How a Smart Card Manufacturer Can Help Your Business
A smart card contains a microprocessor that allows it to store information and communicate with external systems. These cards can also contain a display that communicates with the user through sound, allowing it to display text or graphics.
Manufacturer of standard and custom dual interface and contactless or RFID smart cards with a wide variety of security features, specifications and color. Serves government, healthcare, telecommunications and ticketing industries.
Customized Printing
Custom printing can boost brand recognition & customer loyalty, as well as provide a competitive edge for companies of all sizes. Large enterprises, in particular, can use customized products to retain & reward loyal customers, acquire new ones and promote their business at trade shows or other events. Customized pens, travel mugs, notebooks, calendars, backpacks, and t-shirts are among the most popular promotional items.
Manufacturer of standard & custom dual interface, contactless or RFID smart cards & embedded platforms. Also offers smart card readers, encoders, proximity cards & Wiegand reader modules. Suitable for hotel, security & access control systems, telecommunications, transportation ticketing & healthcare system applications.
ISO 9001:2000 certified manufacturer & distributor of ID cards, badges & photo identification systems. Also carries ID printers, printer supplies, card readers, biometric devices & photo booths. Services include design, installation & technical support.
Provides personalized cards for use in a variety of applications, including hotel rooms, credit cards, membership and loyalty cards, student identity cards, and gift cards. Custom card production services are available for any size business, including small and medium-sized businesses, as well as individual consumers. Personalized cards are delivered in 10-15 days. Designs are uploaded online & customers receive a proof before ordering is processed. A wide range of customization options are available, including custom holograms, embossing & lamination.
Magnetic Stripe Cards
Magnetic stripe cards, also known as magstripe or swipe cards, are a popular choice for cards that store data and allow users to access facilities or services. They are also a cost-effective alternative to smart cards. They are typically used for bank and credit cards; membership, gift, and phone cards; library cards; access control cards; hotel key cards; and ID badges.
Although microchip-enabled cards are replacing magnetic stripe ones, the latter will remain important in many parts of the world. The magnetic stripe on a card contains three tracks that are encoded with desfire ev2 data. When the card is swiped through a magnetic reader, this data is decoded to authorize the transaction.
Smart card companies offer a wide variety of magstripe cards. In addition to providing standard magnetic stripe card products, they may offer custom-printed cards with a unique design or security features. For example, Setec provides electronic national ID cards with microchips that are embedded in the plastic and contain digital signatures. This technology helps to meet ICAO and EU security standards.
Several leading smart card manufacturers offer biometric cards that feature integrated fingerprint sensors. These cards are a good alternative to smart phones that can be easily stolen. In particular, the battery-powered Complex Card offered by IDEMIA, which is a result of the 2017 merger between Oberthur Technologies and Morpho, includes a sensor from Fingerprint Cards AB.
Security Systems
When a smart card is used to authenticate identity or credentials, it can be a valuable tool for businesses looking to protect their sensitive data. However, proper implementation of these cards is important to maintain security systems.
To protect against fraud, smart cards must have a cryptographic processor encapsulated within the card that is able to make cryptographic computations such as generating a one-time password. Complex Cards can be configured to communicate via contact (as defined by the ISO/IEC 7816 standard), contactless following the ISO/IEC 14443 standard, or magstripe.
Smart cards may also be designed to carry information such as medical records or skill sets for emergency response personnel. Such cards help first responders bypass organizational paperwork and focus on the emergency at hand, which can lead to greater efficiency and effectiveness in crisis situations.
Virtual smart cards offer similar functionality to physical ones but without the associated material costs and risk of misplacing or losing them. They are deployed on computers that have a Trusted Platform Module (TPM), which is built into modern devices such as laptops and tablets.
A key difference between physical and virtual smart cards is that the private keys of virtual smart cards are never stored in memory accessible by the operating system or any other software. This feature ensures that if an employee uses smart card manufacturer a virtual smart card on multiple machines, the company can still secure its data from access by the wrong people. In addition, the TPM’s anti-hammering feature prevents users from entering incorrect codes repeatedly by rejecting further attempts for a set period of time.
Bar Code Readers & Keypads
Barcode readers, also called barcode scanners, are optical sensors that can read printed bar codes and transmit the code’s data to a computer. They are also used to scan business cards and save the information digitally. The scanner decodes a series of dark and light stripes that represent digits, then converts them into a text string similar to what one would type on a keyboard. This information can then be stored in a database or manipulated on screen as needed by a particular application.
Magnetic stripe card technology, usually known as mag-stripe, uses a sensor to read the information encoded in a magnetic oxide stripe laminated to the back of the card. A mag-stripe card typically has three tracks of information that follow a standard encoding format, but it can be made to have any number of tracks. It’s cheap, easy to program and can hold more information than a bar code. It has its drawbacks, however: it can wear, be misread and its information can easily be stolen by devices specifically designed to do so.
Other types of card reader systems include biometrics and PIN code keypads. The former requires the user to present a physical characteristic, such as a fingerprint or eye iris, for verification against a database of stored records; this technology is often more secure but comes at a premium in cost. The latter, however, is an inexpensive method for providing access control in low-security settings.
