Drive Sales Conversations

UPCUE helps your team to perform successful sales conversations.

UPCUE Your Business

Next Best Offer

UPCUE provides the best product recommendation for every sales interaction across all channels.

Empower Your Team

UPCUE's personal sales assistant supports your sales and service teams prior to and during every customer interaction.

Activate Sales Potential

UPCUE taps sales and service reps on the shoulder with just-in-time sales intelligence.

Your Personal Sales Assistant

Service and Sales Teams are empowered with the help of AI

Generated value for our customers

10x

faster
Next Best Offer

4x

more
Sales Approaches

5%

Gross Margin
increase

+50%

Offer-to-Order
Conversion Rate

UPCUE is the Personal Sales Assistant supporting your team prior to and during customer interactions.

Increase Sales

Increase up- and cross-sell approaches along with sales conversions. Generate more revenue with your existing customers – instantly.

Product Recommendations

Offer the best matching product and its benefits to your customers at the right moment. Take out the complexity and time consuming manual analysis to define what and how to sell it to specific customer – let our AI do the work.

Simple Guidance

Interactive coaching and suggestions help your agents to respond in the optimal way at each turn in a conversation.

Performance Insights

Understand your teams performance without listening in on their calls. Transfer best practices and make everyone in your team a top-performer.

Assistance Everywhere

Provide an sales assistant wherever your team needs it – at the office or on the road.

Seamless Integration

Integrate your personal sales assistant seamlessly with your existing CRM and Messenger systems like MS Teams, Slack, Salesforce, SAP and others.

Take your Salesteam
to the Next level

Just schedule a meeting with us and we will show you how we can UPCUE your business success together. Of course, we will also answer all your questions – promised. 

Supported by

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 816050