Understand how telcos and Managed Service Providers (MSPs) are productizing hybrid connectivity solutions for the enterprise market.
Identify which enterprise verticals stand to gain the most from converged solutions.
Understand where the standards sit versus the market and gaps in orchestration and chipset/terminal landscape.
Identify the key players in the hybrid connectivity value chain.
Critical Questions Answered:
How are hybrid solutions being productized today and how are they changing?
What is the realistic timeline for New Radio Non-Terrestrial Network (NR-NTN) broadband chipsets and network-side Access Traffic Steering, Switching, and Splitting (ATSSS) implementations to reach commercial availability?
Which verticals stand to gain most from hybrid satellite + cellular/Wi-Fi access, and where does the Return on Investment (ROI) case hold up?
How are telcos positioning managed hybrid connectivity today, and who owns the convergence layer?
What is the market opportunity for enterprise hybrid connectivity solutions?
Research Highlights:
Enterprise hybrid solutions forecast.
Detailed comparison of terrestrial fiber, cellular, and satellite connectivity models, plus the buying models, target markets, and per-connection economics behind each.
Coverage of The 3rd Generation Partnership Project (3GPP) NTN roadmap (Rel-17 through Rel-20), MEF 70.x Software-Defined Wide Area Network (SD-WAN) attributes, and the key satellite, telco, Network Equipment Vendor (NEV), and chipset players driving convergence.
Who Should Read This?
Telco and Internet Service Provider (ISP) strategists deciding whether to launch managed hybrid connectivity and how to package it as a unified multi-access service.
Satellite operators and NEV product managers aligning constellation, orchestration, and ATSSS/NTN roadmaps with enterprise Service-Level Agreement (SLA) and security requirements.
Enterprise and vertical planners in downtime-sensitive industries evaluating satellite backhaul, private networking, and on-premises edge compute options.