ProBit Global will be holding an AMA session for BitBook on its Telegram channel: https://t.me/ProbitEnglish.
BitBook is the travel platform where people can book accommodation and earn tokens in the process. With our Token Reward program, not only will we drive organic traffic by rewarding users who create remarkable travel content, but also we drive growth by incentivizing influencers that share this content to bring new users to the platform.
BitBook's business model is split into three different revenue streams:
- Competitive commission model for every booking made on the BitBook platform.
- Affiliate Marketing to sell third-party products (Insurance, Travel bags, car hire, etc.)
- Advertisement to enable our partners to offer relevant products and services.
▶ Event Schedule
Thursday, June 3rd, 2021, 07:30 UTC
▶ Event Segments
- Part 1 - Welcome
Introduction of guests from Bitbook team
- Part 2 - Live Q&A
Total Prizes: 150 USDT
Ask anything about Bitbook!
The BBT team will choose 5 questions to answer among all questions raised. The participants who asked the chosen questions will be rewarded with 30 USDT each.
- Part 3 - Quiz
Total Prizes: 150 USDT
The BBT team will ask 10 questions and the first 10 people to answer correctly will win 15 USDT tokens each!
▶ How to Join
To participate in the Bitbook AMA, join the ProBit telegram channel: https://t.me/ProbitEnglish.
Also join the BitBook Telegram Group for updates: https://t.me/bitbooknetwork
▶ Terms and Conditions
- Distribution will be processed only after all required information has been sent in from event winners.
- In the event that the required information is not received within 5 days, rewards will be forfeited.
- ProBit Global reserves the right to cancel or amend the event rules with sole discretion.
- ProBit Global reserves the right for final interpretation of the results of these events.
ProBit Global: www.probit.com
ProBit Telegram: https://t.me/ProbitEnglish
BitBook website: https://www.bitbook.network
BitBook Telegram group: https://t.me/bitbooknetwork