Technological Trends Shaping The Telecom Industry in 2023

Telecom Business Review | Wednesday, September 21, 2022

Telecoms is growing into all sectors by automating online customers.

FREMONT, CA: The modern-day telecom industry is facing a broad landscape of significant business challenges. Over the years, the industry has experienced a sharp decline in revenue streams in core areas such as voice and text messaging, along with severe competition from Over-the-Top service providers. 

Just as cloud computing has modified the world of data, it is now changing how the telecom industry operates. Many organizations thus have accepted cloud-hosted telephony solutions. The cloud facilitates the delivery of data and voice and allows the organization to have a single supplier for their voice and data. As a result, the new wave of digitalization offers new prospects for growth, increasing innovation, and opportunities for communication services. 

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How is the Telecom Industry Leveraging Digital Transformation?

Telecom industries are going under large structural change. They are revolving their customer channels, content, and communication services digital, resulting in a new ecosystem of value, interconnected market, and technology shift. In addition, providers are trying to adopt high-performing networks to fulfill customers' needs and wants in this digital era.

Following are the top 8 technological trends that dramatically change the telecom industry.

1.5G network – The network of future

There are 3 billion internet users globally. Billions of these users choose smartphones as their main internet access point. With smartphones now supporting consumers manage important tasks in their lives, consumers are searching for high-capacity networks that promise quicker access to applications and richer services. This can be activated by 5G and wireless broadband, allowing 100 times faster data transfer than 4G, high speed, and low latency. 

Based on predictions from a CCS Insight report, connections to 5G networks globally are on track to reach 1.34 billion in 2022. Telecoms already utilize 5G applications and IoT devices to goal industry verticals. For example, the Healthcare sector is utilizing telemedicine as a cost-effective and timely means of delivering diagnoses and medication to the medical staff and patients. In addition, connected cars are improvising the means of transportation and traffic infrastructure treatment.

Telecoms are increasing into all sorts of sectors by automating online customers. Its realistic applications extend to transportation, medicine, agriculture, public services, etc. 5G network, with its whole set of technologies, is meeting to make this telecommunications bigger and better.  

2.WiFi 6

WiFi 6 can be specified as a WiFi network with an expanded range that delivers better network performance, connects more devices, and offers faster communications. With extra technologies, it can increase network capacity, decrease latency and provide multiple opportunities for increasing savings and revenues. 

Telecom operators can leverage WiFi 6 to develop new ways to optimize traffic across access networks. While availing of entertainment, telemedicine, remote employment, and education will also help regions where reaching fiber is prohibitively expensive. 

Also, when merged with 5G technology, WiFi 6 will enhance signal strength to enable IoT deployment and support always-on devices. In addition, it minimizes resource congestion within high-capacity networks to allow seamless data transfer of data between IoT devices.

3. Artificial Intelligence  

Telecommunication businesses stand to great advantage from developments in artificial intelligence. They are already utilizing AI technology such as virtual assistants, chatbots, and AI tools to personalize user experience and improve customer satisfaction. In addition, it can process and analyze a huge amount of data without risking security.

The several operators investing in AI systems to enhance their infrastructure is expected to grow to 70% in 2025. Artificial intelligence optimizes network maintenance, predictive maintenance, and customer service costs. In addition, it allows operators to prepare personalized offers for their B2C and B2B customers. 

AI also discovers problems in the network, allows self-healing, and protects networks from fraudulent activities. It also helps operators monitor equipment's start and anticipate failure based on patterns. Shorill enables better root cause analysis to deal effectively with emerging hardware issues. 

4. Internet of Things  

The Internet of Things has changed the roles of telecom service providers in allowing communication between people and devices. The adoption of IoT supports the telecom industry in remotely monitoring base stations and data centers. This ensures minimum downtime for the network, improves business procedures, and generates more revenue. 

Telecom industries are developing advanced methods and applications to monetize IoT solutions. They can take advantage of these emerging technologies and reposition them as IoT leaders, presenting services beyond network connectivity. CSPs can also examine new opportunities and develop an extensive array of services for various industries, from manufacturing to healthcare.

A dedicated IoT analyst company forecasts there will be 4.15 billion IoT devices connected to cellular networks globally by 2024, which implies vast opportunities for telecom operators. One of the most hopeful niches is IoT in Home automation which provides extraordinary mobile and network services to smart home mobile apps &real-time monitoring systems. 

5. Big Data

IoT enables telecom companies to acquire voluminous data, creating pools of information with the help of IoT sensors in mobile devices and apps. Hence, they must ensure that their network can efficiently move huge amounts of data and promote new technologies. 

Telecom industries can utilize the collected data to generate crucial business insights and understand customer usage patterns. Ultimately, the data can improve customer service, evaluate new products, and monitor and optimize the network. As a result, big data help companies to build stronger businesses and use it to their competitive advantage.

6. RPA

The telecommunication industry has one of the greatest adoption rates for RPA technology. This is because it offers high levels of scalability and agility as it takes over the repetitive and rule-centered tasks or processes such as responding to customer queries, report generation, price tracking, etc., and completing them very accurately. 

It gives the company the right power and tools to easily manage back-office work like maintaining data integrity and security, marketing and advertising, employee salaries, and Hardware & software costs.

This allows employees to work on crucial tasks, develop deeper customer relationships, increase operational efficiency, and troubleshoot customer service delivery delays. 

7. Cloud Computing  

Most telecom providers depend on a large computing infrastructure to deliver various applications, manage data, and bill services. Migrating to the cloud decreases internal computing resource needs and costs and increases revenue streams. 

The pay-per-use service model helps telecoms introduce new services, reduce the cost of the service, and work more effectively per the market demands. By accepting cloud technology, telecom industries can switch major business functions to the cloud and take advantage of its efficiency. Single-product telcos can also use the cloud to expand their service portfolio and extend overseas at the speed of today's market requirements.

8. CyberSecurity

The telecommunication sector is also the most vulnerable sector regarding cybersecurity. With large customer bases, telecom companies have abundant opportunities for malevolent attacks to gain unauthorized access to their data. 

When a main telecom service provider's infrastructure is under attack, the consequence could affect a whole country, businesses, consumers, and government agencies. It also has major ramifications on the telecom brand's reputation and trustworthiness.

By adopting a holistic approach like cyber security mesh, telecom providers can better detect threats, take prevention measures, and support resilience when attacked. In addition, the mesh takes a more modular method instead of securing a single IT perimeter, as networks do not have physical borders. 

Soon cybersecurity mesh will appear as a mainstream approach as it adheres to the zero-trust network concept. Any connection employed to extract data will be considered unreliable until the security protocol verifies it. Furthermore, the mesh promises to treat all the data systems and equipment. Same and securely, irrespective of their location within or outside the network. 

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