An AI assistant for your sales team
An assistant that searches the catalogue, drafts quotes, suggests arguments to the sales rep and works inside the channels they already use: CRM, messengers, the internal portal.
- What we build
- An AI assistant for a B2B sales team: catalogue search, draft quotes, CRM integration.
- Who for
- Companies with 500 SKUs or more, where reps lose hours to searching and quote preparation.
- Stack
- Python, FastAPI, Qdrant, a hosted API or a local LLM (Mistral, Qwen).
- Timeline
- MVP in four to eight weeks, production in three to four months.
- → The catalogue is large and reps spend a long time finding items and alternatives
- → Quotes are assembled by hand from spreadsheets, PDFs, the accounting system and old emails
- → You need answers that cite sources, not confident text
- → Commercial data must not go to an external AI service
- → RAG search across the catalogue, knowledge base, past quotes and technical documentation
- → Draft quotes and emails with sources and verifiable links
- → Integration with your CRM, accounting system, messengers or internal portal
- → Answer logs, access roles, human fallback and quality evaluation
- 01 Discovery: we go through the catalogue, the typical questions and the data sources
- 02 Prototype: retrieval plus the first quote scenario on real documents
- 03 Production: roles, monitoring, security, training for the sales team
Custom development earns its place where your processes matter.
Ready-made SaaS is good for standard scenarios. But once the business logic depends on specific roles, documents, integrations, security or data, the cost of the workarounds quickly exceeds the cost of a proper architecture.
We start with discovery, separating what genuinely has to be built from what is cheaper to cover with an existing service. That is why the project ends up smaller, clearer and easier to run.
Similar problems from the portfolio.
Common questions
Can we avoid sending data to hosted LLMs?
How long does an MVP take?
How do we control AI mistakes?
What does a full project cost?
Is there a real deployment behind this?
Is there an off-the-shelf product instead of building?
How do we measure the effect?
Who owns the source code after release?
Let us go through your problem.
We will show you a possible architecture, the risks, the order of the budget and what an MVP could prove.
Discuss a project