Augmented Reality (AR) Architecture encompasses the frameworks, platforms, and infrastructure required to create, deploy, and manage AR solutions that overlay digital information onto the physical world through various devices and interfaces.

For technical leadership, AR architecture presents unique challenges that span hardware, software, networking, and data management domains. A robust AR architecture typically includes several critical components: sensing and input systems for environmental understanding; spatial mapping and anchoring to precisely position digital assets; rendering engines for creating visual overlays; interaction frameworks for user engagement; and content management systems for digital asset distribution. AR implementations demand significant computing resources, raising questions about centralized versus edge processing approaches. Cloud-based processing offers greater computational power but introduces latency, while edge-based processing reduces network dependencies but limits complexity. Enterprise architects must consider integration points with existing business systems, data sources, and IoT platforms to create contextually relevant experiences. Additionally, the architecture should address privacy concerns, as AR systems often capture and process sensitive environmental data. As enterprise AR adoption grows beyond pilot projects, architects should focus on creating scalable, secure frameworks that balance immediate business value with long-term innovation potential, particularly in field service, maintenance, training, and collaborative work scenarios.