A sample, not the team
Consultant interviews cover 8 to 12 people in about six weeks. The rest of the team becomes an average, and the costly exception gets left out.
A process mapping consultancy interviews a sample of the team over several weeks and delivers a report. UpFlux reads the real process in the data of your ERP, Tasy or MV, hears 100% of the people with an AI agent and returns, in two weeks, the map with hours and reais per opportunity. Then it puts agents to work.
Consultant interviews cover 8 to 12 people in about six weeks. The rest of the team becomes an average, and the costly exception gets left out.
Interviews show the process as it is told. Without system data, nobody checks how often the exception happens or what it costs.
The map comes out as slides. Making the change becomes another project with another budget, and the gain is rarely measured afterwards.
One source alone misleads. The system does not see what happens outside it, and people do not measure what they do. UpFlux brings both together.
Reads the records your ERP, Tasy or MV keep at every step and rebuilds the real path of each order, claim or patient visit, with detours, rework and queues. It covers 100% of what goes through the system.
An AI agent interviews every person in scope through a link, in about 40 minutes, and asks follow-up questions when an answer is vague. It captures task, frequency, duration, system and where things get stuck, including work done in spreadsheets and email.
| Mapping consultancy | UpFlux | |
|---|---|---|
| Who is heard | A sample of the team | 100% of the people in scope, in parallel |
| System data | Rarely included | The real process read from the ERP, Tasy or MV |
| Timeline | Weeks to months | Two weeks |
| What you get | Report and flowcharts | A map with hours and reais per opportunity, floor and ceiling |
| After the map | A new project to execute | AI agents execute, and RoAI measures the return |
In 30 minutes we show how a digital team connects your data, acts inside daily operations and proves the return in hard numbers.