NFC Credentials vs Barcode/Bluetooth Credentials (2024)

Many universities are beginning to phase out older physical Campus ID credentials, such as barcode and magstripe in favor of contactless Near Field Communication (NFC) credential technology.

NFC credentials can come in a digital mobile credential or a physical card. Both NFC-based credentials offer a higher level of security as compared to a barcode credentials solution. In the case of NFC-based mobile credential, the solution offers even more benefits, including the ability for the mobile credential to be safely secured in the wallet on the user's phone, enabling the user to mark their credential as lost and if found the mobile credential can be immediately put back into an active state within seconds.

These reasons have spiked interest in mobile credentials on college campuses. In fact, in a survey of 115 university decision-makers, 70% said they are already using mobile credentials or plan to use them in the next five years.

NFC Credentials vs Barcode/Bluetooth Credentials (1)

However, if you’re one of the 30% of administrators who haven’t looked into mobile credentials, now is the time.

This article will cover the key differences between NFC credentials as well as how Transact measures up to competitors in the industry. We’ll also see what students have to say about implementing mobile credentials on their campus.

Key Differences Between NFC Credentials vs Barcode Credentials

The differences between NFC-based mobile credential and a barcode credential play a large role in the shift from physical cards to virtual cards. Let’s take a closer look at how these differences apply in a campus setting.

Access Control and Stored Value Accounts

Access control and stored value accounts become much easier with NFC credentials. To use both functions, it’s as simple as tapping an enabled device near a compatible reader.

Once students tap their device, they can do everything from accessing buildings and events to paying for food, spirit wear, vending machine snacks, and more!

They are also able to check account balances and manage meal plans.

As opposed to barcode credentials, mobile credentials provide an all-in-one central location for completing and managing access control and stored value accounts.

Lifecycle and Security Management

Barcode credentials/plastic credentials lack the lifecycle management capabilities of NFC credentials/mobile credentials.

Unfortunately, plastic credentials can still be used after their intended lifecycle. Barcode credentials also give access around campus to anyone who has found or stolen a plastic credential, which can be a major security threat.

However, with mobile credentials, administrators can quickly and easily suspend and enable functions which helps to prevent unintended use.

More Cost-Effective and Efficient

Mobile credentials eliminate the costs associated with reprinting and issuing new or lost cards considering everything is found on the student's enabled device.

As opposed to barcode credentials, mobile credentials can also be easily updated with new features - which include branding to match the universities goals.

What Sets Transact’s Mobile Credentials Apart?

There is a clear difference between NFC credentials and barcode credentials and most of these differences lean in favor of NFC credentials. However, not all mobile credentials are created equal.

Near Field Communication (NFC) vs. Bluetooth

Some Companies Use Bluetooth

Many mobile credential platforms use Bluetooth connectivity to enable their functions. This means students have to be connected to Bluetooth to use their mobile credentials.

It’s not a bad route, however, it can be a hassle when a device disconnects and students are in a rush to get from place to place.

Transact Uses NFC

Transact mobile credentials use NFC to enable their functions. This means once the function is enabled on the student's mobile device, they will never disconnect.

There isn’t even a need to open the mobile device or app with NFC, students just have to tap on the reader and it will complete their task.

Additionally, because it is heavily encrypted, NFC is more secure than Bluetooth.

One Platform vs. Multiple Platforms

Many of Transact's competitors use multiple platforms and different offerings for features. This means the tools you use to manage access control features may be different from the tools you use to manage stored value account features.

However, Transact uses an all-in-one platform, meaning you can make changes and enhancements and manage all of your mobile credential features in one place. It’s an end-to-end solution to control an end-to-end experience that keeps the user in mind.

Transacts Mobile Credentials Improve the User Experience

Students at Mercer University were thrilled when administrators implemented mobile credentials on their campus.

One student said, “I think having mobile credential is a really great option especially since I can have it, not only on my phone but, on my Apple Watch as well.”

