Product summary

The good: The iPhone 3GS finally adds common cell phone features like multimedia messaging, video recording, and voice dialing. It runs faster; its promised battery life is longer; and the multimedia quality continues to shine.


The bad: The iPhone 3GS' call quality shows no improvements and the 3G signal reception remains uneven. We still don't get Flash Lite, USB transfer and storage, or multitasking.

The bottom line: The iPhone 3GS doesn't make the same grand leap that the iPhone 3G made from the first-generation model, but the latest Apple handset is still a compelling upgrade for some users. The iPhone 3GS is faster and we appreciate the new features and extended battery life, but call quality and 3G reception still need improvement.




* Manufacturer: Apple
* Part Number:iPHONE3GS32GBBLKATT

Telecom

* Data services SMS , MMS
* Cellular enhancement protocol EDGE , AGPS

General

* Dimensions (W x D x H) 2.4 in x 0.5 in x 4.6 in
* Weight 4.8 oz
* Built-in devices Camera , Digital player
* Color Black

Operating System / Software

* OS provided Apple Mac OS X 10.4.11
* Software included iTunes 8.2 or later

Memory

* Flash memory installed 32 GB

Messaging / Data Services

* Internet Browser Yes
* GPRS (General Packet Radio Service) Yes
* Mobile Email Yes
* Supported Email Protocols POP3 , IMAP4
* Messaging / Data Features PDF support , Microsoft Word support , Microsoft Excel support

Cellular

* Cellular technology WCDMA (UMTS) / GSM
* Service Provider AT&T
* Band / mode WCDMA (UMTS) / GSM 850/900/1800/1900
* Phone style Candy bar
* Call Timer Yes
* Antenna Internal
* Wireless Interface IEEE 802.11b , IEEE 802.11g , Bluetooth 2.1 EDR
* Conference Call Capability Yes
* Speakerphone Yes
* Polyphonic Ringer Yes
* Additional Features aGPS , Integrated digital compass

Digital Player / Recorder

* Digital player supported digital audio standards AAC , MP3 , WAV , AIFF , Apple Lossless

Display

* Display type 3.5 in TFT active matrix
* Max resolution 480 x 320

Power

* Battery installed (max) Lithium ion
* Max supported batteries 1
* Talk time Up to 600 min
* Standby time Up to 300 h

Expansion / Connectivity

* Wireless connectivity Bluetooth 2.0, 802.11 b/g Wireless LAN

This info is quoted from:
http://reviews.cnet.com/smartphones/apple-iphone-3gs-32gb/4505-6452_7-33674173.html?tag=rnav

Smart Card Reader seems getting higher popularity among the community nowadays. Since the application of smart cards is getting advance and dependable, therefore we need a device that can obviously retrieve the data stored in the chips on the smart card.

As we concern, most of the main purpose of having the smart card is to simplify our daily needs. The popular application used for the smart card is to store your identical info such as your name, your resident address, your identification number and also your fingerprint data.

The application can be span to store additional info about yourself. The most popular additional application that normally used are:

  • storing your driving license info
  • storing your banking info, ATM pin info
  • integrated with your credit card or debit card application and info
  • storing your medical and health info such as your blood type, your allergically medicine and other related info

So, the main question now, how can I get a best card reader? These 3 simple tips might can give you some view:

1. The Necessity

First of all, ask yourself; do i really need the smart card reader? To get the best answer, reflect back on how often you access the data in the smart card and how important it is. Normally, as a ordinary resident, we always access the data in the smart card only when we are facing the need, Example: You know your smart card stored the information about your identical info. Did you need to access your identical info frequently? How much a day? Twice a day? Well, unless you need to access it at least daily, then if less than that it is not really a necessary to have your own smart card reader. You may consider to get your own if you need to access the data in the chip frequently, like running your own store which offering alternative paying method via the application of the smart card.


2. The Manufacturer

Pay a deep attention on the manufacturer's reputation. Make some market research and compare what other people have said about their products. Of course, each manufacturers will claimed that their products are the best ever in the market but this can't be an excuses to let your guard down. How to make a comparison? Easy. You can do a research by surfing the net. Nowadays, the internet do have many info that will suits on your need; the keypoint is it all depend on your effort; the further you do a research, the better you get the results. You can also ask some recommendation from the selling representatives. Their experiences may help you a lil bit.


