AI GLOSSARY
AI Agent
Autonomous AI systems that independently plan tasks, use tools, and interact with other systems. The next step in generative AI—beyond traditional chatbots and assistants.
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Core components
of an AI agent
Tools
that agents typically use
Autonomy Levels
From Assistant to Agent
Governance Leverage
for safe operation
Why AI Agents Are Relevant for Businesses
AI agents take automation to a new level: They don’t just perform tasks—they plan and coordinate them. For small and medium-sized businesses, this is a way to holistically automate recurring processes—not just individual steps.
End-to-End Automation
An agent handles entire process chains independently—from ticket receipt to booking in the ERP system.
Fewer Manual Routine Tasks
Standard searches, email classification, and procurement processes continue to run in the background without any clicks.
Scaling Without Hiring More Staff
An agent scales with the volume of requests. For peaks in support or accounting—without any delay.
Response times in minutes
Tasks that traditionally take hours or days—such as preparing quotes and reconciling data—now happen almost in real time.
Use of Existing Systems
Agents work in conjunction with CRM, ERP, DMS, and ticketing systems. Not a replacement, but an intelligent layer on top.
New Business Models
Entirely new revenue opportunities are emerging in the areas of self-service, digital customer service, and data-driven offerings.
What is an AI agent?
An AI agent is an autonomous software system that independently plans and executes a task, utilizing various tools, data sources, and systems in the process. At its core is typically a Large Language Model (LLM) that makes decisions and orchestrates actions.
Unlike a traditional AI chatbot, an agent does more than just answer questions. It pursues a goal, decides on the next steps, calls APIs or tools, evaluates results, and adjusts its plan as needed.
Often, multiple agents work together in a multi-agent system: one plans, one searches, and one verifies. This architecture is also known as agentic AI.
For small and medium-sized businesses, AI agents thus form the foundation for the next wave of automation: processes that were previously too complex for traditional RPA can now, for the first time, be fully automated thanks to language understanding and contextual awareness.
Core Components of AI Agents
An AI agent that can be used productively is more than just a prompt. It consists of several clearly distinct building blocks that work together:
LLM as the Core of Reasoning
Function Calling / Tools
Model Context Protocol (MCP)
Memory / Context Window
RAG Connection
Guardrails
Monitoring & Logs
Human-in-the-Loop
Best Practices for Deploying AI Agents
In successful agent projects, six principles have proven effective in making the difference between a demo and actual operation:
- Start small: Focus on a clearly defined use case first—such as quote generation or email triage.
- Keep tools separate: Each tool has a clear purpose and documented limitations.
- Set guardrails: What is the agent not allowed to do? Which actions require approval? Define these in advance.
- Log everything: Without traceability, there’s no productive use—and no compliance.
- Roll out iteratively: First a recommendation, then a proposal with approval, then autonomous operation within a narrow scope.
- Build in evaluations: Automated tests measure quality and security during ongoing operations.
Level 1
Assistant
Responds to prompts, generates text, and summarizes documents. No access to systems. Ideal entry point for teams.
Example: Microsoft Copilot
Level 2
Copilot with Actions
Suggests specific actions and carries them out after approval. The human remains in control.
Example: Ticket Copilot
Level 3
Autonomous Agent
Plans and acts independently within a defined framework. Evaluates its own results and delivers the final output to the user.
Example: Procurement agent
Common Mistakes in AI Agent Projects
Many agent prototypes get stuck in the sandbox. This is usually due to one of the following reasons:
- Too broad a scope: If you try to automate everything at once, you’ll fail at the first edge case.
- Poor tool design: If tools return unclear results, the agent gets tangled up.
- Lack of governance: Without clear rules about what the agent is allowed to do, deployment to production is blocked.
- No cost control: Agents can quickly become expensive in long chains. Budget limits are mandatory.
- No monitoring: What isn’t measured deteriorates unnoticed.
Agent vs. Chatbot vs. RPA
These three technologies are often lumped together. They differ significantly in terms of autonomy and areas of application:
- Chatbot: Answers questions and conducts dialogs. Does not perform independent actions within the system.
- RPA: Automates clearly defined, rule-based steps on screens and within systems.
- AI agent: Plans flexibly, makes situational decisions, and uses tools—even for unstructured tasks.
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Frequently Asked Questions About AI Agent
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What is the difference between an AI agent and a chatbot?
A chatbot responds to messages in a conversation. An AI agent pursues a goal, plans actions, and uses tools to make changes in systems—such as CRM, ERP, or DMS.
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Does my company need its own models for AI agents?
Usually not. Proven foundation models (e.g., GPT, Claude) are sufficient. What’s important is a clean toolset, RAG for your knowledge, and clear guardrails. We build the agent layer on top of that.
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How secure are AI agents in production processes?
Guardrails, approval steps, and monitoring allow for the controlled deployment of agents. For sensitive actions, "human-in-the-loop" is the standard; for routine tasks, autonomy is gradually granted based on performance.
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What is a multi-agent system?
Several specialized agents (e.g., planners, search agents, verifiers) work together in a coordinated manner on a task. This improves quality and robustness—but requires clear governance and monitoring.
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How is Agentic AI related to RAG?
RAG is one of an agent's most important tools. It allows the agent to access up-to-date, company-specific documents—the foundation for reliable responses and actions.
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How quickly can a productive AI agent be implemented?
A clearly defined pilot can be implemented in 6–12 weeks. The rollout to other areas follows in an iterative manner. Proven building blocks (RAG, tools, guardrails) accelerate every subsequent project.
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What qualifications do I need to work at the company?
Clear use cases, access to the relevant systems (APIs, data), and a governance framework (roles, approvals, logging). We’ll work with you to assess your AI readiness in advance.
Deploying AI Agents Effectively
In a free initial consultation, we’ll analyze your processes and identify the use cases where an AI agent can have the greatest impact. We’ll then outline a concrete implementation plan for you.
As an AI partner for small and medium-sized businesses, we’ll take your AI agents from prototype to reliable operation—including governance, monitoring, and operations.
What We Offer
- AI Agents for Businesses — Consulting, Design, and Implementation of Productive Agents.
- AI Agent for Procurement — a concrete use case with a high ROI.
- Agentic AI Use Case — Reference project and detailed approach.
- Checklist: AI Agent Readiness — free self-assessment available for download.