Come attivare eSIM senza QR Code?
"Ondemand connectivity 2025" primarily relates to the concept of Network-as-a-Service (NaaS) and the evolving ecosystem enabling on-demand, cloud-like network services for enterprises. MEF, a global industry association, has released a comprehensive 2025 NaaS Industry Blueprint outlining how NaaS will meet surging enterprise demands for flexible, automated, and AI-driven networking, supporting cloud migration, cybersecurity, and generative AI workloads [1].
Key points about on-demand connectivity in 2025 from this blueprint include:
- The focus on delivering cloud-optimized, AI-enhanced network services dynamically, enabling enterprises to provision network resources as needed.
- The blueprint encourages collaboration across service providers, cloud vendors, and technology suppliers to create standardized, automated NaaS offerings.
- It highlights the importance of certified and interoperable solutions, with MEF certification programs advancing trust and market adoption.
- Enterprises can expect features such as real-time network performance insights, enhanced security integration, cloud-like scalability, and user control through standardized APIs [1].
Separately, related to the connectivity of devices, particularly IoT and mobile devices, eSIM technology is increasingly important by 2025 for enabling remote activation and management of cellular subscriptions without physical SIM cards. Approaches to activating eSIM devices include QR-code activation, pre-provisioning with operator platforms during manufacture, and the GSMA Subscription Management Root-Discovery Service, which allows remote on-demand subscription downloads, improving user experience and device connectivity flexibility [2] [3] [8].
Thus, ondemand connectivity in 2025 spans:
- Enterprise cloud-style network services via NaaS, offering automated, flexible network provisioning.
- Device-level on-demand connectivity via eSIM technology, supporting immediate and remote network subscription activation.
Together these trends point to a future where connectivity is flexible, programmable, and seamless both at the network and device level, driven by standardization, automation, and advanced technologies such as AI and cloud computing [1] [2] [3].