A fluctuating situation marks the telecom service assurance market because of the growing intricacy of telecommunication networks, the quest for excellent services, and the need to monitor problems proactively. The driving factors behind these dynamics are mainly perpetuated by the ever-increasing network infrastructure as well as variability in services offered by telecom operators. It has become imperative to offer superior customer experiences on the basis of its importance in shaping one of the main drivers of this market. Among others, 5G, IoT, and edge computing are new technologies that have been increasing at high rates and thus majorly affecting the dynamics of this market. With 5G networks being rolled out, challenges arise that are further complicated in terms of optimizing network performance and delivering quality service levels. Service assurance solutions play a key role in monitoring different elements of 5G networks like radio access, core network, and edge computing, among others, which help operators realize increased speeds, low latencies, and improved connectivity.
The telecom service assurance market is made up of established vendors and niche players who provide diverse products for customers. As such, suppliers have always sought to improve their products for telecom carriers through analytics-based approaches using AI or ML algorithms embedded within their service assurance solutions. Another issue is how Telecommunication companies now focus more on network automation and virtualization due to some reasons behind them switching from traditional infrastructures towards virtualized network functions (VNF) and software-defined networking (SDN). The necessity lies in adapting service assurance solutions to virtualized or software-defined environments when moving into these next-generation network architectures.
When it comes to regulatory compliance, the need for efficient resource use was also noted as a driving force behind the widespread adoption of telecommunication system management aids. Various legal requirements put stringent conditions concerning data privacy together with security standards that must be met before a company can be accredited to provide any form of communication over its platform. In summary, the telecom service assurance market can be expected to continue growing as telecom networks change and operators strive to meet the needs of a connected society that is data-driven. With AI and ML technologies being introduced, service assurance solutions will be more predictive and prescriptive, anticipating problems before they impact service quality. Finally, the demand for such robust products can further intensify with 5G technology still on its way and Internet of Things (IoT) devices being deployed in large numbers, thus requiring stronger assurance systems.
Report Attribute/Metric | Details |
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Growth Rate | Â 9.30% (2030 |
Geographically, the global telecom service assurance market has been segmented into Asia-Pacific, North America, Europe, the Middle East & Africa, and South America.
North America accounts for the largest share in the global telecom service assurance market. Some of the factors that are responsible for the growth of the market include the growing deployment of such solutions by key telecom operators in the region including Verizon and Frontier Communications. Moreover, the presence of a number of telecom service assurance companies offering comprehensive solutions to the CSPs, further propels the North American telecom service assurance market.
Europe has occupied the second position in the market. For the purpose of this study, Europe has been segmented into the UK, Germany, France, Spain, Italy, and the rest of Europe. According to MRFR analysis, the UK is expected to gain the highest market share, followed by Germany and France. Growing need to offer enhanced customer experience for the service is the key factor for the growth of the market in the region.
The Key Players operating in the Global Telecom Service Assurance Market are Huawei Technologies Co., Ltd (China), Hewlett Packard Enterprise Development LP (US), Accenture (Ireland), Comarch SA (Poland), IBM (US), VMware (US), TEOCO Corporation (US), Nokia (Finland), NETSCOUT Systems, Inc. (US), Anritsu (Japan), Centina Systems (US), Enghouse Networks (US), Infovista (US), NEC Corporation (Japan), and MYCOM OSI (US)
ServiceNow and NVIDIA introduced telco-specific generative AI technologies in February 2024, advancing telecommunications service management. First is Now Assist for Telecommunications Service Management (TSM), powered by NVIDIA's AI and integrated into the Now Platform. Automation and workflow optimization boost agent productivity and help service teams handle issues faster. This improvement should lower operational expenses and raise telecoms service provider efficiency.
This collaboration focuses on telecommunications' main goals: cost reduction and new business. Automation with AI-driven solutions allows carriers to provide faster and more accurate service, enhancing customer happiness. Generative AI in service management helps telecom firms compete in a digital and data-driven world by maximizing customer service and commercial outcomes.
Telia Finland, Nokia, and EU research funds announced the Sirius initiative in January 2024 to study 5G standalone Software-as-a-Service (SaaS) and public cloud settings. A 5G core and mobile edge computing (MEC) architecture will be used to develop a strong 5G-SA network. Autonomous vehicles, IoT devices, and industrial automation require faster edge data processing and communication, which the network will supply.
The Sirius project deploys 5G infrastructure across cross-border highways and seaways to improve communication and reduce latency for vital transport, logistics, and other use cases. The effort improves network scalability, cost-efficiency, and flexibility by using public cloud environments. The Telia Finland-Nokia-EU alliance shows the growing trend of public-private partnerships to digitalize Europe's communication infrastructure.
Cisco ThousandEyes and Amazon CloudWatch Internet Monitor (CWIM) announced a strategic partnership in November 2023, marking a milestone in cloud monitoring. This connection lets enterprises use ThousandEyes' network intelligence with Amazon Web Services' (AWS) sophisticated cloud architecture to monitor internet performance and cloud installations.
Customers may see how internet disturbances like latency and packet loss effect their applications and consumers in real time by seamlessly merging both technologies. This unique access helps firms proactively detect and handle issues, improving the digital experience and reducing service downtime.
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