3. The Function

The smart card reader may come with vary function: as basic as only to read the data to as complicated as to retrieve the encryption info. Ask yourself? Is it really worth for me to spend a big bucks on the reader on getting the complicated function if i only need to get the paid from customers. Make your choice wisely. Some consideration that you need to take attention is such as the size of the reader; can i easily take along the reader with me to suit my job specs? or do i can clearly look where is my card reader on my fully-covered-paper-table? The key point here is to measure the most suitable and necessity of the functions offered.

Well, hope the tips above can help you to make up your mind. For further detail info, you might need to Google some other on the net. Thanks for reading.


Smart Card Readers are also known as card programmers (because they can write to a card), card terminals, card acceptance device (CAD) or an interface device (IFD). There is a slight difference between the card reader and the terminal. The term 'reader' is generally used to describe a unit that interfaces with a PC for the majority of its processing requirements. In contrast, a 'terminal' is a self-contained processing device.

Smart cards are portable data cards that must communicate with another device to gain access to a display device or a network. Cards can be plugged into a reader, commonly referred to as a card terminal, or they can operate using radio frequencies (RF).

When the smart card and the card reader come into contact, each identifies itself to the other by sending and receiving information. If the messages exchanged do not match, no further processing takes place. So, unlike ordinary bank cards, smart cards can defend themselves against unauthorized users and uses in innovative security measures.



Communicating with a Smart Card Reader


The reader provides a path for your application to send and receive commands from the card. There are many types of readers available, such as serial, PCCard, and standard keyboard models. Unfortunately, the ISO group was unable to provide a standard for communicating with the readers so there is no one-size-fits-all approach to smart card communication.

Each manufacturer provides a different protocol for communication with the reader.

* First you have to communicate with the reader.
* Second, the reader communicates with the card, acting as the intermediary before sending the data to the card.
* Third, communication with a smart card is based on the APDU format. The card will process the data and return it to the reader, which will then return the data to its originating source.

The following classes are used for communicating with the reader:

* ISO command classes for communicating with 7816 protocol
* Classes for communicating with the reader
* Classes for converting data to a manufacturer-specific format
* An application for testing and using the cards for an intended and specific purpose

Readers come in many forms, factors and capabilities. The easiest way to describe a reader is by the method of its interface to a PC. Smart card readers are available that interface to RS232 serial ports, USB ports, PCMCIA slots, floppy disk slots, parallel ports, infrared IRDA ports and keyboards and keyboard wedge readers. Card readers are used to read data from - and write data to - the smart card. Readers can easily be integrated into a PC utilizing Windows 98/Me, 2000, or XP platforms. However, some computer systems already come equipped with a built-in smart card reader. Some card readers come with advanced security features such as secure PIN entry, secure display and an integrated fingerprint scanners for the next-generation of multi-layer security and three-factor authentication.

Another difference in reader types is on-board intelligence and capabilities. An extensive price and performance difference exists between an industrial strength reader that supports a wide variety of card protocols and the less expensive win-card reader that only works with microprocessor cards and performs all processing of the data in the PC.

The options in terminal choices are just as varied. Most units have their own operating systems and development tools. They typically support other functions such as magnetic-stripe reading, modem functions and transaction printing.

To process a smart card the computer has to be equipped with a smart card reader possessing the following mandatory features:

* Smart Card Interface Standard - ISO 7816 is an international standard that describes the interface requirements for contact-type smart cards. These standards have multiple parts. For instance, part 1, 2 and 3 are applicable to card readers. Part 1 defines the physical characteristics of the card. Part 2 defines dimension and location of smart card chip contacts. Part 3 defines the electronic signals and transmission protocols of the card. Card readers may be referred to as conforming to ISO 7816 1/2/3, or in its simplified term, ISO 7816.
* Driver - This refers to the software used by the operating system (OS) of a PC for managing a smart card and applicable card reader. To read a smart ID card, the driver of the card reader must be PC/SC compliant which is supported by most card reader products currently available. It should be noted that different OS would require different drivers. In acquiring card readers, the compatibility between the driver and the OS has to be determined and ensured.

Desirable Features in a Smart Card Reader

Card Contact Types refers to how the contact between a card reader and a smart card is physically made. There are two primary types of contact: landing contact and friction contact (also known as sliding or wiping). For card readers featuring friction contact, the contact part is fixed. The contact wipes on the card surface and the chip when a card is inserted. For card readers featuring the landing type, the contact part is movable. The contact "lands" on the chip after a card is wholly inserted. In general, card readers of the landing type provide better protection to the card than that of the friction type.

