AI Agents are intelligent, trained software programs designed to perform tasks autonomously. AI agents have autonomous decision-making capabilities, enabling them to respond effectively to changing situations according to the trained data.
AI Agents in contact centers use advanced technologies such as Natural Language Processing (NLP), speech recognition and synthesis, machine learning, sentiment analysis, and omnichannel integration. These advanced conversational AI technologies enable AI agents to understand and respond in natural language.
AI has shifted from being a competitive advantage to an essential tool in the contact center nowadays.
As SquadStack CEO Apurv Aggarwal said in his Interview, "Conversational AI in call centers enables real-time customer engagement by answering queries, resolving issues, and guiding users through processes efficiently." AI is revolutionizing contact centers, making them more efficient, customer-focused, and cost-effective. Integrating AI tools and technologies ensures that call centers meet customer's demands while driving operational excellence.
Various AI agents are classified based on their decision-making capacity, interaction mechanism, adaptability, and perceptual activities. These can be categorised into seven main types, which are shared below:-
Simple reflex agents are the basic type of AI agents, functioning in a continuous loop of perception and action. These agents perceive their environment using sensors, match the perception with predefined condition-action rules, and execute actions accordingly using actuators.
Joule agents are informed by SAP’s 50 years of business process expertise
SAP Knowledge Graph, which encodes SAP’s business expertise, uniquely grounds Joule agents in the relevant business processes for their purpose
Process grounding enables Joule agents to reach further across your business and do more
Model-based reflex Agents are an advanced version of simple reflex agents. They maintain an internal model of the environment to make better decisions even in partially observable situations.
Model the environment by updating the internal state with the new percept.
Decide on an action for them.
Act by executing the selected action using actuators.
Update the internal model to reflect the new state of the environment.
Goal-based agents are a type of AI agent that uses information from the environment to determine the most efficient path toward achieving a specific goal in a given situation.
Analyze the current situation and identify the goal to be achieved.
Evaluate possible actions and predict their outcomes.
Select the action that moves the agent closer to the goal.
Execute the action.
Utility-based agents are advanced AI agents that aim to choose the best possible action based on how beneficial the outcome will be. Unlike simple reflex agents or goal-based agents, utility-based agents don’t just stop at reaching a goal but try to find the most efficient and highest-value way to achieve it.
Analyze the currenThe agent senses its environment.t situation and identify the goal to be achieved.
It evaluates all possible actions it can take.
For each action, it predicts the outcome and calculates how beneficial it is.
It selects the action that leads to the most useful or optimal result.
Learning agents are intelligent AI systems designed to improve their performance over time by learning from their environment and past experiences. Unlike fixed-rule systems, learning agents continuously adapt, making them highly effective in dynamic and changing situations.
A performance element uses this knowledge to take action.
A critic provides feedback by evaluating the agent’s actions and outcomes.
A problem generator suggests new experiences or actions that help the agent learn better.
A Multi-Agent System (MAS) is a setup where multiple intelligent agents work together within an environment. These agents can collaborate, compete, or act independently to solve problems that are too complex for a single agent to handle alone.
Agents communicate with one another to share information or coordinate actions.
A critic They may work together (cooperative MAS) or act competitively (competitive MAS).provides feedback by evaluating the agent’s actions and outcomes.
The system achieves more complex outcomes by combining the strengths of individual agents.
Hierarchical agents are structured AI systems where decisions are made at multiple levels each level handling tasks of varying complexity.
Higher layers plan or make strategic decisions.
Middle layers break down these strategies into smaller sub-tasks.
The system achieves more complex outcomes by combining the strengths of individual agents.
With many businesses adopting conversational AI solutions in their customer support processes, the market for AI-based agents is growing rapidly. The market is expected to grow from $5.1 billion in 2024 to $47.1 billion by 2030. Properly implementing AI agents in business processes can significantly enhance efficiency, accuracy, and decision-making. Integrating AI agents into business processes involves several steps, each crucial for ensuring seamless adoption and maximising benefits, which are shared below:
It is essential to define the tasks for which the AI agent is being integrated into the system, along with clear objectives (e.g., customer service, sales calls, lead qualification, etc.). Understand the use case for implementing AI agents—automating routine tasks, improving customer service through chatbots, or enhancing decision-making processes. This clarity will ensure effective deployment and maximum benefits.
