Autonomous Drone Systems Development with Go and ROS2: A Practical Guide for Engineers Building Real-Time Control, Navigation and AI-Powered Flight Infrastructure Kindle Edition

Build autonomous drone systems that think, adapt, and fly with precision.This hands-on guide teaches you how to design, program, and deploy fully functional drone platforms using Go, ROS2, and modern AI frameworks. Written for engineers, developers, and technical professionals, it bridges real-time flight control with distributed robotics, enabling you to build intelligent aerial systems from the ground up.You will learn how to integrate sensors, optimize flight control loops, and connect onboard AI to cloud telemetry. Every chapter focuses on practical engineering workflows, clear explanations, and field-tested implementation strategies.Key Topics CoveredROS2 setup, workspace configuration, and Go integration for real-time controlCore flight hardware, IMU, GPS, LiDAR, and camera interfacingReading, filtering, and processing raw sensor data for navigation accuracyWriting ROS2 nodes in Go for sensor input and control feedbackPID control loop design and concurrency management for stable flightLocalization, SLAM, and pathfinding algorithms for autonomous movementDynamic obstacle detection and avoidance in changing environmentsIntegrating TensorFlow Lite and ONNX models for onboard machine learningReinforcement learning for adaptive flight decision-makingMulti-drone coordination and distributed communication using ROS2 DDSBuilding telemetry APIs, cloud dashboards, and microservices in GoManaging edge computing constraints and streaming data to the cloudAutomated testing, redundancy, and safety mechanisms for reliable deploymentField testing, 5G integration, and the future of AI-driven aerial systemsEach chapter combines technical depth with practical insight, offering real-world examples, configuration files, and implementation patterns. The structure is designed for engineers who want to move from theoretical knowledge to full system deployment.Who This Book Is ForRobotics engineers and developers working with autonomous systemsGo and ROS2 programmers seeking to integrate control logic with AIDrone designers interested in real-time, cloud-connected flight softwareStudents and researchers in robotics, computer vision, or aerospace fieldsProfessionals developing UAV solutions for logistics, mapping, or defenseYou Will GainThe ability to design and control drones using ROS2 and GoSkills to build resilient flight control systems with concurrent processingExperience integrating AI models for perception and decision-makingConfidence to test, deploy, and manage autonomous drone missionsWritten with clarity, precision, and an engineering mindset, this book serves as a complete technical reference for building next-generation autonomous aerial systems. Read more