Closing The Integration and Protocol Gap With Software-Defined Channel Emulation скачать в хорошем качестве

Closing The Integration and Protocol Gap With Software-Defined Channel Emulation

👉 Download the whitepaper to explore the full research insights on closing the integration gap in software-defined satellite networks. https://abi.link/lasting-2 In this ABI Research Snapshot, Andrew Cavalier is joined by Arpod Iozsa from LASTING Software to discuss why legacy testing approaches are creating integration gaps in modern satellite networks—and what operators can do about it. As satellite architectures become increasingly software-defined and multi-orbit, traditional hardware-era validation methods are struggling to keep pace. The discussion explores how siloed testing between space and ground segments creates operational risk, particularly when latency behavior, Doppler effects, and complex handovers are only validated once networks are live. Drawing on insights from ABI Research’s latest whitepaper, the conversation examines how software-defined channel emulation enables true end-to-end validation—allowing operators to recreate real-world RF conditions, test orchestration logic before launch, and reduce the risk of service disruption during early orbital operations. Key topics include: • The integration gap between space and ground systems • The limitations of hardware-based, siloed verification • Software-defined channel emulation for end-to-end validation • The shift toward digital flatsat testing and physics-aware digital twins • Preparing for 5G NTN interoperability and hybrid network environments ABI Research ABI Research is a global technology intelligence firm uniquely positioned at the intersection of technology solution providers and end-market companies. We provide exclusive research and expert guidance to drive successful technology implementation and strategy. www.abiresearch.com