Smart card readers are also used as smart card programmers to configure and personalize integrated circuit cards. These programmers not only read data, but also put data into the card memory. This means that not only CPU based smart cards, but also simple memory cards can be programmed using a smart card reader. Of course the card reader must support the appropriate protocol such as the asynchronous T=0, T=1 or synchronous I2C protocols.

It won't take long before smart card readers become an integral part of every computer - and, subsequently, the lives of computer users. Computer systems with keyboards that have smart card reader/writer integration are also available.

Smart card readers are also accessible in the form of USB dongle. USB dongles are frequently used with GSM phones, which contain a SIM smart card. Additionally, phone numbers can be edited on a PC using the USB smart card dongle.






This info is quoted from:
http://www.tech-faq.com/smart-card-reader.shtml


Where you can buy Smart Card Reader?

Athena Card Reader

Rockey Card Reader

Didya

Atmel

By Tom Tainton, Smart Card & Identity News

Scientists have revealed that radio frequency ID (RFID) can interfere with medical equipment according to a controversial study published in 'The Journal of the American Medical Association' that warned hospitals to conduct urgent safety tests. RFID technology is commonly used in the retail sector as anti-theft devices on goods but is predicted to be used increasingly in health care. The tags are currently used in everything from security to TfL's Oystercard, of which 17 million cards have been issued. Hospitals are starting to become aware of the potential of the product that could be used to monitor temperature sensitive products such as blood or to track medical items and surgical tools. RFID tagged wristbands are currently used in some hospitals to ensure the correct procedures are carried out on patients, but the future of healthcare is likely to involve far more RFID-style technology. A recent Ofcom report predicted that in-body and on-body wireless networks could become the norm for monitoring patients over the next decade.

However, the study by six Dutch scientists at Vrije University, in Amsterdam found that RFID tags could interfere with equipment such as respirators, external pacemakers and kidney dialysis machines. The same group published a study last year indicating that mobile phones could also affect critical care equipment in a similar fashion. This shouldn't come as a surprise to anyone who's experienced interference from a wireless device of some kind. It is quite absurd that with all the different signals filling the air around us someone hasn't thought to test this before.

A series of tests conducted at the Academic Medical Centre in Amsterdam made the ominous discovery that electromagnetic interference (EMI) generated by 'track-and-trace' chips has not only the potential to cause disruption to medical devices, but also poses a hazard to patients. The research examined the effect of holding both passive (868MHz) and powered (125kHz) RFID systems close to 41 different medical devices found on intensive care wards, including dialysis machines and pacemakers. Three tests were carried out on each piece of medical equipment with passive systems requiring a reader device and powered systems transmitting active information. In a quarter of the 123 tests the signal emitted by the smart cards interfered considerably with a machine. According to a critical-care scale, twenty-two of the incidents were classed as 'hazardous' whereas two were 'significant.'

Alarmingly, fifty percent of the electrical equipment was so unstable patients were at risk when RFID chips were in the vicinity and nearly twenty percent of cases involved serious malfunctions. This included causing breathing machines to shut down; mechanical syringe pumps that stopped delivering medication; and external pacemakers, usually attached to heart attack victims to turn themselves off or to read a patient's heart rate incorrectly. The Dutch study found that passive RFID systems caused sixty-three percent of incidents compared with twenty percent of errors in active signals when held at an average distance of 30cm. However, some 'hazardous' incidents occurred when the RFID card was more than ten inches away.

The Food and Drug Administration (FDA) is testing some medical devices in response to the study with the aim of 'determining the vulnerability and to what extent such vulnerability may be a public health concern.' The FDA underlined that while they were aware of the potential problem they have never received reports of injuries directly caused by electronic interference with the devices.

The 'JAMA' editorial said hospitals should consider surveillance for interference problems that employees haven't noticed or reported. It was also recommended that regulatory agencies should determine if new safety measures are required. The report abstract stated, "In a controlled, non-clinical setting, RFID induced potentially hazardous incidents in medical devices. Implementation of RFID in the critical-care environment should require on-site EMI tests and updates of international standards."

