市場調查報告書
商品編碼
1450343
網路服務成長機會:前 10 名(2024 年)Top 10 Growth Opportunities in Network Services, 2024 |
安全、自動化、人工智慧和鄰近服務是成功的關鍵
預計2024年全球網路服務市場規模將以2.1%的與前一年同期比較成長率成長。 SD-WAN/SASE 和託管安全等某些服務將繼續實現兩位數的收入成長,抵消傳統傳輸服務的下滑。我們認為傳統運輸服務收益的下降不再那麼黯淡,這表明技術創新正在超過價格。例如,10 Gbps 連接比 1 Gbps 連接貴兩到三倍,100 Gbps 比 10 Gbps 連接貴三到四倍。因此,傳輸層能夠以更低的單位成本實現更快的連接,同時管理持續創新以跟上流量的成長。
隨著企業繼續數位轉型之旅,網路營運商正在積極轉型自身及其服務,以支持這些客戶。這種方法的一個例子是 SD-WAN/SASE 解決方案,其中網路專家幫助企業實施和支援雲端基礎的產品。
對許多公司來說,「即服務」仍然是現代消費模式。網路服務產業透過包含安全性和人工智慧的自動化的自助交易模式和無摩擦銷售週期來支援這種方法。這些模型將繼續被採用,並將補充現代混合網路所需的即時互動。
Security, Automation, AI, and Adjacent Services Are the Keys to Success
Frost & Sullivan expects 2.1% year-over-year market growth for global network services in 2024. Certain services, such as software-defined wide area network/ secure access service edge (SD-WAN/SASE) and managed security, continue to experience double-digit revenue growth and will offset the declines in traditional transport services. The traditional transport service revenue decline is not as bleak as it sounds, and Frost & Sullivan sees it as a sign of innovation outpacing prices. For instance, a 10 Gbps connection is 2 to 3 times the price of a 1 Gbps connection, and a 100 Gbps would be 3 to 4 times the price of 10 Gbps; thus, the transport layer has allowed for higher speeds at lower per-unit cost while managing continual innovation to keep up with traffic growth.
As enterprises continue their digital transformation journey, network operators are actively changing themselves and their services to support these customers. An example of this approach is via SD-WAN and SASE solutions, in which network experts help implement and support enterprises' cloud-based offerings.
The "as a service" offering remains the modern consumption model for many companies. The network services industry is supporting this approach with self-service transaction models and frictionless sales cycles wrapped in automation with security and AI built in. Adoption of these models will continue and complement the live interaction needed for modern hybrid networks.