Another student said, “It’s super convenient if I have a lot in my hands like mail or food and I’m carrying it all around, so then I just tap my wrist and I go into my dorm or the building.”

NFC Credentials vs Barcode/Bluetooth Credentials (2)

Ready to Implement Mobile Credentials on Your Campus?

As barcode credentials start to become a thing of the past, it’s important to weigh out your options for your mobile credential solution.

Be sure to take into account the technology they use, the way their platforms are designed for management purposes, and the overall user experience.

Transact offers mobile credential solutions that can be tailored to fit your university and its unique needs. We also make the student experience a top priority when designing and implementing features.

Contact us today to learn how Transact can help you create a connected campus experience!

As an expert in the field of campus credential technology, I have a comprehensive understanding of the trends, advancements, and considerations involved in the transition from traditional physical Campus ID credentials to modern contactless Near Field Communication (NFC) technology. My expertise is backed by a deep knowledge of the technical aspects and practical implications of implementing NFC-based credentials on university campuses.

The evidence supporting the shift towards NFC technology is robust and rooted in the increased emphasis on security and efficiency. NFC credentials, whether in digital mobile form or as physical cards, offer a higher level of security compared to traditional barcode credentials. This is crucial in maintaining secure access control and managing stored value accounts, particularly in university settings where numerous access points and financial transactions take place.

The article discusses the growing interest in mobile credentials on college campuses, citing a survey of 115 university decision-makers, with 70% already using or planning to use mobile credentials in the next five years. This statistic underscores the widespread recognition of the benefits offered by NFC technology in enhancing security and convenience.

The key differences between NFC credentials and barcode credentials are highlighted, focusing on access control, stored value accounts, lifecycle management, security, and cost-effectiveness. NFC credentials streamline access control and stored value account management by enabling simple taps on compatible readers, offering a centralized location for various functions. Moreover, the lifecycle management capabilities of NFC credentials surpass those of barcode credentials, contributing to enhanced security and preventing unintended use.

The article also emphasizes the cost-effectiveness and efficiency of mobile credentials, eliminating the need for reprinting and issuing new cards. It highlights the ability to update mobile credentials with new features, including branding to align with university goals.

The discussion extends to a comparison between NFC and Bluetooth technology, showcasing the advantages of Transact's use of NFC. Unlike Bluetooth, NFC ensures a secure and uninterrupted connection without the need for constant Bluetooth connectivity. Transact's commitment to an all-in-one platform is highlighted, contrasting with competitors who use multiple platforms for different features. This approach simplifies management and enhances the overall user experience.

The article concludes by presenting Transact's mobile credentials as a solution that goes beyond the industry standard, emphasizing its commitment to improving the user experience. Testimonials from students at Mercer University underscore the convenience and positive impact of implementing mobile credentials on campus.

In summary, the article serves as a comprehensive guide for university administrators, providing insights into the advantages of NFC credentials over traditional barcode credentials and highlighting Transact's position as a leading provider of mobile credential solutions for creating a connected campus experience.

NFC Credentials vs Barcode/Bluetooth Credentials (2024)

FAQs

NFC Credentials vs Barcode/Bluetooth Credentials? ›

NFC credentials can come in a digital mobile credential or a physical card. Both NFC-based credentials offer a higher level of security as compared to a barcode credentials solution.

Is NFC more secure than Bluetooth? ›

NFC is a very secure, short-range technology that is ideal for applications where devices need to be in very close proximity to each other. Bluetooth, on the other hand, is a less secure, longer-range technology that is ideal for applications where devices need to be able to communicate over a longer range.

What is an NFC credential? ›

NFC, near-field communication, mimics the experience of a typical student ID—the smartphone is presented within a few inches of the card reader for authentication. NFC credentials are designed for close communication between electronic devices, meaning a few inches.

Is NFC Bluetooth? ›

It's a wireless communication between two devices which activates a transfer of data or power. A bit like Bluetooth or Wi-Fi, except it uses electro-magnetic radio fields instead of radio transmission so when two compatible NFC chips come in to contact with each other, they're activated.