Dr. Erik Jan van Lieshout, the study co-author and critical care specialist at the University of Amsterdam's Academic Medical Center urged hospitals and manufacturers to carry out thorough checks on RFID devices. "The results show that it's crucial for hospitals to test their wireless items before using them around equipment essential for keeping patients alive. New and unfamiliar technology has to be carefully managed in wards with complex medical equipment. Attention must be paid to these findings, it is of urgent significance."








Implantable RFID Pellets & Syringe



It seems hospitals; manufacturers and regulators have some immediate work to do, not just regarding RFID tags but also to examine whether similar problems are occurring with wireless technology in other critical care units. However, some experts are suggesting the report is an overreaction and are seemingly reluctant to make drastic changes.

NHS computer specialists claim that the microchip-based 'smart' systems will eventually improve patient safety. A spokeswoman for NHS Connecting for Health, which manages various IT projects across the health service, said that RFIDs had the potential to reduce mistakes caused by the wrong identification of patients. She said, "Any product such as this which is for use in a healthcare setting has to meet a standard which means it is very unlikely to interfere with medical equipment. This risk is more likely to come from RFID tags from other sources - such as a travel card, a tag on clothing, or on another retail item."

Already at Heartlands Hospital in Birmingham patients heading for the operating theatre wear an RFID wristband so that even when anaesthetised their full identity including a picture, can be downloaded into a PDA held nearby. A spokesman for the Medicines and Healthcare Products Regulatory Agency said that the vast majority of machines used in hospitals had been thoroughly tested to ensure they could not be affected by electrical signals. He said, "the MHRA has received very few reports of adverse events caused by this problem over the last seven years or so. Of the incidents reported, only a very small number have been proven to be as a direct result of EMI.

There are some particularly sensitive pieces of equipment where you might expect there to be interference, but for everything else it would be impossible for RFID cards to cause this problem."

Some medical microchip manufacturers have dismissed the reports, suggesting the systems can improve patient safety and that for hospitals to reject such technology because of the new study would be short sighted. Of course, it is pretty obvious they have their own agenda to consider. But it's not just health risks for the medical industry to worry about. Scientists in Germany discovered that the smart cards could be easily breached using a normal computer and a card reading device. This is likely to end any interest that the British government had in 'tagging' persistent offenders with RFID implants, which could contain data on their identity and criminal records.

This info is quoted from:
http://www.smartcard.co.uk/articles/RFIDStudy.php

By E.B. SOLOMONT,

Staff Reporter of the Sun | June 30, 2008





Patients at Mount Sinai Medical Center are able to carry their medical records in their wallets, thanks to new "smart" identification cards the hospital is distributing.
Each card, which is the size and shape of a credit card, features a digital image of the patient and contains a computer chip that is capable of storing 33 pages of data. Designed to help the hospital correctly identify patients, the cards also consolidate each patient's medical history, which can be accessed anywhere in the hospital — from its outpatient clinics to the emergency room.

"It's kind of like an ATM card for your health data," a project manager in the hospital's department of information technology, Justin DuPont, said.

The cards were first issued to patients at Elmhurst Hospital Center, a public hospital in Queens that is affiliated with Mount Sinai, and to patients at Mount Sinai Hospital of Queens and Settlement Health, a clinic affiliated with Mount Sinai. Currently, about 2,000 Mount Sinai patients have "smart" cards, and hospital officials said their goal is to issue them to 10,000 patients, or about 10% of the hospital's patient base.

As hospitals and doctors increasingly turn to electronic medical records, Mount Sinai officials said they initially became interested in the cards as a way to ensure staff members were using the correct medical histories for patients, especially those with common names.

"We may have a Juan Gonzalez in the hospital today," Mr. DuPont said. "I can do a search and we'll probably come up with 500 patients in our database whose name is Juan Gonzalez."

He offered a recent example of twins whose medical records were accidentally combined. The error occurred when one twin, named Phillipe, came to the hospital and an administrator confused him with his sibling, Phillipo. The administrator, who observed the same last name, address, birth date, and mother on the two records, believed there was a typo, Mr. DuPont said. "There was nothing in the records saying Phillipe was a twin," he said. With a "smart" card, however, "the patient is bringing in something that really identifies them."

On a recent afternoon, hospital employees ironed out the kinks in the new system when a patient arrived to receive her "smart" identification card.

As the patient, Doris Martin, settled into a chair to have her photograph taken, a hospital registrar, Lois Kern, trained the camera on her subject and said she would take six photos for the patient to choose from.

