RoomQuest
A step-by-step journey to tripflip's
enhanced booking experience
RoomQuest
A step-by-step journey to tripflip's
enhanced booking experience
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
Step 01.
Hoteliers update their room
availability in the PMS.
Step 02.
Rooms get listed on
tripflip marketplace.
Step 03.
John discovers a big discount
at Hotel Y on tripflip 8 months
before check-in.
He purchases it. The booking
is minted as an NFT on the
blockchain.
Step 04.
Tripflip's oracle writes on
PMS that specific room is
not available anymore.
Step 05.
As time passes, Hotel Y's
occupancy and prices rise
for John's dates.
Step 06.
John finds a cheaper
opportunity at the country
side and decides to resell
his accommodations for a
slight profit.
Step 07.
John enables the resale option
on tripflip to list his rooms.
Step 08.
Mary searches and finds
John's rooms at tripflip's
marketplace 2 months before
check-in date and decides
to buy them.
Step 09.
Tripflip's smart contract
automates the transfer of
John's NFTs to Mary and adds
the corresponding value to
John's wallet balance.
Step 10.
As the check-in date
approaches, occupancy
reaches an all-time high (ATH)
due to a coinciding event.
Step 11.
Mary, observing price
appreciation, seizes a profit
opportunity, activates the
resell feature, and lists her
booking.
Step 12.
Jane searches, finds and
purchases it.
Step 13.
Tripflip's smart contract
automates the transfer of
Mary's NFTs to Jane and adds
the corresponding value to
Mary's wallet balance.
Step 14.
Tripflip sends a push
notification alerting that the
transfer window is closing.
Jane has two choices: trade it
ASAP or confirm the check-in.
Step 15.
Jane confirms and checks in
at Hotel Y using her NFT to
unlock her room. The NFT is
then burned.
Step 16.
Burned NFTs can transform
into collectible travel cards
with records of the lived
experiences
An end-to-end value creation
and distribution system
An end-to-end
value creation and distribution system
An end-to-end value creation and distribution system
PRIMARY MARKETPLACE
PRIMARY MARKETPLACE
Tripflip collects 15% transaction fee
at primary sell Hotelier -> End-User
Tripflip collects 15% transaction fee
at primary sell Hotelier -> End-User
SECONDARY MARKETPLACE
SECONDARY MARKETPLACE
Everytime a room gets resold (C2C)
tripflip receives 3.75% transaction fee
Everytime a room gets resold (C2C)
tripflip receives 3.75% transaction fee
INCREMENTAL REVENUE
INCREMENTAL REVENUE
Everytime a room gets resold
(C2C secondary market) Hotelier
receives 3.75% transaction fee
Everytime a room gets resold
(C2C secondary market) Hotelier
receives 3.75% transaction fee
PROFIT OPPORTUNITY
PROFIT OPPORTUNITY
No cancellation needed. Users can
resell for profit from early discounted
purchases and price appreciation
No cancellation needed. Users can
resell for profit from early discounted
purchases and price appreciation
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