
Agentic AI is software that, given a business goal, can autonomously plan and execute a multi-step workflow. The AI uses language models and other AI components to understand context, select the right tools, take actions and adjust based on feedback.
MIT Sloan defines agentic AI as a new generation of AI systems that are semi- or fully autonomous and can act without receiving explicit instructions at every step (MIT Sloan, 2025).
IBM adds that agentic AI systems can pursue complex goals with limited supervision, combining the flexible characteristics of large language models with the precision of traditional software (IBM, 2025).
The core idea: agentic AI is not a smarter chatbot. It is software that works like a digital employee with its own task list.
An agentic AI system typically works in four phases:

Generative AI, such as ChatGPT or Claude, creates content based on a question the user asks. You give a prompt, the AI writes text, and then it stops. The team member still has to copy, adjust and enter the output into the right systems.
Agentic AI handles that last step too. It is not about what the AI writes, but about what the AI does.
Forrester describes agentic AI as the next competitive frontier: where generative AI raises individual productivity, agentic AI can reshape the business model itself (Forrester, 2025).
The difference becomes clear with a concrete example. Suppose a supplier sends an invoice that does not match the order.

The distinction is reactive versus proactive. Generative AI responds to what you ask. Agentic AI acts based on what is happening in your business.
Most agentic AI systems consist of three building blocks: a language model that handles reasoning, tools that allow the agent to control external systems, and a memory function that retains context across multiple steps.
Weaviate describes this as agentic workflows: patterns in which AI agents, tools and memory are combined to build systems that adapt over time and can handle complex tasks (Weaviate, 2025).
In practice, this means an agentic AI system can:
What sets agentic AI apart from standard automation (RPA) is that it can handle variation. A traditional automation script fails the moment input deviates from the expected format. An agentic AI system recognises the deviation, independently determines the best approach and acts accordingly, or escalates to a team member if needed.
From Eindhoven, we at The Agentic Group work daily with SMEs that deploy these kinds of systems for their core processes, from invoice management to client communication.
Agentic AI is not technology accessible only to large corporations. Particularly for SMEs, where every employee fills multiple roles, a digital worker that operates independently can make a significant difference.
Google Cloud reports that 74% of executives using AI agents achieve positive ROI within the first year (Google Cloud, 2025).
Here are four sectors relevant to Dutch SMEs:

McKinsey documents that 62% of organisations are already experimenting with AI agents and 23% are scaling them in at least one function (McKinsey, 2025). That percentage is rising fast: in sectors such as accountancy and recruitment, agents are no longer an experimental project but an operational instrument.
Many business owners are already familiar with two forms of automation: chatbots on websites and RPA scripts (Robotic Process Automation) that replicate fixed actions. Agentic AI is fundamentally different.
Microsoft Copilot's documentation makes the distinction clear: traditional chatbots are conversational interfaces with limited context awareness. They fail the moment a conversation becomes complex. AI agents, in contrast, are goal-driven systems that can plan, reason and execute tasks across multiple steps (Microsoft, 2025).
The comparison with AI agents and process automation shows that the real value lies not in the technology itself, but in the combination of reasoning capability and room to act. An agentic AI system does not need to be perfect. It only needs to perform better than the current situation: a team member going through the same steps manually.
Agentic AI is not the right solution for every process. It works best when a number of conditions are met.
Salesforce puts it this way for the SME segment: start with processes that have high volume, low variation and clear success criteria, then build from there (Salesforce, 2025).
Processes that work well for agentic AI:
Processes to approach with more caution:
Gartner predicts that around 40% of all business applications will contain embedded agentic AI features by end of 2026, compared with less than 5% in 2024 (Gartner, via Sigma Computing, 2025). The question for SMEs is not whether agentic AI will become relevant, but when and with which process you start.
A good first step is an AI strategy that determines which processes in your specific business are the first candidates for agentic automation. Also take a look at what agentic AI solutions have concretely delivered for comparable businesses.

Agentic AI is software that, given a goal, independently determines and executes the steps to reach that goal. Where a chatbot waits for your question, agentic AI acts on its own initiative: it logs in to systems, carries out actions and adjusts its approach when something does not work as expected.
A chatbot answers questions through a conversational interface but does not carry out anything in external systems. Agentic AI is a goal-driven system that can plan, decide and act across multiple steps and systems. The difference is comparable to the difference between an adviser who tells you what to do and a team member who actually gets it done.
No. RPA (Robotic Process Automation) replicates a fixed sequence of steps and fails the moment input deviates. Agentic AI can handle variation: it understands context, makes decisions and adjusts its approach. This makes agentic AI suitable for processes that are too unstructured for classical automation.
Yes, within the boundaries you set. You determine which actions the agent may take and when it brings in a team member. This is called the autonomy setting or governance layer. Good implementations give the agent latitude for routine decisions and preserve human oversight for exceptions and higher-risk situations.
Costs vary considerably depending on the platform chosen, the complexity of the process and the integrations required. A focused pilot for one process typically starts in the range of a few thousand euros for a pragmatic implementation. The payback period is short when the selected process has sufficient volume and value.
The main risks are: the agent taking actions outside its intended boundaries, data leakage if the agent has access to sensitive information, and errors on unexpected input. These risks are manageable with clear governance, access controls, logging and an escalation path to a team member. Always start with a limited autonomous process before expanding.
Strong candidates are invoice processing, email sorting and routing, status updates to clients or tenants, candidate screening in recruitment and maintenance requests in property management. These are processes with high volume, clear rules and measurable outcomes.
Start by identifying one process that takes a lot of time, has clear steps and produces measurable results. Then define success criteria before you begin. Work with an implementation partner who understands the chosen process thoroughly, builds the right integrations and delivers a governance framework. That way you avoid building a solution that requires more maintenance than it saves.
The AI Business Brain is our concrete approach: a connected system of AI agents that takes over the repetitive tasks in your business, tailored to your processes and systems. Discover what it looks like for a company like yours.