"Make it seven, for the lucky no. 7," Ms. Martin, who was smoothing down her hair, joked. As Ms. Kern completed her card, Ms. Martin peppered her with questions about card security, among other things. Before Ms. Martin left, she expressed relief that the card would better enable the hospital to keep track of the medicine she takes for high blood pressure and know about her allergy to penicillin. "Everything that saves you time is great," she added.

According to hospital officials, each card contains a 64K memory chip that stores a patient's medical history. The cards also have bar codes and magnetic strips that hospital officials said might someday be used for financial transactions.

"We've even been kicking around the idea of putting an EKG on the card so that if you come in we can do an EKG and compare it to the one on the card," the hospital's senior vice president and chief information officer, Jack Nelson, said.

To ensure confidentiality, patient information is encrypted. In the near future, card readers will be installed and activated around the hospital, and patients will be asked to enter a personal identification number on a keypad when they present their cards.

Hospital officials said that in addition to helping identify patients, the cards will reduce clerical and billing errors. According to Mr. DuPont, the hospital accumulates $1 million in contested claims each week, partly because of administrative mistakes. "So it's really important to be able to identify patients much more clearly, identify who they are, where they're covered," he said.

The cards also play a role in ensuring patient safety. For patients who cannot speak because of illness or for patients who do not know what medications they are taking, the cards communicate that information for them.

While "smart" cards have been used in other industries — including transportation and banking — they have been introduced more recently to the health care field, according to the executive director of the Smart Card Alliance, Randy Vanderhoof. So far, a number of hospitals have launched such systems, including the University of Pennsylvania Medical Center and St. Luke's Episcopal Health System in Houston.

More facilities are likely to follow, as hospitals look at new ways to protect patient data, Mr. Vanderhoof said. "This is the perfect environment for smart card technology," he said.

At Mount Sinai, officials said they envision a network of New York hospitals that use the technology, enabling patients with "smart" cards to access their medical records at all participating medical centers. Such a network would be helpful in emergency situations, in particular. "The idea is that this thing would grow the way automatic teller machines did," Mr. Nelson said.

This info is quoted from:
http://www.nysun.com/health-fitness/hospitals-are-getting-smart-about-patient-data/80906/?print=1339284121

A community-based organisation, the Ashodya Mahila Samanwayas Samithi (AMSS), is launching a smart and innovative health card for sex workers// from the Mysore district.

As many as 500 sex workers are set to benefit from this which is a first in A first time in the country this scheme is to start with as many as 500 sex workers getting the smart cards. The smart card project, the brainchild of Karnataka Health Promotion Trust (KHPT), AMSS and Pennat Consulting Services, providers of software for the card, is being launched as a pilot initiative in the district and would be spread to neighbouring districts in future.

In a speech at the concluding day of the two-day national meet of sex workers in Karnataka. The State Aids Prevention Society Project Director Shashidhar said to keep the card valid, sex workers should turn up for health check up at least once in three months. He had handed over the first card to the AMSS Secretary Bhagyalakshmi. Women he explained had to report at their own health clinic set up by the KHPT.

Ms Bhagyalakshmi who spoke at the occasion said that sex workers face social stigma and discrimination in their day-to-day life. She explained that the smart card was not just plastic money, but a symbol of self-esteem. She felt that it would give the sex workers a sense of belonging to the society. She explained that the smart card would not only offer business transactions but would also provide them with access to health services, and lastly it would give them a pride that they were using a new age IT tool.

The conference passed several resolutions, including networking with organisations at state, national and international level, providing care and support to AIDS patients, extending healthcare to sex workers and their dependents, imparting legal literacy and providing legal support to members, undertaking specific activities for old sex workers and addressing other needs of sex workers and their children. Malini, a sex worker from Kerala, who had written her autobiography, was honoured during the occasion that was taken part by over 150 sex workers from Tamil Nadu, Andhra Pradesh, West Bengal and Kerala, besides Karnataka.


The info is quoted from:
http://www.bio-medicine.org/medicine-news/Sex-Workers-To-Have-Smart-Health-Card-10681-2/


What is a Medical Emergency Smart Card?
The Medical Emergency Smart Card is a computer memory storage device that works just like the large CDs that you use in your home computer. Even though it is smaller in size, it still hold up to 2,000 pages of important medical profile information.

