Below are frequently asked questions about our mobile credentials for access control in higher education settings. Click the questions below to expand the topics and learn more. Don't see your question here? Contact an Allegion team member.
Simply put, it’s access control on your phone—your smartphone becomes your key. It can also enable mobile transactions. On campus, that means students no longer need to remember to grab their keys and wallets. The mobile credential uses what students already have on them—their mobile devices.
Mobile access uses either near-field communication (NFC) or Bluetooth low energy (BLE) technology found in a smartphone to transmit encrypted data to a reader for entry. Just like smart card, a mobile credential sends encrypted data to a reader, then the access control system decides to either grant or deny access.
While Allegion mobile solutions are secure, not all credentials are created equal. It's important to inquire about the encryption and security standards as they can vary by provider. Allegion NFC credentials emulate MIFARE DESFire security with AES 128 encryption.
| Capabilities | NFC | BLE |
| Security | High security | High security |
User experience | Presents like a physical card; no need to open, unlock or use an app | Intent is required; need to unlock phone and/or open an app |
| Read range | Short range | Long range |
| Where is credential stored? | Apple Wallet or Google Wallet | Mobile application, varies |
| Low battery options | Power reserve available on Apple devices | No |
| Options for non-phone devices | Apple Watch | No |
| Options for dual authentication | Yes | No |
One of the main differences between NFC and BLE is the user experience. NFC and BLE are both communication methods for a smartphone to “talk” with a reader. 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. NFC supports vending, dining and other services, similar to a one-card experience, making it ideal for higher education.
BLE, Bluetooth low energy, is a wireless personal area network technology that transmits data from the mobile credential to a reader. The user experience differs from NFC in that the communication range is feet versus inches. This is great for longer read-range needs. BLE typically requires the user to unlock his or her phone or open a mobile application.
One of the most common reasons colleges and universities update to mobile access control is they offer a superior student experience. Others are looking to replace older, less secure technology like magnetic stripe and proximity cards. Mobile access is a great, secure option for schools of all sizes.
New innovations in campus card technology are designed to provide trusted security while balancing today’s expectations for a convenient, seamless experience. If you think it’s time for your school to start exploring a new credential platform, this infographic can help you get started.
If your campus is looking for a mobile experience that is similar to what students, staff and faculty have today with a physical student ID, consider talking with your access control provider and door hardware manufacturer about NFC mobile credentials. Many universities are using the NFC mobile student IDs today. NFC offers a superior user experience for small, medium and large colleges and universities.
Yes. Students who do not carry a smartphone will still have the option of using their traditional campus card for dining, access, campus spending and dining plan transactions.
The mobile student ID is a digital access solution on Apple devices and Android phones. The mobile credential is in the Apple Wallet or Google Pay app, like a boarding pass or credit card would appear there. The experience can vary case by case, but generally, the student requests a mobile student ID, often through a mobile app. Once verified, he or she will have the option to add the mobile credential to their Apple Wallet or Google Pay. The mobile credential can work by presenting the Android phone, iPhone or Apple Watch to the reader. The other option is to require two-factor authentication before a credential can be presented to the card reader, but that is only available to Apple devices. (See more about Express Mode below.)
For Apple devices, the mobile student ID is designed to continue working in Express Mode using power reserve until the iPhone has entirely exhausted its battery power and gone dead. Power reserve is available for up to five hours when an iPhone needs to be charged. For iOS users, express mode on power reserve is available on iPhone Xs, Xs Max, and Xr and newer hardware.
Android phones do not offer a power reserve feature and will no longer work if the phone battery is exhausted.
For iOS users, Express Mode allows students and faculty simply hold their iPhone or Apple Watch directly to an access or payment reader, anywhere physical student ID cards can be used today. Authentication via passcode, fingerprint or FaceID is not required. These transactions happen at the same speed, if not more quickly, than the traditional plastic cards used today.
For Apple devices, campus administrators can require two-factor authentication at certain terminals or readers, like student rooms in residence halls. Students also have the choice of using Express Mode for convenience or Non-Express Mode (two-factor authentication) for security.
While not called Express Mode, Android devices can offer a tap-and-go experience as long as the screen is on. For more on Android devices, see “How are Android mobile credentials different from Apple mobile credentials.”
Today, Transact Campus and CBORD offer a mobile NFC solution on both Apple and Android devices. It’s expected that more one-card providers that service the higher education market will have mobile student ID available for both Apple and Android devices soon.
The biggest difference between the two is the user experience when presenting the phone to a reader. For example, Express Mode allows an Apple device screen to remain black (or off) for use. With an Android device, the user must turn on the screen before presenting it to the reader. The Android phone can still remain locked, but the screen cannot appear black.
Another difference in user experience between Apple and Android devices is how a user presents the phone to the reader. On an iPhone, the NFC antenna is typically located on the back of the phone near the top by the camera. On an Android phone, the NFC antenna is located on the back of the phone near the middle. If a user has not used NFC on their phone previously, like to make a payment, then it may take a few attempts to find the best way to present the phone to a reader.
Allegion's most common products that are compatible with the mobile student IDs include: Schlage AD300 wired locks, Schlage AD400 wireless locks, Schlage NDE and LE wireless locks, and Schlage MT and MTB series wired readers.
For more details, see the compatibility matrix here or contact an Allegion representative.
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