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衛星網路的未來：虛擬化、基於標準的編排和人工智慧
市場調查報告書
商品編碼
1839514

衛星網路的未來：虛擬化、基於標準的編排和人工智慧

Future Satellite Networks: Virtualisation, Standards-Based Orchestration and AI Adoption
出版日期: | 出版商: Analysys Mason | 英文 14 Slides | 商品交期: 最快1-2個工作天內

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簡介目錄

"基於標準的編排和人工智慧對於多軌道衛星網路的擴展、保持競爭力和滿足服務等級協定 (SLA) 至關重要。"

本報告分析了重點關注虛擬化、標準化編排和人工智慧應用的必要性，以應對衛星通訊產業面臨的課題，包括網路現代化進程緩慢、複雜性日益增加以及架構碎片化。虛擬化奠定了基礎，標準化編排統一了營運並實現了多軌道互通網路。人工智慧進一步提高了效率並支援新服務的創建。透過正確實施這些技術步驟，企業可以建構敏捷、有效率且具競爭力的多軌道、多供應商衛星網路。

本報告還解釋了為什麼依賴硬體的網路無法達到與多軌道、多服務網路相同的服務水平，並指出由標準化和模組化軟體支援的虛擬化為雲端原生衛星通訊奠定了基礎。報告也強調了網路軟體供應商在透過技術創新和 SaaS 商業模式推動從以硬體為中心的網路向雲端原生網路轉型過程中所發揮的關鍵作用。報告還闡述了基礎設施抽象和標準化編排如何為營運商帶來敏捷性、效率和服務可擴展性。

本報告解答的問題

  • 供應商和營運商應採用哪些策略來建構模組化、雲端原生、支援 AI 的衛星網路？
  • 為什麼分階段、與生態系統協調的方法對於在多軌道、多服務網路中部署虛擬化、編排和 AI 至關重要？
  • 標準化編排如何降低網路複雜度並確保不同衛星網路的 SLA 合規性？
  • AI 如何將衛星營運從被動響應轉變為預測性和最佳化？實現這目標的技術前提是什麼？
簡介目錄

"Standards-aligned orchestration and AI are essential for multi-orbit satellite networks to scale, stay competitive and meet SLAs."

This report examines why the satellite communications (satcom) industry must tackle slow network modernisation, rising complexity and fragmented architectures by focusing on virtualisation, standards-based orchestration and AI adoption. Virtualisation comes first, standardised orchestration unifies operations to enable multi-orbit interoperable networks and AI improves efficiency and unlocks new services. Executing these technological steps decisively ensures agile, efficient and competitive multi-orbit, multi-vendor satellite networks.

The report also explains why hardware-bound networks cannot achieve the same service level as a multi-orbit, multi-service network, and how virtualisation, supported by standards and modular software, provides the foundation for cloud-native satcom. It highlights the role of network software vendors in driving the shift from hardware-bound networks to cloud-native networks via both technology and new software-as-a-service business models. It outlines how infrastructure abstraction and standards-based orchestration unlock agility, efficiency and service scalability for operators.

Questions answered in this report:

  • Which strategies should vendors and operators adopt to build modular, cloud-native and AI-ready satellite networks?
  • Why is a phased, ecosystem-aligned approach critical for deploying virtualisation, orchestration and AI across multi-orbit and multi-service networks?
  • What role does standards-based orchestration play in reducing network complexity and ensuring service-level agreement (SLA) compliance across diverse satellite networks?
  • How can AI transform satellite operations from being reactive to being predictive and optimised? What are the technical prerequisites?