How does Bluetooth differ from NFC near field communication? ›

Bluetooth offers a greater connection range than NFC but is less secure. It works best for connecting peripherals, such as headphones, to mobile devices and computers. UWB is a new technology and operates at a very low power using pulse patterns to keep from interfering with other wireless technologies.

Why is NFC not widely used? ›

There are two real reasons. One is that swiping a card isn't that hard and everyone knows how to do it, so NFC solves nothing really. The other is that the readers are expensive (several hundred dollars each) and merchants don't want to pay for them.

What is the disadvantage of NFC in mobile? ›

Low Data Transfer Rate

Despite the advantages of NFC, it has a slow transfer speed of 400 Kbit/s, so its use is limited despite being a versatile piece of tech. People won't be able to transfer large video files.

What are the most secure access control credentials? ›

Biometric credentials are considered highly secure as they are difficult to replicate or steal.

Why would someone use NFC? ›

These NFC chips can communicate with each other to exchange, authenticate, or update each other's data. It's a system that requires active user input. This makes it excellent if you need to quickly access, verify, or change data without using bigger devices (e.g., data terminal/PC).

What security does NFC use? ›

NFC payments are generally considered secure. They often incorporate encryption to protect sensitive information such as credit card numbers. Additionally, many smartphones require authentication (such as a fingerprint scan or a passcode) before the payment is processed, adding another layer of security.

How to use NFC to connect to Bluetooth? ›

How to use Near Field Communication (NFC) to Bluetooth instant-connect. Enable NFC on your Android smartphone. If you have an iOS device, click here. To enable NFC, Go to Settings → Device connection → Connection preferences → Enable NFC.

What is the difference between NFC RFID and Bluetooth? ›

1) Connectivity Range: Bluetooth offers a longer range compared to NFC, making it suitable for various applications including wireless audio and IoT. 2) High Data Transfer Speed: Bluetooth provides relatively high data transfer speeds (1-3 Mbps), suitable for audio streaming and data transfer.

What is the main difference between Wi-Fi Bluetooth and NFC? ›

In summary, NFC is ideal for short-range, close-proximity communication, whereas WiFi is designed for longer-range, higher-speed wireless networking over more extensive areas. The choice between NFC and WiFi depends on the specific requirements of the application or use case.

Why is NFC more secure than Bluetooth? ›

Both NFC and Bluetooth offer security features to protect data during communication. NFC's short-range communication and its requirement for devices to be in close proximity provide inherent security advantages. It prevents unauthorized access and makes NFC ideal for secure transactions like contactless payments.

What are the two types of NFC? ›

Types of NFC
  • Passive NFC devices: These near-field communication devices include tags and other small transmitters that can send information to other NFC devices without the need for a power source of their own. ...
  • Active NFC devices: These near-field communication devices can do both things i.e. send and receive data.
Jul 12, 2024

What are the three modes of communication in NFC? ›

NFC technology works in three modes, which can be further divided into active and passive modes: Peer-to-Peer (active), Reader/Writer (active) and Card Emulation (passive).

Is NFC on phone secure? ›

NFC payments are generally considered secure. They often incorporate encryption to protect sensitive information such as credit card numbers. Additionally, many smartphones require authentication (such as a fingerprint scan or a passcode) before the payment is processed, adding another layer of security.

Is it safe to leave NFC on phone? ›

Generally yes, NFC can be left on and operating range is around 5 cm. For added security, set up your phone so that it must be unlocked to complete a near field communication (NFC) transaction.

What is more secure than Bluetooth? ›

However, using WiFi can help if you're concerned about sensitive data transmission. WiFi can add an additional layer of security by using a security protocol such as WEP, WPA, WPA2, and WPA3 (the latest and preferred version of WPA).

Should I use Bluetooth or NFC for headphones? ›

NFC is best used over short distances to securely send small amounts of data, hence is commonly used for access control and payments. On the other hand, Bluetooth, whilst not as secure opens up a larger connection range and is most often used on wireless devices such as headphones and audio speakers.

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