RECONSTRUCTION OF EMBEDDED SOFTWARE SOLUTIONS AND SERVICE-ORIENTED TRANSFORMATION FOR INTELLIGENT TERMINALS

Abstract

With the in-depth integration of the Internet of Things, artificial intelligence and edge computing technologies, intelligent terminals have evolved from single-function hardware carriers into smart nodes with multi-scenario applicability, high interactivity and iterative capability. The traditional solution model of embedded software featuring one-time delivery, closed-loop development and hardware binding can hardly adapt to the dynamic, personalized and long-term market demands of intelligent terminals. Focusing on the scenarios of intelligent terminals, this paper analyzes the pain points and bottlenecks of traditional embedded software solutions, and constructs a reconstructed architecture of embedded software adapted to resource-constrained environments by combining domain-driven design, lightweight microservices, cloud-edge collaboration and other technologies. Meanwhile, centering on the core of service-oriented transformation, it builds a full-life-cycle service operation system and explores the implementation path of transforming from "product delivery" to "value-added service". The feasibility and benefits of solution reconstruction and service-oriented transformation are verified through empirical analysis of typical intelligent terminal cases. Finally, safeguard measures from the three dimensions of technology, management and ecology are proposed. The research results can provide theoretical reference and practical guidance for the upgrading and iteration of embedded software enterprises and the high-quality development of the intelligent terminal industry.