ID Reading Options
Direct Read using iOS and Android devices with CodeREADr mobile app
- Using the built-in camera of iOS or Android OS devices, the CodeREADr mobile app can read virtually any ID with a printed barcode or QR code.
- The app can also read many types of NFC IDs using the built-in NFC reader of iOS and Android OS devices.
However, the more commonly used RFID/NFC access IDs cannot be read directly with iOS or Android OS devices. Instead, a reading accessory is necessary.
RFID/NFC Reading Accessory
- A reading accessory is necessary to read commonly used RFID/NFC access IDs.
- RFID/NFC readers can connect to smartphones, tablets, and Chromebooks, though with some limitations (see below).
- An Android emulator is necessary for use with Windows PCs or Macs (see below ).
For both direct and accessory reads, the CodeREADr app will automatically sync the ID, timestamp, location, and other collected data to the cloud for reporting purposes. Also, you can issue newly printed digital IDs with barcodes or QR codes for attendance tracking if that’s a better option for you than a reading accessory. Click here to learn more attendance tracking with QR codes.
Scanning ID with iOS and Android OS Devices
The CodeREADr app is specifically designed for iOS devices (iPods, iPads, iPhones) and Android OS devices (smartphones, tablets, Chromebooks, and dedicated mobile computers). Learn about general requirements for iOS and Android devices, touch computers, and more. The most common capture method for attendance tracking is scanning IDs that have barcodes. The CodeREADr app uses the device’s front-facing or rear-facing camera to scan virtually all barcode types, including QR codes.
Unfortunately, many of the existing ID cards do not have barcodes printed on them. Instead, they have NFC or RFID/NFC chips embedded in the card. The CodeREADr app can read IDs with embedded NFC chips by using the device’s built-in NFC reader. There’s a setting on the Advanced step with creating or editing your services to select NFC reading. However, some access cards with embedded RFID/NFC chips cannot be read with the built-in NFC reader.
For those cards, you need a dedicated RFID/NFC reading accessory with a USB-A to USB-C adapter to read those IDs. Since the reader draws its power from the connected device and since almost all smartphones have only one connector, this limits usage based on battery consumption. We tried to find a multi-functional adapter that allowed powering the smartphone and connecting the reader but unfortunately, we couldn’t find one so far.
Scanning Barcodes with Chromebooks
Chromebooks launched during or after 2019 can generally run Android apps downloaded via Google Play or side-loaded via an APK file (contact us). See the list of all models capable of running Android apps, published by Google.
Also, you can shop Google’s Chromebook here. The Chromebook’s webcam can scan barcodes. We found webcam scanning with our app’s SD PRO camera scan engine to be very fast on the ASUS Chromebook Flip C101PA. Though that model has apparently been discontinued, there are others that would likely be good as well.
An RFID/NFC reading accessory can also be connected to most Chromebooks. We recommend Chromebooks with both a USB connector and a separate power connector because the accessory draws its power from the Chromebook.
Scanning Barcodes with PCs and Macs
PCs and Macs cannot download apps directly from Apple’s App Store or Google Play. However, programs for PCs and Macs have been available for years that act as Android emulators. Then, once installed one, you can download apps directly from Google Play.
One of those programs is the BlueStacks App Player. It enables Android applications to run on PCs running Microsoft Windows and Apple’s macOS. Bluestacks focuses on gaming so the system requirements are higher than those available on the lowest cost PCs. However, CodeREADr doesn’t use system resources as gaming applications do. Therefore, it worked well for us on the low-cost Windows Acer Aspire A515-54 laptop.
A PC’s webcam can scan barcodes. Also, the Windows Acer Aspire A515-54 laptop, the webcam scanned well. However, we got an inverted view from those.
But, you can connect an RFID/NFC reading accessory with Chromebooks. Also, we recommend that the PC have both a USB connector and a separate power connector.
This RFID/NFC reader is the dual-frequency Wave ID Plus from rf IDEAS, model “RDR-80581AKU Desktop Keystroking Reader”. From their specification, this accessory is capable of reading most RFID/NFC cards available on the market. You set up the reader for the keyboard emulation mode. It uses a USB connector so the CodeREADr app would need to be installed on a device with a USB connector, e.g. a Chromebook. Visit their website to learn more about Wave ID Supported card types.