Phil Becker 08.31.2006 today Adrian 1
 

Adrian
recently received a promotion at work, and bought a brand new 2007 model luxury car to celebrate. We join him as he begins his morning trip to work... 

Adrian's new car doesn't have a "car key" but rather has an RFID encrypted, rolling code "fob". In fact, his wife also has a fob for their shared car which has a different code. Adrian walks out to his car, and as his hand reaches for the door handle a proximity sensor recognizes he's trying to open the door. The car's computer has already authenticated the RFID code from the fob in his pocket, so the car beeps gently and the door opens when Adrian pulls the handle -- as though it were never locked.

At the same time,
the seats and mirrors are repositioned for Adrian from the settings his wife used when she drove the car last night. And the many anti-theft lock down chips that make the car impossible to hot-wire are electronically disabled.
 

Adrian buckles his seat belt and presses the large start/stop button on the dash. The car starts, and he pulls out to begin his drive to the office.
Realizing he needs some cash, Adrian stops at an ATM on the way. He puts his ATM card and personal PIN into the ATM, enters some commands, and fresh $20 bills are dispensed along with a receipt indicating the remaining balance in his bank account.
 

Adrian resumes his drive, but as he passes the donut shop, decides he needs some sugar and caffeine to get his day going. He pulls in and gets out of his car -- pressing a small button in the handle as he does so. The car responds with two beeps, meaning it is "locked down tight". Adrian enters the donut shop and buys a donut and some coffee, handing one of his fresh $20 bills across the counter to pay for it. He receives his change, puts it in his pocket, and returns to his car. Again, the car authenticates his RFID fob, senses as his hand reaches for the door handle, and by the time Adrian pulls the handle the door opens like it was never locked. He enters, presses the START button and resumes his drive to the office.

Part of Adrian's route to work has him driving on a toll road. As he drives through the toll booth area, his RFID EZ-PASS is read, and a photo is taken of his license plate.
The toll is automatically billed to the credit card
Adrian has left on file with the toll road authority and Adrian doesn't
need to even slow down.

Adrian finally arrives at the office. Entering the parking garage, he holds holds his smartcard ID badge over the sensor and the gate opens. He pulls into his parking space and leaves his car, pressing the button in the handle to lock it. As he walks into the building, Adrian again presents his ID badge at the door. It is read and he is passed through into the controlled access facility where he works.
 

Sitting down at his desk, Adrian turns on his laptop. When it has powered up, Adrian swipes his finger on the keyboard's fingerprint sensor, and is logged into both the computer (which will now use its Trusted Computing TPM chip to encrypt and decrypt his local files) and also onto the company network. He brings up the employee portal, clicking on the entry to his 401k account to check his account status. The company has federated identity with the 401k provider, so Adrian's user experience remains seamless.
 

Roland Sassen 08.31.2006 tomorrow Adrian 2
 

Adrian
recently received a promotion at work, and bought a brand new 2007 model luxury car to celebrate. We join him as he begins his morning trip to work..

Adrian's new car doesn't have a "car key" but rather has a HEARTBEAT-ID watch.
In fact, his wife also has a HEARTBEAT-ID watch for their shared car
Adrian walks out to his car, and as his hand reaches for the door handle a proximity sensor recognizes he's trying to open the door. The car's computer has already authenticated the HEARTBEAT-ID code from the watch, so the car beeps gently and the door opens when Adrian pulls the handle -- as though it were never locked.

At the same time,
the seats and mirrors are repositioned for Adrian from the settings his wife used when she drove the car last night. And the many anti-theft lock down chips that make the car impossible to hot-wire are electronically disabled.
 

Adrian buckles his seat belt and presses the large start/stop button on the dash. The car starts, and he pulls out to begin his drive to the office.
Realizing he needs some cash, Adrian stops at an ATM on the way. The ATM reads his HEARTBEAT-ID code, which works like a onetime password.
He enters some commands, and fresh $20 bills are dispensed along with a receipt indicating the remaining balance in his bank account.
 

Adrian resumes his drive, but as he passes the donut shop, decides he needs some sugar and caffeine to get his day going. He pulls in and gets out of his car -- and by getting out, the car responds with two beeps,
meaning it is "locked down tight". Adrian enters the donut shop and buys a donut and some coffee, handing one of his fresh $20 bills across the counter to pay for it. He receives his change, puts it in his pocket, and returns to his car. Again, the car authenticates his HEARTBEAT-ID watch, senses as his hand reaches for the door handle, and by the time Adrian pulls the handle the door opens like it was never locked. He enters, presses the START button and resumes his drive to the office.
 

 Part of Adrian's route to work has him driving on a toll road. As he drives through the toll booth area, his HEARTBEAT-ID watch is read,
(and that of other passengers, independent of the car)
The toll is automatically billed to the credit card Adrian has left on file with the toll road authority and Adrian doesn't need to even slow down.

 

Adrian finally arrives at the office. Entering the parking garage,
the sensor reads his HEARTBEAT-ID watch and the gate opens. He pulls into his parking space and leaves his car, which is automatically locked by the absence of a HEARTBEAT-ID watch and code.
As he walks into the building, Adrian again presents his HEARTBEAT-ID watch at the door. It is read and he is passed through into the controlled access facility where he works.

Sitting down at his desk, Adrian turns on his thin client.

There are no local data, so no malware.

When it has powered up, Adrian´s HEARTBEAT-ID watch logs him into his HEARTBEAT-ID personal portal.
He choses his profile, the employee portal, clicking on the entry to his
401k account to check his account status. The portal has access to
the 401k provider.  Adrian's user experience remains seamless.