The right manual, open at the right page.

Support staff spend half their time searching: the manual for the old model, the service bulletin, the ticket of a colleague who had already seen the same fault. Here the system does the searching, and the answer says where it comes from.

Sectors
machinery, plant, electronics, software
Used by
technicians, help desk, customer service
First prototype
2–3 weeks

The problem

What you need to fix a fault usually exists already, but it is scattered: manufacturer PDFs, shared folders, a wiki nobody finished, thousands of closed tickets. And above all the heads of the two most experienced technicians, the ones everybody calls.

So the same questions get solved from scratch every time, new hires take months to become independent, and when the expert technician is on holiday support slows down.

How the data flows

  1. Where it comes from: Technician's question (error code, serial number); Manuals and bulletins (scanned ones too); Closed tickets (faults already fixed).
  2. What happens, Knowledge base: One index (updates with the sources); Searches codes and meaning (exact match and semantic); AI, Answers with the source (document, page, ticket).
  3. Where it ends up: Answer to the technician (ticket, chat or tablet); Second level (when there is no source).
  4. solved cases go into the index.
Steps marked AI are the model's. The rest is ordinary automation or people.

How we solve it

04
01

Everything in one index

Manuals, technical sheets, bulletins, closed tickets, scanned ones too. The index updates when the source documents change, with nothing to re-upload by hand.

02

Search that understands codes

Error codes, serial numbers and model names are searched by exact match, the rest by meaning. It is the part a purely semantic search gets wrong.

03

Every answer with its source

Document, page, ticket. The technician opens the original and checks before acting, and if there is no source the system says so.

04

Where people already work

In the ticketing system, in an internal chat, on a tablet on site. One more search tool to open is a tool nobody uses.

What we measure

03

These are the numbers we set in discovery, before writing any code. The starting value is measured on your data, and the prototype is judged against it.

Resolution time

From opening to closing the ticket, by category. Recurring questions are the first to come down.

Escalations to second level

How many requests first level closes on its own. That is where expert technicians get their time back.

Answers with the right source

A sample checked by hand every month. It tells you when to trust it, and uncovers the documents that are missing.

When it is not worth it

If the documentation does not exist or is wrong, the system gives wrong answers with confidence. In that case you start by putting the documents in order, and sometimes that is enough.

Services involved

Other use cases

11 scenarios
07 · MCP servers

ERP assistant

How the month went, which orders are stuck, what is missing from stock. Questions in plain language to the assistant you already use, with the answers taken from the ERP.

08 · Fractional AI/CTO

AI roadmap for SMBs

Everyone is pitching something with AI and nobody in the company can evaluate it. A technical counterpart who lines up the use cases and decides with you what to buy and what to build.

Tell us the process. We will tell you if it makes sense.

A free 30-minute call, with no commercial follow-up unless you want it.

Request a call

Companies that have already worked with us

  • Velux
  • ISU
  • MovePay
  • AB Group
  • Archiva Group
  • Onda SpA
  • PDE
  • Bynary System
  • COOPI
  • Gimasi
  • Creactives SpA
  • Rev AI
  • Odditt Inc.
  • Si Sociale
  • Stones
  • Turboden
  • Schindler