems and software that operate directly on vehicles, vessels, aircraft, spacecraft, satellites, drones and other mobile platforms — essentially any embedded, real‑time, safety‑critical, or resource‑constrained system deployed on board. Books in this genre address hardware and firmware architecture, sensors and actuators, real‑time operating systems, middleware, communication networks (CAN, ARINC, MIL‑STD, aerospace and automotive buses), power and thermal considerations, system integration, verification and validation, functional safety and certification standards (e.g., DO‑178C, ISO 26262), and cybersecurity. They blend practical engineering (design patterns, toolchains, testing, fault tolerance) with system‑level topics (control, autonomy, human‑machine interface, mission planning, data management) and often include case studies from aerospace, automotive, maritime, and space domains. The audience ranges from embedded and systems engineers and architects to project managers, researchers, and students interested in the unique constraints and reliability demands of computing that must function reliably in motion and harsh environments.

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