Selecting the type of AI agent that aligns with your goals (e.g., rule-based systems, machine learning models, deep learning algorithms). Additionally, choose the appropriate AI models based on your needs, such as machine learning (ML), natural language processing (NLP), or computer vision.
Before fully deploying an AI Agent in business processes, testing it within a controlled environment is necessary for successful deployment. This involves monitoring its interactions with existing systems and identifying potential conflicts or areas needing adjustment.
After deploying AI agents into customer support and business processes, continuously monitor the AI-based agents performance against predefined metrics. Gather feedback and adjust parameters as needed to ensure optimal operation over time.
AI agents are improving customer interactions across industries by automating high-volume tasks, enabling intelligent decision-making, and providing always-on support. Their versatility, scalability, and industry-specific adaptability make them a valuable asset for any business seeking to improve efficiency and enhance the customer experience. Here's a look at how AI agents are making a real-world impact across various sectors:
Simple reflex agents are the basic type of AI agents, functioning in a continuous loop of perception and action. These agents perceive their environment using sensors, match the perception with predefined condition-action rules, and execute actions accordingly using actuators.
Joule agents are informed by SAP’s 50 years of business process expertise
SAP Knowledge Graph, which encodes SAP’s business expertise, uniquely grounds Joule agents in the relevant business processes for their purpose
Process grounding enables Joule agents to reach further across your business and do more
In fast-paced e-commerce environments, AI agents help with order confirmations, shipment tracking, returns, and customer inquiries, delivering immediate and reliable responses that enhance user satisfaction
Increased order accuracy and reduced cancellations
24/7 multilingual support
Lower operational costs during high-volume sales
AI agents support healthcare providers by managing appointment bookings, sending patient reminders, verifying insurance, and conducting post-care follow-ups—all while maintaining data privacy and sensitivity.
Improved patient engagement and reduced no-shows
Scalable support during peak demand
Efficient handling of routine health queries
From flight status updates to booking management and travel advisories, AI agents serve as real-time assistants for travellers, helping brands deliver smooth, stress-free experiences.
Faster resolution of itinerary changes
Personalised assistance across languages and time zones
Reduced call center burden during disruptions
AI agents guide users through policy information, claim initiation, and real-time status updates, ensuring transparency and reducing turnaround times in support processes.
Enhanced customer trust and satisfaction
Faster claims processing
Automated policy matching and recommendations
AI Agent Architecture is the structured design or framework that defines an AI agent's operations. It determines how the agent perceives its environment, processes information, makes decisions, and takes actions to achieve specific goals.
The AI architecture is an organized system that governs how an AI agent receives inputs (called percepts), reasons or evaluates its options, and produces outputs (actions), usually through sensors, actuators, and a decision-making mechanism.
Businesses constantly seek ways to optimize customer interactions while maintaining a personal touch. Traditional contact centers often struggle with high costs, inconsistent agent performance, and scalability challenges.
SquadStack's Humanoid Agent is an advanced AI-powered voice agent designed to revolutionize telecalling. By combining human-like empathy, contextual understanding, and sales intelligence, the Humanoid Agent is more than just another AI; it's a game-changer for businesses seeking to enhance customer experiences and drive revenue.
The ability to handle intricate customer conversations across multiple Indian languages while identifying upselling and cross-selling opportunities. With a 60% reduction in operational costs and a 40% increase in sales opportunities, the Humanoid Agent by SquadStack proves that AI can do much more than just answer queries; it can transform support into a revenue-generating powerhouse.
The Humanoid Agent uses AI and machine learning to simulate natural conversations and build rapport with customers. Here's how it works:
Contextual Intelligence – The AI understands user intent, responds with empathy, and adapts to different conversation styles.
Real-Time Learning – It continuously improves by analyzing successful sales techniques and refining its responses.
Seamless Human-AI Integration – When necessary, it can escalate calls to human agents while providing them with real-time insights for a smoother experience.
Scalability & Efficiency – It can handle high call volumes, ensuring businesses never miss a customer interaction.
Data Security & Compliance – Equipped with state-of-the-art encryption, it keeps sensitive customer data protected.
Would you like a personalized demo of the Humanoid Agent in action? Book your Free