Who Needs Medical Emergency Smart Cards?
* Anyone who drives a motor vehicle and could be hurt in an accident
* Anyone with medical conditions such as diabetes, heart or kidney problems, cancer, physical disabilities, etc.
* Anyone who has allergies or takes prescription medications
* Anyone who has a will, power of attorney, or living will with end-of-life wishes
* Anyone who has precious family photos that could be lost in a fire or flood
* Anyone who needs a complete inventory of their household furnishings and other important assets including family heirlooms

In An Emergency How Will "EMS" Personnel Know I Have Medical Records In My Purse Or Wallets?

In addition to the Medical Emergency Smart Card you carry in your wallet or purse, your Smart Card comes with several different versions of highly noticable "WARNING" labels & stickers designed to alert emergency "EMS" personnel that they can find Life Saving medical emergency records on your person and/or inside your vehicle on your keychain!

Why Are Medical Emergency Smart Cards So Important?

A Medical Emergency Smart Card is important because is reduces the likelihood of “life-threatening” mistakes…such as receiving the wrong medications, treatments, or diagnoses!

Mistakes can happen when medical records are scattered in a lot of different places. For example, most of your health records are in huge filing cabinets at your doctor’s office. Others are on file with specialists you have been referred to over the years. Still others are kept at any hospital or ER you have visited as a patient. And, your pharmacist keeps track of all of your current and past prescriptions … making the task of keeping up with medical records all but impossible.

Well all of that is in the past. When you carry a Medical Emergency Smart Card, all of your important health related information is on a safe, secure and ... ready to be used at a moment's notice where every second counts.


How Will a Medical Emergency Smart Card Help Me In Case Of An Emergency?

When you carry a Medical Emergency Smart Card it means your important health related information is available where and when you need it most.

In an emergency situation, medical personnel will have instantaneous access to your key health information, thus allowing them to give you the quickest and most accurate medical attention. It's designed to give you confidence and peace of mind whether at home or traveling anywhere in the world.


Is The Information In My File Confidential And Secure?
Yes! Only the health information that you feel would benefit you most in an emergency situation is accessible by others. Because you get to choose what information to include, you are in complete control. Any additional information that you choose to include on your card is kept in a separate encrypted section and no one, except you and those you authorized by you, will be able to access this information.

Isn't it Risky To Carry My Medical Emergency Smart Card In My Wallet Or Purse?

No! Think of this way. Most of us think nothing about carrying around even more sensitive information such as our driver's license, our check books and our credit card which in some states even have our social security numbers printed on them which makes them much more risky than the information on a Smart Cards.

What Types of Medical Records Are Important?
Emergency room and “EMS” Emergency Personnel Consider the Following “Emergency Records”:

* Name and current address
* Picture I.D. & any identification marks
* Blood Type
* Emergency contact information
* Medical History
* Allergies that you may have
* Name of your primary physician
* Any special needs you may have

Will My Doctors Be Able To See My Medical Profile In Their Office?
Yes! All you have to do is hand your doctor your Smart Card and let them insert it into their office computer's CD drive and they will instantly be able to review all of the medical history information you have stored on your Smart Card.

Better yet, you will never have to sit out there in their waiting rooms filling out all of those same old boring forms that ask the same questions over and over again. All you have to do the next time you visit a new doctor is hand them your Smart Card and you are done!

That is because they will have all of the information they need from you...saving you hours and hours of valuable time, especially when you are seeing a new doctor!

How Do I Get My Records From My Doctors?
It is easy! All you have to do is request a copy of them from your doctor.

Your records belong to you! Your physicians are legally obligated to provide you with copies of all of your records anytime you make an official request in writing.

The law does, however, allow physicians to charge a reasonable fee to cover the cost of copying your records. We have found that while not all doctors charge for this service, the ones who do typically charge $25.00 or less.

How Much Does A Medical Emergency Smart Card Cost?
The cost of the Medical Emergency Smart Card program starts at only $39.95 per year!

That’s less than 11 cents a day for peace of mind knowing that if you're involved in an emergency situation, anywhere in the world, medical personnel can have immediate access to your important medical information …which could end up saving your life!

Included in the Medical Emergency Smart Card program is unlimited access and updates to your "Online Profile" and records 24 hours a day, seven days a week.

The info is quoted from:
http://www.ontheroadmd.com/faq.aspx