Speaking on Print, AI & Operations

Daniel Bruck LaCour speaks about practical AI automation, global print operations, branded merchandise and the systems that keep complex projects moving.

Speaking Topics

Keynote, workshop

Practical AI and Business Automation

How small and mid-sized operators use AI and connected workflows to reduce repetitive administrative work while keeping important decisions under human review.

Duration:

30-60 minutes

Audience:

Business owners, operations and sales teams

Key Takeaways:

  • Where automation pays off first
  • Quoting, proofing and follow-up workflows
  • Keeping people accountable for decisions
  • Measuring time saved and errors avoided
Keynote, workshop, panel

Global Print Operations and International Fulfillment

Producing and delivering printed materials and branded merchandise across markets through an international supplier network.

Duration:

45-60 minutes

Audience:

Marketing, procurement and events teams

Key Takeaways:

  • Local production versus international shipping
  • Supplier coordination and quality control
  • Managing artwork and approvals at scale
  • Warehousing, kitting and distribution
Workshop, panel

Branded Merchandise That Supports the Brand

Choosing products, packaging and presentation so event merchandise and corporate kits reinforce the experience rather than clutter it.

Duration:

30-45 minutes

Audience:

Brand, events and merchandising teams

Key Takeaways:

  • Product selection for real use cases
  • Packaging as part of the product
  • Lead times and realistic planning
  • Cost drivers worth negotiating
Keynote, case study session

Personalization Requires Structure

Lessons from Distillery District Bottlers on delivering a highly personal customer experience with a disciplined process behind it.

Duration:

45-60 minutes

Audience:

Hospitality, retail and experience teams

Key Takeaways:

  • Designing a 60-90 minute guest experience
  • Standardizing what customers never see
  • Where to allow customization
  • Turning a product into a memory