Intelligence Journeys
AI Use Cases for Utilities
Private Broadband for Utilities
Private 5G ROI by Industry: Mining, Ports, Manufacturing, Airports
Private Networks

Private 5G Economics Across Industries – Why ROI Looks Different in Mining, Ports, Manufacturing, Airports and Utilities

Private 5G doesn't generate return on its own, it enables operational improvements whose value varies substantially by industry. This guide breaks down what actually drives ROI in mining, ports, manufacturing, airports, and utilities, and why a credible business case has to start from each vertical's specific operational problem rather than ...

Showing Slide 1 of 2
Telecom and Wireless View all →
TeckNexus | Sep 1, 2026 | Article

The Missing Line in Private Network ROI

Private 5G business cases are usually built with care: radios counted, spectrum priced, TCO compared against the Wi-Fi estate it replaces. What they rarely price is the cost...
FCC: Section 706 report cites competition driving broader broadband expansion and faster speeds
Light Reading | Aug 14 | Spectrum Policy

FCC: Section 706 report cites competition driving broader broadband expansion and faster speeds

The FCC’s latest annual Section 706 report indicates that competitive dynamics are contributing to wider broadband deployment and higher data speeds across the United States.
Pegasystems: Calls for decision-tier governance to curb GenAI token costs for telecom operators
Tmforum | Aug 14 | Thought Leadership

Pegasystems: Calls for decision-tier governance to curb GenAI token costs for telecom operators

Pegasystems outlines that CSPs scaling GenAI will see rising inference spend as tokenized usage grows with agentic loops, retrieval, and context expansion, despite falling unit token prices. The analysis quantifies typical interaction costs (~$0.016 per 2,400 tokens; ~$160k per month for 10M interactions) and notes ~40% of tokens fund retrieval rather than business logic. It highlights latency and auditability pressures and recommends decision-tier routing and pre-invocation governance to choose rules, small models, or frontier LLMs based on complexity, risk, and value.
Private 5G / LTE Networks View all →
Who Should Own a Private 5G Network? Enterprise-Owned vs Operator-Managed vs Neutral Host vs Spectrum-Leased
Private Networks

Who Should Own a Private 5G Network? Enterprise-Owned vs Operator-Managed vs Neutral Host vs Spectrum-Leased

Before choosing a vendor or spectrum model, enterprises need to decide who should actually own and operate their private 5G network. This guide compares four ownership models, fully enterprise-owned, operator-managed, neutral host and hybrid, and the newer spectrum-leased path, and the control, cost, and operational trade-offs each one carries.

Showing Slide 1 of 2
TeckNexus | Sep 1, 2026 | Article

The Missing Line in Private Network ROI

Private 5G business cases are usually built with care: radios counted, spectrum priced, TCO compared against the Wi-Fi estate it replaces. What they rarely price is the cost...
AI & Automation View all →
Private 5G Vendors 2026: RAN, Core, Edge and Integration
AIPrivate Networks

Private 5G Providers and Vendor Categories – Who Does What Across RAN, Core, Edge and Integration

Private 5G deployments are built from four distinct vendor layers — RAN, core, edge, and systems integration — each with its own specialist vendor landscape and evaluation criteria. This guide breaks down what each layer covers and who operates in it, as a foundation for structured, comparable vendor evaluation rather ...

Showing Slide 1 of 2
The Telecom Capital Stack Is Being Rebuilt Around AI
TeckNexus | Aug 25, 2026 | Article

The Telecom Capital Stack Is Being Rebuilt Around AI

Telecom operators cutting headcount while pouring capital into AI infrastructure, and chipmakers financing fabs at infrastructure scale, are two sides of the same reallocation. TeckNexus traces the connections...
Digital Infrastructure View all →
Samsung Taylor 2nm Fab Starts, Tesla AI Chips First
AIRANSemiconductor

Samsung Taylor 2nm Fab Starts, Tesla AI Chips First

Samsung Electronics is accelerating its U.S. foundry strategy with the Taylor plant set to begin operations, anchored by 2-nanometer AI chips for Tesla’s next-generation self-driving platforms. After breaking ground in late 2022 with an initial $17 billion investment, Samsung’s Taylor fab is now holding its equipment installation ceremony and transitioning ...

Showing Slide 1 of 2
The Telecom Capital Stack Is Being Rebuilt Around AI
TeckNexus | Aug 25, 2026 | Article

The Telecom Capital Stack Is Being Rebuilt Around AI

Telecom operators cutting headcount while pouring capital into AI infrastructure, and chipmakers financing fabs at infrastructure scale, are two sides of the same reallocation. TeckNexus traces the connections...
GCT Semiconductor: Advancing 5G chipsets for satellite and terrestrial connectivity with NTN development and certifications
Telecomstechnews | Aug 14 | Market Traction

GCT Semiconductor: Advancing 5G chipsets for satellite and terrestrial connectivity with NTN development and certifications

GCT progressed development and certification in Q2 2026 for 4G/5G chipsets and user equipment enabling direct-to-device and hybrid satellite–cellular connectivity, working with Globalstar and another satellite provider. Earlier in 2026, it licensed its 4G/5G chipsets to a satellite communications provider for next‑generation user equipment, partnered with Skylo for joint chip/module certification for satellite fallback, and signed a reference-platform supply agreement for 4G/5G chipsets.
SK hynix & Samsung: AI agents applied to chipmaking; SK hynix tests back-end deployment, Samsung trims SoC verification to 2 days
Trendforce | Aug 13 | Agentic Ai Update

SK hynix & Samsung: AI agents applied to chipmaking; SK hynix tests back-end deployment, Samsung trims SoC verification to 2 days

AI agents are being operationalized in semiconductor workflows. SK hynix is piloting agent-based automation in back-end manufacturing (assembly/packaging/test). Samsung reports reducing SoC verification cycles to two days using AI-driven verification agents integrated with EDA flows.
IBM: Inks $240M infrastructure deal with Together AI to supply AI-optimized cloud capacity
Siliconangle | Aug 12 | Deal Win

IBM: Inks $240M infrastructure deal with Together AI to supply AI-optimized cloud capacity

IBM will provide infrastructure under a $240M agreement to Together AI, supporting AI workload capacity on an AI-optimized cloud.

Partner Hubs

Download content, access intelligence tools, and hear from executives.

Partner Events

  • M360 ASEAN
  • FutureNet Asia 2026
  • Network X Vienna 2026
Scroll to Top