SHAWN MOREL
Pilots at Eureka St, San Francisco, CA

2013018, Jul 18, 2013

Jan 18, 2012

13/353229

Shawn MOREL - San Francisco CA, US
Diogo MONICA - San Francisco CA, US
Eric MONTI - San Francisco CA, US
Sam WEN - San Francisco CA, US
Nathan McCAULEY - San Francisco CA, US

Square, Inc. - San Francisco CA

H04L 9/30, H04W 48/20

713168

A method of establishing secure communication between a first mobile computing device and a second mobile computing device includes generating a first self-signed key at the first mobile computing device, pairing the first device with a second device, the pairing including receiving user input of a passcode and after receiving the user input sending the first public key to the second mobile computing device and receiving a second public key from the second mobile computing device, storing the second public key in a database of trusted devices, the database of trusted devices being stored in the first mobile computing device, receiving in the first mobile computing device a list of mobile computing devices connected to a mobile network, matching the list of mobile computing device against the database of trusted devices, and establishing secure communication between the first mobile computing device and the second mobile computing device.

2013018, Jul 18, 2013

Jan 18, 2012

13/353156

Diogo Monica - San Francisco CA, US
Shawn Morel - San Francisco CA, US

Square, Inc. - San Francisco CA

H04K 1/00

380270

A method of establishing secure communication between a first mobile computing device and a second mobile computing device includes receiving a first request from the first mobile computing device to securely communicate with the second mobile computing device via a Wi Fi hot spot, verifying that the first mobile computing device is trusted, generating a public key and a private key based on a trusted certificate, sending the private key to the first mobile computing device via the Wi-Fi hot spot, receiving a second request from the second mobile computing device to securely communicate with the first mobile computing device, verifying that the second mobile computing device is trusted, and sending the public key to the second mobile computing device.

2013018, Jul 18, 2013

Jan 18, 2012

13/353238

Paul Aaron - San Francisco CA, US
Shawn Morel - San Francisco CA, US
Sam Wen - San Francisco CA, US
Louie Mantia - San Francisco CA, US
Daniel Gatsby - San Francisco CA, US
Robert Andersen - San Francisco CA, US
Jack Dorsey - San Francisco CA, US
Christopher R. Clark - San Francisco CA, US

Square Inc. - San Francisco CA

G07B 15/00, G06Q 20/32, G07B 15/02

705 13

A taxi fare system for a vehicle includes a meter, a wireless access point carried on the vehicle, a first mobile computing device a wireless, a second mobile computing device, a display and a credit card reader. The meter is configured to receive data from the vehicle indicating distance travelled, to measure waiting time, and to calculate an amount of a passenger fare based at least on the distance travelled and the waiting time. The first mobile computing device is positioned in a driver section of the vehicle and receives data from the meter. The second mobile computing device is positioned in a passenger section of the vehicle and receive card information from the card reader. The first and second mobile computing devices are configured to wirelessly connect to the wireless access point.

2013018, Jul 18, 2013

Jan 18, 2012

13/353250

Paul Aaron - San Francisco CA, US
Shawn Morel - San Francisco CA, US

Square, Inc. - San Francisco CA

G06Q 30/02, G06K 5/00

705 1451, 235380, 709219

A method for a transaction with a taxi includes establishing secure communication between a first computing device in a driver section of a vehicle and a second computing device in a passenger section of a vehicle, receiving in the second computing device a card number from a card reader coupled to the second computing device before receiving a signal from a meter indicating an end of a trip for the passenger, after receiving the card number submitting the transaction for authorization from at least one of the first device or the second device, after receiving a signal from the meter indicating the end of the trip for the passenger, displaying an amount of a fare for the trip on a display, and receiving an indication that the transaction is authorized.

2013018, Jul 18, 2013

Jan 18, 2012

13/353133

Paul Aaron - San Francisco CA, US
Shawn Morel - San Francisco CA, US
Sam Wen - San Francisco CA, US
Louie Mantia - San Francisco CA, US
Daniel Gatsby - San Francisco CA, US
Robert Andersen - San Francisco CA, US
Jack Dorsey - San Francisco CA, US
James McKelvey - Miami FL, US

Square, Inc. - San Francisco CA

G06Q 20/32

705 44

A method for a transaction with a taxi includes receiving from a mobile device in a vehicle an amount of a fare for a passenger trip, receiving trip information from the mobile device, the trip information including a start time, an end time and a distance traveled for the passenger trip, receiving a card number from the mobile device, submitting the transaction for authorization of payment, receiving an indication that the transaction is authorized, accessing financial payment information associated with an account of a driver of the vehicle, the financial payment information sufficient to make a deposit to a financial account of the driver, submitting the transaction for processing to make the deposit in the amount of the fare to the financial account of the driver, and sending the trip information to a computer system of the dispatch service.

2014001, Jan 16, 2014

Mar 12, 2013

13/797390

James Puls - San Francisco CA, US
Mehdi Mulani - San Francisco CA, US
Shawn Morel - San Francisco CA, US
Grace Chen - San Francisco CA, US
Christopher R. Clark - San Francisco CA, US
J. Bryan Scott - San Francisco CA, US
Eric Monti - San Francisco CA, US

Square, Inc. - San Francisco CA

G06Q 20/32

705 39

Method, systems, and apparatus for a method of processing a payment transaction using a mobile device of a merchant. In one aspect, determining the mobile device does not have a connection to an external network; receiving data indicating a payment transaction between a customer and the merchant; determining whether the payment transaction should be stored, where the determining is based on a risk heuristic model that considers one or more of the following: a number of already stored transactions, a value of the payment transaction, a total value, where the total value is a sum of the value of the payment transaction and values of one or more already stored transactions, and risk factors associated with the customer; and based at least on the determination, storing the payment transaction on the mobile device for future processing.