Primary tabs

What is the Right Technology for Your Event: Leveraging Technology to Optimize Auction and Event Proceeds

September 27, 2012 - 4:30am

Technology is a great asset to streamlining the event process, providing real time intelligence, broadening the supporter reach, implifying collections and optimizing new and current revenue streams. But with a plethora of options and providers in the market place today, knowing what technology to deploy and how to leverage the different solutions to maximize performance and fundraising efforts can be daunting. Join us for an engaging discussion about the different technologies available for end to end event management, auction management and execution, and electronic bidding including auction automation, payment processing, event management solutions, and online presence.

During this session, we will explore the industry trends, best practices and impact of technology, and the opportunities for increasing your organization's total event performance while highlighting documented statistics, real life experiences, and astounding case studies. The program will also detail the positive return on investment with automated bidding and donations, cellular solutions vs. WiFi, methods to virtually eliminate the checkout line, simplified event management processes, and expanded online preevent presence. Bring your list of questions, and join an optional Q&A session that will follow presentation.

Dawn Lego a professional public speaker, representing BidPal, will share her 15 years of experience in event planning and will lead our engaging discussion.

This session is ideal for all development professionals, CFOs, executive directors, gala committee

members, directors of special events and board members representing organizations looking to grow

fundraising events, galas, auctions, online auctions, to increase proceeds raised, or learn the value of and possibilities for revenue growth through feature rich technology solutions that have high impact on performance with minimal resources and maximal results.