communicode GmbH

Agentic AI doesn't start with AI – it starts with effective digital transformation

For many years, we have been helping companies build complex digital platforms. We structure product data, integrate systems, develop e-commerce solutions, create modern software architectures, and support organizational change.

Long before terms like “Agentic AI” or “AI agents” even existed, we laid the groundwork on which these technologies are built today. After all, autonomous AI agents do not emerge in a vacuum; they require high-quality data, interconnected systems, clear processes, and an organization that actively shapes change.

That is precisely why we talk about Agentic Readiness today.

An illustration of a friendly robot in white and turquoise, balancing on a yellow sphere and giving a thumbs-up. To the right of it is a green speech bubble with a white checkmark. The background features various shades of green and conveys a positive, affirming message.

The next stage of AI development doe not start with the model

Over the past two years, many companies have gained initial experience with generative AI. Whether it’s creating text, researching information, generating code, or developing marketing content – conversational AI is already an integral part of daily work in many areas.

But development continues. The next generation of AI systems not only answers questions but can also plan tasks independently, combine information from various sources, and execute actions across system boundaries. These so-called AI agents (Agentic AI) will bring about lasting changes to many business processes in the coming years.

The crucial question is therefore no longer:

“Which AI model should we use?”,

but rather:

“Is our company even ready for Agentic AI?”

This is precisely where the concept of Agentic Readiness comes into play.

What does “Agentic Readiness” mean?

Agentic Readiness describes a company’s level of maturity for the productive deployment of autonomous AI agents. It refers to the interplay of data, organization, and system infrastructure that determines whether an AI agent actually creates added value in day-to-day operations or remains merely a pilot project.

An AI agent must understand corporate knowledge, access various systems, evaluate information, make decisions, and initiate processes. Each of these capabilities depends on prerequisites that many companies are only now establishing.

Three dimensions determine how well a company is prepared and transform an AI application into a true digital employee:

  • Data & Knowledge
  • Strategy & Organization
  • Technology & Delivery

Why ChatGPT alone is not enough

A language model answers questions. An AI agent takes action. It plans sub-steps, combines information from multiple sources, and carries out actions across system boundaries. This autonomy fundamentally changes the requirements. The crucial question, therefore, is no longer which model is used, but whether the company has laid the groundwork for an agent to operate reliably.

The three dimensions of Agentic Readiness

Dimension 1: Data & Knowledge – The fuel for AI agents

Pyramid model of data and knowledge maturity for agentic AI. From the bottom up, raw data evolves through structured data and a knowledge base into relevant context for agents. Each level increases the availability, reliability, usability, and decision-making capability of AI systems. Key message: “Without context, AI operates solely on assumptions.”

The quality of an AI agent depends directly on the quality of its context. In our projects, we encounter the same situation time and again. Companies already have valuable information – scattered across ERP, PIM, DAM, CRM, commerce platforms, or custom line-of-business applications.

The challenge rarely lies in acquiring data.

The real challenge is making that data available, consistent, and understandable across system boundaries.

It is precisely this work that forms the foundation of Agentic AI today. Without context, AI can only operate on assumptions.

Dimension 2: Strategy & Organization – People remain at the center

Infographic on “Agentic AI Readiness”: The focus is on “People First—Valuable Collaboration with Agentic AI.” Arranged around this theme are five success factors: (1) Goals and Benefits, (2) Use Cases and Prioritization, (3) Roles and Responsibilities, (4) Governance and Standards, and (5) Change and Culture. Arrows form a cycle and illustrate the interplay between these factors. At the bottom is the key message: “Agentic AI becomes effective when strategy and organization enable change.”  Translated with DeepL.com (free version)

Agentic AI is transforming work practices, roles, and responsibilities. Anyone delegating tasks to agents must clarify which business objectives are being pursued, which processes are actually suitable, who bears responsibility, and what the governance framework looks like. The question of how employees can support this transformation is also relevant here.

Many AI initiatives do not fail for technology reasons, but due to a lack of strategic integration. Successful companies therefore do not start with as many use cases as possible at once, but rather with clearly prioritized use cases and defined responsibilities. Technology alone is not enough to achieve this.

Agentic AI delivers its added value where technology and organization are developed together.

Dimension 3: Technology & Delivery – Intelligently connecting systems

Infographic on the Agentic AI workflow. A central agent goes through a continuous five-step cycle: understanding the task, accessing data and knowledge, executing actions in processes and systems, measuring and verifying results, and learning and improving. Integration is achieved via an API/interface layer with legacy systems, knowledge, applications, cloud services, partners, and automation solutions.

For AI agents to work productively, they need access to the systems where corporate knowledge is stored: ERP, PIM, DAM, CRM, online stores, DMS, cloud applications, partner platforms, etc.

Modern architectures and open interfaces enable agents to retrieve information across systems and derive concrete actions from it, such as researching content, evaluating images, supplementing data, assigning products, initiating processes, or documenting results.

Developing such integration architectures has been part of our core business for years. What used to be the exchange of data between ERP, PIM, DAM, or commerce platforms has now become the workspace of intelligent agents.

The Model Context Protocol (MCP) plays an increasingly important role here because it allows agents standardized access to external systems. Ultimately, success depends less on the individual AI model than on the ability to leverage knowledge across system boundaries.

Practical example: From image search to campaign recommendations

We’ve demonstrated how this interaction works in practice using our own prototype.

A marketing employee formulates a simple request: “Find suitable images for a summer campaign.”

