The most common trap: starting with the tool, not the problem
'Let's explore what we can do with ChatGPT or Azure OpenAI.' Many AI initiatives start exactly this way. It sounds pragmatic – but it's a trap. Starting with the technology means searching for problems that fit it. The result: impressive demos that deliver no real business value.
The more effective approach is the reverse: first the operational problem, then the question of whether AI is the right lever. Not every problem needs AI. But when AI is the right tool, it must be clear from day one which decision it should improve – and how success will be measured.
According to Lünendonk (2025): In 69% of German companies, at most one in four proof-of-concepts ever reaches productive rollout.
How the AI briefing surfaces the right use case
In the AI briefing at Hoch-AI, we do not start with a technology showcase. We begin with a targeted analysis: where does your company lose the most time, quality, or money each day through recurring operational decisions?
With the Essenz Outlook assistant, the starting question was not 'what can Azure OpenAI do?' – it was: 'what does daily email processing cost your leadership team, and which important decisions get delayed?' That question led directly to the use case: automated prioritization, a compact daily briefing, clear next steps. The result: 45–60 minutes saved per day, measurable from the first day in production.
The difference: starting with the problem builds a solution you can measure. Starting with the technology builds a solution you can demonstrate. That is not a small distinction – it determines whether the project rolls out or ends up shelved.
Three questions before every AI project
From our experience with mid-sized projects on Microsoft 365, three questions have emerged that must be answered before every pilot: First – what specific operational problem should AI solve, and what does that problem cost your company each day? Second – how do you measure success? Not qualitatively, but concretely: minutes saved, error rate reduced, processing time shortened. Third – who is responsible for ensuring the solution is actively used after the pilot ends?
Answering these three questions before the pilot means starting not an experiment, but a project with a goal, a benchmark, and accountability. That is the practical difference between a solution that becomes part of daily operations and one that disappears after the demo.
'The difference between a pilot project and a production solution is almost never the technology – it lies in the clarity about the problem to be solved.'