From customer care to marketing and sales, from field operation opportunities to network design, generative artificial intelligence (GenAI) can reimagine the telco value chain.
The timing is advantageous by any measure. Telcos stand at an important crossroads with fierce competition, plateauing revenue streams, and heavy investments necessitated by the accelerating adoption of 5G, edge computing, and gigabit network technologies. With market dynamics and economic circumstances demanding further efficiency and optimization, AI is not just a technological option, it's a strategic imperative.
The convergence of reasoning and recognition intelligence into generative models marks a pivotal moment for telcos.
In the TCS 2023 Global Cloud Study, about 77% of telecom respondents said they increased investments in artificial intelligence (AI) and machine learning (ML) in the past one to two years. The same number (77%) of respondents said they planned to invest in AI-ML in the next one to two years.
Communications service providers (CSPs) are experimenting with AI technologies, incorporating reasoning and recognition forms of intelligence. Generative AI use cases across the value chain for telecom companies are in:
In Figure 1, we list these six value streams, and relevant use cases of generative AI for a telco. It is important to note that in most of these examples, intelligent technologies are digital assistants for humans, not their replacement. Artificial intelligence will augment humans in their day-to-day work, empowering them to make consistently better decisions and innovate in a way that transforms the entire organization.
AI: Then to now
Initially, AI focused on recognition tasks, like identifying objects in images. Its next iteration involved reasoning; analyzing what is happening, why it is happening, the likely outcomes, what we should do about it, and decision-making based on that understanding.
The most transformative shift occurred with the advent of generative or operative capabilities, exemplified by large language models (LLMs) like generative pre-training transformer (GPT), language model for dialogue applications (LaMDA), and large language model meta AI (LLaMA). These models leverage predictions made during the reasoning stage to make decisions and propose actions.
GenAI and large language models can potentially extract insights from unstructured content. Foundational models, such as GPT, LLaMA and open-source alternatives, are ‘world-wise,’ able to integrate common knowledge that may exist offline, such as in books or in art. By combining such models with ‘enterprise-wise’ ones and traditional AI-ML techniques, telcos can create a knowledge superstructure.
Transforming the potential of GenAI into sustained performance requires a multidimensional strategy and an enterprise architecture optimized for cost, quality, security, and privacy.
In short, it requires a tailored fit, not a one-size-fits-all solution.
The journey is complex, demanding meticulous preparation in terms of data, environment, and the potential creation of purposive agents tailored for specific tasks or activities. Choosing the right mix of intelligence, such as large language models or predictive AI, involves numerous decisions, making the solution-building process intricate.
Drawing on our extensive experience in working with hundreds of global telcos, we take a best practice approach to help telcos master the delicate balance of opportunity and risk to ensure successful outcomes. Built on the principles of an industry-led, data-fueled and ecosystem-enabled foundation, we offer an ‘enterprise-wise’ approach designed to make AI consumable for an enterprise-grade transformation (see Figure 2).
These four principles underpin our approach to converting AI potential to performance, a continuum that builds upon and reinforces each stage: assist, augment, transform (see Figures 3).
An AI evolution in action
Assist: In an example business scenario, a broadband customer contacts the communication service provider’s contact center to complain about the poor internet connectivity. The agent attending to the customer must understand the context and know the troubleshooting steps to fix the issue.
A GenAI-based assistant retrieves the customer profile, context, and previous call history to help the agent better understand the customer and assists with the relevant resolution process and frequently asked questions (FAQs) from the knowledge base.
Augment: In the same business scenario, the agent explores the customer’s network issue more deeply, and needs to initiate network diagnostic tests, schedule a service technician visit and other tasks as part of the resolution process. The agent will also need to post a summary of the resolution and update the records for closure.
GenAI augmentation automates these actions, including initiating the network diagnostic tests, auto-scheduling technician field visit, summarizing the call resolution details, and updating the service desk.
Transform: Using the same business scenario, when the customer connects with the contact center to discuss network issues, the GenAI-powered bot directly interacts with the customer using natural language processing. The bot understands the issue by analyzing the customer's account data, network activity in their area, and historical service requests.
It then automatically diagnoses the potential cause, like high traffic or a modem issue, and provides personalized responses. These can include self-guided troubleshooting steps with clear instructions and video demonstrations, along with options to schedule a technician visit with real-time availability slots. The virtual assistant pre-populates the work order with the identified issue and temporarily boosts the internet speed, if possible and flags potential network anomalies to the telco.
Freed from all but exceptional customer calls, the human agents and network engineers can analyze the flagged report to recommend updates that could prevent future outages.
Case in point: Customer experience transformation
Figure 4 provides an illustration of TCS CX Transformer for Telcos, an AI-powered service framework that helps in enhancing the experience across every touchpoint of the customer’s journey, improving customer satisfaction (CSAT), customer retention, and net promoter score (NPS) and maximizing the customer lifetime value.
It can be challenging to develop a robust business case, when it’s difficult to quantify the business benefits and cost of AI.
Any AI solution must start with the opportunity to augment business value, prioritizing use cases instead of starting with technology adoption. For telcos to fully unlock AI’s potential, they need access to a multi-tier architecture (see Figure 5) and integration with the enterprise systems.
Figure 5 shows the TCS enterprise architecture framework for telcos.
In our proposed multi-tier approach:
Our strong partnerships help telcos successfully navigate GenAI transformations to drive sustained performance.
Akhilesh Tiwari President, CMI, TCS |
Siva Ganesan Senior Vice President and Head, AI.Cloud, TCS |
Nidhi Srivastava Vice President and Head of Offerings, AI.Cloud, TCS |
Muralidharan Murugesan Head of Data and AI, CMI, TCS |