AI has been proving itself increasingly instrumental to the digital transformation strategy employed by telecoms today. Through the use of AI-powered platforms that combine multi-source data with real-time advanced analytics, TMTs are creating hyper-personalized customer interactions and differentiating themselves from their competition.
According to recent research, the global AI in telecommunication market size is projected to reach USD 14.99 bn by 2027, from USD 11.89 bn in 2020, at a CAGR of 42.6% during 2021-2027.
For industry players eager to ace the race, we’ve rounded the top application areas telecom businesses can consider to redefine and claim their market share as technology-enabled frontrunners.
Through the use of data, ML techniques, and complex algorithms, AI-driven predictive analytics is assisting brands in providing better services by predicting future operational outcomes based on prior data. This implies that telecom operators can monitor the condition of their equipment and foresee loss based on patterns using data-driven insights.
Using AI in telecommunication enables CSPs (Communications Service Providers) to proactively resolve issues with communication hardware, including set-top boxes in customers’ homes as well as power lines, cell towers, and data center servers.
For short-term instances, root cause analysis and issue prediction can help improve network automation and intelligence. In the long term, these technologies will support more strategic objectives including developing novel consumer experiences and effectively addressing changing company requirements.
Beginning in 2019, 5G networks are expected to serve over 1.7 billion customers worldwide by 2025, accounting for 20% of all connections. Building self-optimizing networks (SONs) for CSPs to enable this expansion requires AI. These enable network administrators to automatically improve network quality depending on geographic and time zone-specific traffic data.
Advanced algorithms are used in the Telecommunication sector of AI to search for patterns in data, allowing brands to detect and forecast network problems. Using AI in TMT enables CSPs to proactively address issues before they have a detrimental impact on customer experiences.
Digitalized customer services
Only 4% of emails and conversations are presently handled entirely by chatbots, while 20% of chats and 5% of emails are handled by AI with human assistance, according to a survey conducted by Salesforce Research in the UK. For major TMT organizations that oversee 100k+ interactions per week, this poses a huge cost opportunity.
The contribution of intelligent bots automating tasks like sentiment analysis, translations, search query contextualization, etc. is expected to grow. This is in retrospect of the COVID-19 pandemic that catalyzed the shift to digital-first services and rapid advancements being created in Transformer AI, for instance, BERT, GPT-3, a Deep Learning-based model for self-attention in the NLP domain.
For example, Ericsson, one of the leading telecom brands optimizes AI to digitize customer experiences with a vision to upsell and cross-sell new products. According to studies, omnichannel cloud communication – the technology that aggregates video, voice, messaging, etc. into one platform, combined with AI technologies can cut expenses by up to 20%.
Matching the customers’ ever-increasing demand for customization in nearly every parameter will be the deal-breaker between winners and the rest in TMT as the 5G revolution gains momentum. Companies will constantly feel the pressure to provide each customer with a distinctive, immersive experience across all products, information, interactions, as well as advertisements.
Organizations will be able to exploit the full potential of AI and actively engage with thousands of clients on a one-to-one basis thanks to the petabytes of data created by a variety of interconnected platforms, devices, and sensors (social media, websites, OTT platforms, IoT devices, etc.).
Businesses can anticipate a 4–10X increase in engagement over current solutions due to the invention and implementation of easy-to-interpret deep learning models (like TabNet) and Cloud systems (such as serverless, parallel processing, streaming, and TPUs).
Such systems can be directly applied to advanced AR and VR technology to drive customizability and deliver individualized experiences across gaming, music, content viewing (sports, movies), online shopping, etc. with tangibly low 5G latency. At the time of writing this piece, Amazon’s customized home page is the best example of real-time hyper-personalization.
For TMT companies, cybersecurity and copyright piracy have proven to be a true challenge. The coronavirus pandemic saw US piracy rates soar by more than 40%. In 2020 alone, the average cost of a malware assault on a telecom company was approximately $900,000.
According to the latest research, Deep Reinforcement Learning (DRL) security techniques are proposed as applications to enhance autonomous intrusion detections, cyber-physical systems, and multi-agent game-theoretic simulators of defense strategies.
Without any manual assistance, software tools powered by these AI solutions and linked over low latency networks will now be able to react to important events, security issues, etc., and act on network modifications, address patching, and address predictive governance in real time.
A vast variety of data, including networks, devices, geolocation information, mobile applications, service consumption, in-depth customer profiles, and billing information, may be combined and made sense of, using AI. Major telecom players are using AI to hyper-automate their networks, mitigate security risks, and enhance customer experience at scale. A deep understanding of the market and competitors will be key to making inorganic and organic growth decisions as the telecom industry prepares for the next wave of disruption.
To find out how your Telecommunication business can gain a strategic advantage by leveraging AI and other technology changes occurring in your industry, contact us.