Imagine a network that configures, heals, and optimizes itself — a system so intelligent that it can predict and prevent failures before they happen. This is not far from the future. Autonomous networks are coming, redefining how service providers deliver performance, agility, and customer experience. But autonomy without trust is a risk. As networks evolve from manual to AI-driven systems, how can operators ensure safety, stability, and transparency at every stage of the journey? Our latest whitepaper, Building Trust in Autonomous Networks, reveals how validation and assurance are becoming the foundation of confidence in automation — turning innovation into a competitive advantage.

Everything about 5G networks is bigger. For 4G, a large national provider might have a network topology with ten physical data centers. Mobile core functions deployed at these locations represent the edge of the mobile network – the point at which core networks interface with radio networks via IP aggregation and backhaul networks. While expensive, for 4G, a service provider could deploy service assurance probes at each of these locations to effectively monitor all user traffic and signaling.

In this video we address the significant challenges and innovative solutions in the evolving 5G landscape. As the industry shifts towards highly software-centric networks, the skills required to manage these networks have also transformed. Test and measurement providers are stepping up to bridge this gap by developing advanced tools and methodologies. Latency issues and the demand for seamless connectivity are critical areas being addressed. Network densification, beamforming, massive MIMO (Multiple Input Multiple Output), and network slicing are essential components in managing and optimizing 5G networks. Network densification involves increasing the number of small cells in a given area to boost capacity and coverage. Beamforming and massive MIMO enhance signal quality and efficiency, while network slicing allows for the creation of virtual networks tailored to specific applications or services.

5G已經開始從最初的覆蓋部署逐步進入成長期，而發現新收入機遇的緊迫性也因此不斷加劇。在線游戲、增強現實/虛擬現實、視頻內容和安全監視都已經成為目前正在考慮的最具前景的熱點。要達到此類下一代服務所需的性能和時延指標，就需要5G完全擁抱云化架構，并且會對電信云、公有/私有云和邊緣云提出前所未有的眾多需求。

在今天的網絡中，扼制問題的出現是一項永無止境的工作，而且會隨著網絡向5G、SD-WAN和NFV的演進而變本加厲。隨著網絡為支持這些下一代服務而逐步虛擬化，手動的故障查找方式已經跟不上形勢的發展。服務商需要采用新的方法來為網絡提供保障。 本白皮書將探討保障網絡的兩條主要途徑：傳統的被動保障，需要依賴用戶使用網絡時被動采集的指標；以及主動保障，使用真實度極高的合成用戶流量，并在不同的點將其注入網絡，從而對性能和質量進行評估。

思博倫的移動測試平臺（MTP）是一種空中（OTA）測試解決方案，同時也是我們的邊緣服務保障解決方案中的一項關鍵賦能因素。該解決方案易于安裝且適用于任何地點的任何用戶，可以將一臺真正的商用設備和最多四張SIM卡安置在小巧的裝置內，并在任何需要的地方對網絡性能執行監視，而不是僅僅在機柜或服務器機房內發揮作用。集中化的控制能力可以管理數以千計的設備，并具備遠程重啟的能力，無需再派遣外場技術人員并可能節省數千美元的費用。