Senza Fili

Senza Fili is an independent advisory and consulting firm focused on wireless networks and edge/cloud architectures for mobile and fixed operators, vendors, and enterprises.

• Advisory and consulting services on wireless network strategy, business models, and technology roadmaps (consulting services)
• Technical and economic assessments of mobile and fixed wireless solutions, including Long Term Evolution (LTE), 5G, and emerging architectures (network consulting)
• Custom and syndicated research, white papers, and industry reports on wireless and edge/cloud technologies (research and analysis)
• Workshops, webinars, and executive briefings for operators, vendors, and enterprises on wireless network evolution (education and enablement)
• Support for ecosystem positioning, go-to-market messaging, and thought-leadership content in wireless and edge/cloud domains (market strategy services)

More About Senza Fili

Senza Fili operates as a specialized consultancy and analyst firm in wireless communications, with a client base that includes Mobile Network Operators (MNOs), fixed wireless providers, vendors, and enterprises that depend on wireless connectivity in their infrastructure. Its work centers on helping stakeholders understand, plan, and evaluate network architectures and services across licensed, unlicensed, and shared spectrum environments. The firm focuses on cellular technologies such as LTE and 5G (mobile networking), fixed wireless access (FWA), Wi-Fi (enterprise networking), and edge/cloud architectures (edge computing and cloud infrastructure) as they apply to public and private networks.

The organization produces custom consulting engagements and research deliverables that examine technical and economic aspects of wireless deployments. These engagements typically consider network architectures such as centralized and distributed Radio Access Network (RAN), virtualized and cloud-native network functions (cloud networking), and Multi-Access Edge Computing (MEC). Senza Fili’s work also covers spectrum frameworks and sharing models where relevant, such as licensed bands, license-exempt bands, and shared-use regimes, and how these intersect with operator and enterprise deployment strategies.

Senza Fili publishes white papers, reports, and explanatory materials that analyze use cases including fixed wireless access, private cellular networks for enterprises, Internet of Things (IoT) connectivity (IoT networking), and convergence between Wi-Fi and cellular networks. These materials often reference standard frameworks and protocols associated with 3GPP-based networks, IP-based transport, and interoperability across multi-vendor environments, although the firm does not function as a standards body. Its content is used by technical and business stakeholders to evaluate trade-offs among architectures, deployment models, and vendor offerings.

For enterprises and institutional customers, Senza Fili’s services are positioned around decision support for connectivity strategy. This may include assessing the suitability of private 4G/5G (private mobile networks) versus Wi-Fi, analyzing Total Cost of Ownership (TCO) for alternative access technologies, or evaluating migration paths from legacy architectures to virtualized and cloud-native deployments. The firm also conducts workshops, webinars, and executive briefings that present structured views of technology evolution, regulatory and spectrum developments, and ecosystem trends relevant to wireless and edge/cloud deployments.

Within a directory or marketplace taxonomy, Senza Fili fits within consulting and advisory services for wireless networking (network consulting), telecom and mobile infrastructure strategy (telecom consulting), and research and analysis on wireless, edge, and cloud technologies (industry research). Its offerings align with categories such as network architecture consulting, spectrum and regulatory analysis, mobile and fixed wireless strategy, and enterprise connectivity planning, with deliverables ranging from qualitative insight to quantitative modeling and techno-economic assessments.