Industry Outlook: Telecoms & Connectivity — Week of October 26, 2026

Market Outlook

• SpaceX advances hybrid satellite and terrestrial strategy. SpaceX is moving on two fronts: talks with Crown Castle and other tower companies for access to up to 80,000 sites, and an FCC-approved deal to acquire Tristar’s AWS-3 spectrum for near-nationwide direct-to-device coverage. That combination points to a hybrid MNO-plus-NTN model that could pressure incumbents on rural coverage, roaming, and IoT while changing expectations for what “nationwide” really means. (Light Reading, Oct 23, Light Reading, Oct 23, Fierce Telecom)
• Malaysia shifts 5G from state wholesale to MNO control. Malaysia’s government is exiting Digital Nasional Berhad, with CelcomDigi, Maxis, and YTL Communications taking full control of the 5G network. The move signals a retreat from the pure single wholesale network model toward operator-led governance, which will influence how other emerging markets think about spectrum policy, neutral hosts, and shared RAN economics. (Light Reading, Oct 23)
• US fixed broadband faces pressure as fiber and LEO grow. Comcast lost another 144,000 broadband subscribers in Q3 and is preparing a major restructuring with significant layoffs, even as regional fiber players like RightFiber secure a 1.6 billion dollar credit facility to expand and pursue M&A. Starlink added 1.6 million new global subs in the quarter and lifted ARPU, highlighting that competitive pressure is now coming from both alternative fiber and LEO, not just cable overbuilds. (Light Reading, Oct 22, Fierce Telecom, Fierce Telecom)

Discussion: CTOs should assume hybrid terrestrial-satellite offers will become mainstream in coverage-challenged markets and reassess long-term broadband ARPU and churn assumptions against both regional fiber consolidators and LEO broadband.

Headwinds

• 5G standalone lag slows RedCap and network monetization. The GSA reports that 5G standalone remains a subset of overall 5G deployments, which is holding back RedCap, NTN integration, and 5G-Advanced feature adoption. Operators that stay on NSA risk missing new device categories and advanced slicing or latency-sensitive services that depend on a full SA core and upgraded RAN. (Light Reading, Oct 23)
• Security and compliance pressure grows around Chinese silicon. The FCC blocked sales of two devices using HiSilicon chips, showing that scrutiny is now reaching component-level decisions, not just full network gear. Network operators and vendors that still depend on Chinese silicon in CPE, cameras, IoT, or backhaul risk sudden market access problems and reputational damage if regulators widen restrictions. (Light Reading, Oct 22)
• Macro demand softness hits large incumbents’ core revenues. Chinese operators reported weaker Q3 earnings as core businesses shrink, while Comcast’s broadband line is under pressure and restructuring looms. Slower top-line growth tightens capex headroom just as networks need investment in 5G SA, AI operations, and edge, forcing harder tradeoffs on modernization versus cost control. (Light Reading, Oct 23, Light Reading, Oct 22)

Discussion: Defensive moves should include an explicit 5G SA and RedCap roadmap, a component-level supply chain review for regulatory risk, and tighter business cases for any new capex tied to slow-growth consumer segments.

Tailwinds

• AI operations and AI-RAN move into production reality. T-Mobile completed its first AI-RAN call on the live network in Bellevue, while ServiceNow reports a 90 percent reduction in network incidents using HPE Juniper Mist AI and is targeting full autonomy by 2028. Ericsson and AT&T executives are also stressing that operators can drive toward autonomous networks even with imperfect data, provided they focus on domains with clear economic upside and strong guardrails. (Fierce Telecom, Fierce Telecom, Fierce Telecom)
• Telco-cloud and open AI models open new revenue angles. Red Hat is arguing that operators can earn from AI by offering open model platforms rather than just paying hyperscale bills, and Vultr is seeing strong demand for full platforms tuned for agentic AI, not just bare metal. AT&T and GSMA leaders are talking about telco-trained models, smart routing, and guardrails as first-class capabilities, which points toward operators exposing AI-enhanced network APIs and managed AI connectivity services. (Fierce Telecom, Fierce Telecom, Fierce Telecom)
• Public funding and private credit fuel fiber expansion. Michigan signed BEAD agreements with 23 ISPs, while RightFiber secured a 1.6 billion dollar credit facility to support organic growth and potential M&A. gFiber’s move to take over Ting Fiber’s dark fiber lease in Colorado Springs and Comcast’s targeted builds in several US states show that both incumbents and challengers see a multi-year window to capture subsidized and underbuilt territories. (Light Reading, Oct 23, Fierce Telecom, Light Reading, Oct 23)

Discussion: CTOs should treat AI-driven autonomy and AI-RAN as near-term productivity levers, while aligning network and IT teams to productize AI-ready connectivity, network APIs, and subsidized fiber builds into differentiated offers.

Tech Implications

• Satellite direct-to-device reshapes radio and spectrum planning. SpaceX’s acquisition of Tristar’s AWS-3 spectrum and Orange’s delayed D2D tests with AST SpaceMobile, due to limited satellite coverage, show that D2D is moving from experiment to network design constraint. Operators will need to factor NTN bands, antenna design, and interference management into 5G-Advanced and early 6G planning, especially if hybrid terrestrial-satellite services are offered under the same brand. (Light Reading, Oct 23, Light Reading, Oct 22)
• AI-native RAN and autonomy demand new data and control fabric. T-Mobile’s AI-RAN call and ServiceNow’s experience with Mist AI highlight that AI in networks depends on high quality telemetry, closed-loop control, and domain-specific models. Ericsson’s view that operators can progress with imperfect data, as long as they choose high-value domains and enforce guardrails, points directly to architectures that standardize observability, intent interfaces, and policy control across RAN, core, and transport. (Fierce Telecom, Fierce Telecom, Fierce Telecom)
• Chip strategy and optical networking become strategic assets. Nokia is investing in US-based silicon fabs in San Jose and Arizona, signaling that control over network silicon supply and design is becoming as strategic as software. At the same time, Salience Labs is betting on optical circuit switching to cut AI data center latency and boost token throughput, which will influence how operators design backhaul, data center interconnect, and edge clusters for AI-heavy workloads. (Fierce Telecom, Fierce Telecom)

Discussion: Engineering leaders should prioritize a unified telemetry and control stack for AI, begin integrating NTN and D2D assumptions into spectrum and device roadmaps, and revisit silicon and optical interconnect choices for AI-centric telco cloud builds.

CTO Action Items

Treat satellite-mobile convergence as a real competitive scenario, not a side show, and task your strategy and RF teams with modeling how a hybrid terrestrial-NTN offer in your markets would affect roaming, rural economics, and spectrum use. Accelerate a pragmatic 5G SA program tied to specific monetization levers such as RedCap, slicing, and D2D readiness instead of generic “SA everywhere” goals. On the operations side, pick two or three high-friction domains, for example RAN optimization or incident management, and run structured AI autonomy pilots with clear KPIs and data requirements. Finally, align your cloud and network roadmaps so that AI workloads, optical transport, and silicon choices are reviewed together, with a view to exposing AI-aware network APIs and connectivity products within the next 12 to 18 months.