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AI agents

Analyze, plan, and execute tasks autonomously

What's Next in the Enterprise AI

What are AI agents?

AI agents are advanced, autonomous, or semi-autonomous software systems that analyze, plan, and execute tasks independently. When used with proper governance, they leverage artificial intelligence to process information, make decisions, and perform actions while adhering to established business rules. Most importantly, these intelligent agents can optimize operations through continuous learning and adaptation, improving efficiency and quality of output over time.

Why are AI agents important?

AI agents have the potential to revolutionize the business world. When used effectively, they can significantly boost productivity, deliver personalized experiences, enhance operational efficiency, and drive competitiveness and growth for both large and small organizations. Rather than simply automating small tasks, AI agents can help businesses orchestrate an entire process from end to end, while applying continuous AI to improve processes over time.

Benefits of AI agents

  • Seamless collaboration: AI agents work hand in hand with your employees, enhancing their capabilities, reducing manual labor, and improving productivity.
  • Intelligent action: With proper guidance and oversight, AI agents can plan, reason, and act to help achieve business goals.
  • Business transformation: AI agents are one of the keys to legacy transformation, helping businesses leave behind outdated technology to embrace the vision of the autonomous enterprise.
Benefits of Enterprise application development

How do AI agents work?

AI agents operate by defining objectives, analyzing situations, and taking action through workflows. Typically, with large language models (LLMs) at their core, AI agents can reference algorithms and machine learning models to process data, recognize patterns, create subtasks, and ultimately make autonomous decisions. With human oversight and governance, teams can outline complex workflows for agents, rapidly increasing productivity while enabling continuous learning and adaptation.

Stylized graphic of an artificial intelligence helping workers sort through a process

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What’s the difference between AI agents and autonomous agents?

AI agents

While often used interchangeably, AI agents specifically emphasize artificial intelligence capabilities for decision-making and learning, with human oversight and governance.

Autonomous agents

Autonomous agents focus on independent operation, using AI for intelligent decision-making while operating autonomously to execute tasks, adapt to changes, and optimize processes with minimal oversight, within defined business parameters.

Components of AI agents

Center-out business architecture

Effective automation with AI agents requires a centralized approach to logic – ideally centered around the work being done and outcomes desired, rather than embedding logic into channels or chatbots, or burying it into the back-end of legacy systems.

Workflow automation

Without the structure of workflow automation, AI agents can become unmanageable. Combine AI agents with trusted workflows to define, execute, and manage complex processes automatically, coordinating multiple steps, handling exceptions, and ensuring compliance while maintaining efficiency and accuracy throughout end-to-end processes.

Orchestration

Without orchestration, AI agents in the enterprise quickly lose effectiveness. As part of a business orchestration and automation technology (BOAT) roadmap, orchestration is a critical component of ensuring agents deliver ROI and operate according to enterprise rules and boundaries.

Examples of AI agents in the real world

Customer service assistant

A customer service AI agent could autonomously handle customer inquiries by understanding intent, accessing relevant information from back-office workflows and systems, and guiding users through enterprise-approved resolution processes, while seamlessly escalating complex cases to human agents when needed.

Financial fraud detection

In financial services, an AI agent could monitor transactions in real time, identifying suspicious patterns and automatically initiating investigation workflows with human intervention, protecting customers while reducing false positives and operational overhead.

Healthcare process optimizer

AI agents in healthcare could streamline patient care workflows by coordinating appointments, managing documentation, and ensuring compliance with protocols and regulations, while involving human stakeholders as necessary and adapting to changing priorities.

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Potential challenges with AI agents

While AI agents present an incredible opportunity for modern organizations, tension is inevitable with any disruptive technology. For example, a recent Pega study showed that while 51% of workers use AI agents at least once a week in their current role, 44% expressed concerns about these tools’ inability to replicate the human intuition and emotional intelligence they see as essential to their jobs.

Solutions to AI agent challenges

Success requires implementing strong governance frameworks to promote trust and empathy, establishing clear operational boundaries, and maintaining human oversight. Organizations should focus on data quality, robust testing, and continuous monitoring while gradually expanding automation capabilities through a controlled, phased approach.

How to implement AI agents in the enterprise

Assess current state and define objectives

Step 1

Evaluate existing processes, identify automation opportunities, and establish clear goals aligned with business strategy. Define success metrics and determine which workflows will benefit most from AI agent implementation.

Build foundation and infrastructure

Step 2

Implement necessary technical infrastructure, ensure data quality and accessibility, and establish governance frameworks. Establish or modify security protocols and compliance measures while preparing systems for integration.

Deploy and test AI agents

Step 3

Most organizations should begin with pilot programs in controlled environments, carefully monitoring performance and outcomes. Validate decision-making accuracy, workflow execution, and system integration while gathering user feedback.

Scale and optimize operations

Step 4

Gradually expand AI agent implementation across the organization, continuously monitoring and optimizing performance. Regular assessments ensure alignment with business objectives while identifying new opportunities to design and automate workflows.

The future of AI agents

AI agents will become increasingly sophisticated, offering enhanced autonomous capabilities and deeper integration with business operations. With end-to-end orchestration, they'll feature improved learning abilities, more natural interaction with humans, and greater adaptability to complex situations, driving the evolution of truly autonomous enterprises.

robot illustrator

Frequently asked questions about AI agents

AI agents are categorized based on capabilities:

  • Simple reflex agents use condition-action rules without memory
  • Model-based reflex agents handle partial observability with an internal model
  • Goal-based agents require planning to use goal information
  • Utility-based agents optimize actions with a utility function
  • Learning agents improve over time by learning from experience

AI agents are trained using several methods based on their purpose and complexity, including:

  • Supervised learning for input-output mappings through labeled data
  • Unsupervised learning to find patterns in unlabeled data
  • Reinforcement learning via rewards from environmental interaction
  • Self-supervised learning that creates labels from raw data
  • Evolutionary algorithms applying genetic principles for optimal solutions

AI agents are built using a combination of technologies, including:

  • Machine learning frameworks
  • Programming languages
  • Neural networks & deep learning
  • Reinforcement learning tools
  • Cloud computing
  • Natural language processing (NLP)
  • Robotics & simulation

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