An AI agent then carries out several steps independently:

  • It understands the request.
  • It accesses corporate knowledge.
  • Various systems are connected via an MCP server – including a Digital Asset Management (DAM) system.
  • A vision AI analyzes the images found.
  • The agent evaluates which assets are suitable for the campaign.
  • Finally, it provides a reasoned recommendation instead of a simple list of results.

The real innovation here does not lie in the image analysis itself. It arises from the interplay of knowledge, context, and an infrastructure that intelligently orchestrates various systems.

Common obstacles

In discussions with companies, we repeatedly encounter similar challenges:

  • Data is stored in isolated systems.
  • Knowledge is not available in a structured format.
  • There is no common AI strategy.
  • Processes are not sufficiently documented.
  • Pilot projects remain isolated solutions.

The result: While AI delivers impressive individual results, it cannot be sustainably integrated into the value chain.

Agentic Readiness helps systematically close these gaps.

Conclusion: For us, Agentic AI is the logical next step in digital transformation

We do not believe that Agentic AI will replace traditional enterprise software. On the contrary, the value of existing systems is increasing. That is precisely where the knowledge lies that AI agents will access in the future.

Therefore, we do not view Agentic Readiness as a new project separate from digital transformation. It is the logical next step in that journey.

For many years, we have been helping companies to

  • make data usable,
  • integrate complex system landscapes,
  • develop modern software solutions,
  • digitize business processes,
  • and support organizational change.

Today, a new capability is emerging: enterprise software is becoming intelligent. Agents access knowledge, understand contexts, and support people in their daily work.

We are convinced: The most successful AI projects of the coming years will not emerge where the latest models are deployed, but where companies are already investing in data, integration, software, and organization today.

And this is precisely where we have been supporting our customers for many years. We lay the very foundations on which Agentic AI can build today.

Agentic Readiness Check
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A person is holding a tablet displaying the “Agentic Readiness Status: Explorer” dashboard. The screen shows a score of 60%, a radar chart covering strategy, governance, and organization, as well as recommended next steps and action buttons at the bottom.
  • What does “Agentic Readiness” mean?
    Agentic Readiness refers to the level of maturity at which a company can deploy AI agents productively and reliably. The term does not refer to a single AI model, but rather to three interrelated dimensions: the quality and accessibility of data and knowledge, the strategic and organizational integration of AI initiatives, and the technological infrastructure through which agents access corporate systems. A company is considered “agent-ready” when all three dimensions are sufficiently developed so that an AI agent can perform tasks independently without data gaps, unclear responsibilities, or a lack of system access skewing the results.
  • Is ChatGPT or another language model sufficient for agentic AI?
    No. A language model like ChatGPT answers questions based on text it has received in the prompt or during its training. An AI agent, on the other hand, must plan independently, combine multiple sources of information, make decisions, and trigger actions in real business systems, such as ERP, CRM, PIM, or DAM. To do this, it needs three things that a language model alone cannot provide: structured and up-to-date business knowledge, defined access rights and interfaces to the relevant systems, and clear organizational guidelines regarding which decisions it is authorized to make. If any of these prerequisites is missing, the agent remains limited to the level of an assistant that makes suggestions rather than completing tasks independently.
  • What is context engineering, and why is it important for AI agents?
    Context engineering refers to the targeted selection, structuring, and provision of exactly the information an AI agent needs for a specific task, at the right time and in the right format. It thus differs from pure data management, which collects and stores information but does not necessarily process it. For example, an agent tasked with generating a campaign recommendation does not need the entire product database, but rather the attributes, images, and campaign guidelines relevant to that specific task, in a format it can process directly. Good context engineering reduces errors, lowers the number of necessary follow-up queries, and is therefore a fundamental prerequisite for reliable agent-based AI.
  • Why are data quality and knowledge management so important for AI agents?
    AI agents make their decisions solely based on the context available to them. If data is outdated, incomplete, contradictory, or isolated in individual systems, this weakness directly affects the agent’s results – often without being immediately apparent. Unlike a human employee, the agent generally lacks the experiential knowledge to recognize and question poor data quality. A clean, structured, and interconnected database spanning systems such as PIM, DAM, ERP, and CRM is therefore not a technical nicety, but rather the foundation upon which the reliability of Agentic AI within the company rests.
  • In addition to the technology, what organizational requirements does Agentic AI need?
    Agentic AI changes work practices, roles, and responsibilities because tasks that were previously performed by humans are now being transferred to agents. Companies therefore need clearly defined business objectives for the use of agents, a prioritization of suitable processes, defined responsibilities for decisions made by agents, effective governance, and measures to foster acceptance among employees. In practice, many AI initiatives fail not because of the technology itself, but because of a lack of organizational integration and because agents are introduced into existing processes without clear rules.
  • What is the best way for companies to get started with Agentic AI?
    The most successful start does not begin with the broadest possible rollout, but with a clearly defined, well-documented use case and an honest assessment of your own “Agentic Readiness” across all three dimensions: How well is the relevant database structured and accessible? Are there clear responsibilities and goals for its deployment? And does the technical infrastructure have the necessary interfaces to the relevant systems? Based on the results of this assessment, you can prioritize where to invest first before the first agent goes live.
  • What role does the Model Context Protocol (MCP) play in agentic readiness?
    The Model Context Protocol is an open standard that enables AI agents to access external systems and data sources in a uniform manner, rather than having to develop a separate interface for each connection. For companies that want to connect agents to multiple systems – such as PIM, DAM, or CRM – simultaneously, MCP significantly reduces the integration effort, making it a practical building block of the Technology & Delivery dimension within Agentic Readiness.

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Agentic Readiness: How to get started with AI agents