Bitcoin Basics - Bitcoin x AI

Bitcoin Basics - Bitcoin x AI

This is a Melbourne based, live event. Limited seating, booking required. Hosted by Craig A Guest Speaker: TBA

What You’ll Learn:

• The Bitcoin Basics related to;

• Bitcoin and how it works.

• The problem Bitcoin solves.

• The rapidly evolving AI space.

• How Bitcoin and AI are working together.

• Questions and answers.

At the upcoming live Bitcoin event, attendees will gain a understanding of Bitcoin Basics, focusing on how it works and the problem it solves. The event will delve into the rapidly evolving space of AI and how AI & Bitcoin impact each other and work together. The event will show case real world examples of AI implementation using Bitcoin and the contrast to frictions in the traditional banking system.

A dedicated Q&A segment will allow participants to ask questions and engage directly with knowledgeable speakers.

This is a free community event designed to promote education around Bitcoin and support the growth of the local Bitcoin community. With limited seats available, early booking is highly recommended to secure your spot. Don’t miss this opportunity to deepen your understanding of Bitcoin in a practical, hands-on setting.

IMPORTANT please arrive by 5:45pm to ensure we can let you in at ground level and to access the lifts. Thereafter, we may not have someone available to let you in the building.

Location: Melbourne Connect - Level 7 Manhari Room 7212. Address: 700 Swanston St, Carlton VIC 3053

How to get there? Take the tram from Melbourne Central Station, there are multiple bus options or paid parking is available at Ace Parking, Cardigan House.

Detailed Directions: Directions Link

The event will be catered. There'll be some finger food/snacks and drinks available. Please register early so we can allow for everyone. If there is something in particular you would like to learn about, send us a message and we will do our best to include it in the presentation. *Final details are subject to change.

https://app.cluborange.org/QHpBuHbe